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T HE M EASURE OF C ONFIDENCE<br />
ISO 9000<br />
REGISTERED<br />
SeongKyeong Photonics 1 info@skphotonics.com
T HE S YNENERGY <br />
M EASUREMENT C ONCEPT<br />
Scientech, the industry leader in accurate laser<br />
power and energy measurement systems,<br />
introduces the potent Synenergy laser<br />
measurement concept. The foundation for this<br />
progressive design consists of the desktop S310<br />
and hand-held H410 power and energy indicators,<br />
featuring combined digital and analog meter<br />
movement displays, and the desktop D200 dual<br />
channel power and energy indicator. Capable of<br />
performing multifaceted laser measurements,<br />
these versatile readouts are pivotal to the concept<br />
of using only one meter to embrace your choice of<br />
numerous Astral calorimeters and photodiode<br />
detectors, Vector pyroelectric detectors, and Ultra<br />
high power calorimeters. These various multiple<br />
detector combinations empower you to customize<br />
your laser measurements. The result is Scientech’s<br />
Synenergy concept, a greater total effect than the<br />
sum of separate laser measurement systems. The<br />
quality of this new concept is demonstrated by the<br />
CE mark of conformity and Scientech’s<br />
ISO 9000 certification.<br />
ISO 9000<br />
REGISTERED<br />
ALL VECTOR SYNENERGY<br />
INDICATORS FEATURE:<br />
• Large custom 4-digit LCD display<br />
• Both power & energy measurement<br />
• Statistics mode<br />
• Advanced EMI/RFI protection<br />
• Autoranging<br />
• RS-232 bidirectional interface<br />
(S310 & D200 Models)<br />
• IEEE 488 interface (D200, optional on S310)<br />
• Analog output (S310 & D200 Models)<br />
• Selectable attenuation correction<br />
• User selectable 115/220 VAC power input<br />
selector switch (S310 & D200 Models)<br />
• Display backlighting (S310 & D200 Models)<br />
• Selectable scientific notation display<br />
(S310 & D200 Models)<br />
• LabVIEW drivers (S310 & D200 Models)<br />
• N.I.S.T. traceable calibration<br />
S310<br />
Boasting a large backlit display, the S310 is a versatile<br />
Synenergy readout. It is the first Synenergy meter that is capable of handling the Ultra high<br />
power detectors as well as Astral calorimeters or Vector pyroelectric detectors. In addition,<br />
the S310 possesses a unique user selectable analog display which contains two separate<br />
analog scales. These separate analog scales make laser tuning an easy task with no<br />
possibility of scale misinterpretation. Or you may choose the S310D which is the digital only<br />
version of the S310. Both of these indicators contain a distinct internal calibration mode.<br />
Just turn on the meter and an internal recalibration automatically occurs ensuring the most<br />
accurate readings possible. With the S310, you can calibrate pyroelectric detectors using<br />
the optical transfer calibration mode with a laser, a calibration transfer standard, and a<br />
beam splitter. This procedure yields a power calibration standard which is then entered<br />
manually. Both the S310 and S310D can be connected to all of the Astral calorimeters,<br />
Vector, and Ultra detectors and contain 14 selectable ranges from 3.000 µJ or µW to<br />
30.00 J or 150.0 W full scale depending on the detector being used.<br />
Extended capabilities of the S310 include a powerful conversion feature.<br />
Multipliers as fine as 0.0001 and as large as 9999 can be entered into memory and then<br />
applied to the reading in order to yield a converted displayed value. This is particularly useful<br />
when using beam attenuators. Another commanding trait is the group configuration<br />
feature. This handy tool gives you the ability to save four different detector settings into the<br />
S310’s internal memory. Each<br />
detector setup includes indicator<br />
configurations and communication<br />
options desired for different<br />
detector operations. Any of the<br />
four setups can be recalled at the<br />
touch of a button, making detector<br />
changeovers a snap.<br />
FULL DISPLAY OF S310<br />
VECTOR S310 SPECIFICATIONS<br />
Model No. S310 S310D<br />
Display 4-Digit LCD With Selectable 4-Digit LCD<br />
Analog Meter Movement<br />
Ranges [Watts & Joules Full Scale]<br />
10.00 m, 100.0 m, 1.000, 10.00, AUTO (W only)<br />
(when connected to 25 mm calorimeter)<br />
Ranges [Watts & Joules Full Scale]<br />
300.0 m, 3.000, 30.00, AUTO (W only)<br />
(when connected to 50 mm calorimeter)<br />
Ranges [Watts and Joules Full Scale]<br />
3.000 m, 30.00 m, 300.0 m, 3.000, 30, AUTO<br />
(when connected to pyroelectric detectors)<br />
Ranges [Watts & Joules Full Scale]<br />
3.000 µ, 30.00 µ, 300.0 µ, 3.000 m, 30.00 m, AUTO<br />
(when connected to high resolution pyroelectric detectors)<br />
Ranges [Watts Full Scale] (when connected to Ultra calorimeters) 150.0<br />
Maximum Rep. Rate with Calorimeters [Joules Mode] Calorimeter Dependent (1 pulse every 60 to 90 seconds)<br />
Maximum Rep. Rate with Calorimeters [Watts Mode] Unlimited<br />
Maximum Rep. Rate for Collecting Data<br />
750 pps<br />
(in Statistics Mode with pyroelectric sensor)<br />
Response Time [Watts Mode] (when connected to calorimeter) Calorimeter Dependent (3 to 10 seconds)<br />
Response Time with Ultra Calorimeters<br />
40 seconds<br />
Response Time [Joules Mode] (when connected to calorimeter) Calorimeter Dependent (1 to 3 seconds)<br />
Dimensions [H x W x D] (cm.) 11.89 x 22.43 x 19.89<br />
<strong>Power</strong> Requirement 115, 220 VAC +/- 10%<br />
SeongKyeong Photonics 2 info@skphotonics.com
H410<br />
The rugged H410 is a small, portable hand-held<br />
meter. Like the S310, the versatile H410 display contains a unique analog<br />
meter with two separate analog scales. The appropriate analog scale is<br />
automatically selected depending on which detector is being utilized. These<br />
separate analog scales make laser tuning a cinch with no possible scale<br />
misinterpretation. Or you may choose the H410D which is the digital only<br />
version of the H410. Both of these meters can be connected to any Astral<br />
or Vector sensor (excluding the Vector HR detectors).<br />
Although the H410 is a hand-held device, it includes the same<br />
robust statistics mode as the S310. Perfect as a field service unit and as a<br />
laboratory standard, this small meter utilizes Ni-Cad rechargeable batteries<br />
and comes with a battery charger. A low battery annunciator will appear in the<br />
display when recharging is necessary. A protective soft case is also included<br />
as standard equipment. Available optional accessories include a laboratory<br />
stand for lab use and a small carrying case which will embrace two sensors,<br />
the H410, cables, charger, base, and extra batteries.<br />
D200<br />
The powerful dual channel D200 indicator<br />
comes in three different models which are configured at the factory. The<br />
D200P has both channels configured to accept any Vector pyroelectric<br />
detector. The D200C, the first dual channel calorimeter indicator, has both<br />
channels configured to accept any Astral calorimeter. The D200PC is<br />
configured with one pyroelectric channel which will accept any Vector<br />
detector and with one calorimeter channel which will accept any Astral<br />
calorimeter.<br />
All D200 dual channel ratiometers display measurements of<br />
channel A or B or the ratio of measurements of A/B or B/A. In addition,<br />
you may select either linear or log units of measure at the push of a button<br />
(ratio mode only). With the D200P and D200PC, you can calibrate<br />
pyroelectric detectors using the optical transfer calibration mode with a<br />
laser, a calibration transfer standard, and a beam splitter. This procedure<br />
yields a power calibration standard which you then enter manually. Each<br />
meter has a large dynamic graphical tuning bar which immediately depicts<br />
any measured change in power which is ideal for laser tuning.<br />
FULL DISPLAY OF H410<br />
FULL DISPLAY OF D200<br />
VECTOR H410 SPECIFICATIONS<br />
Model No. H410 H410D<br />
Display 4-Digit LCD With Selectable 4-Digit LCD<br />
Analog Meter Movement<br />
Ranges [Watts & Joules Full Scale] 10.00 m, 100.0 m, 1.000, 10.00, AUTO (W only)<br />
(when connected to 25 mm calorimeter)<br />
Ranges [Watts & Joules Full Scale] 300.0 m, 3.000, 30.00, AUTO (W only)<br />
(when connected to 50 mm calorimeter)<br />
Ranges [Watts and Joules Full Scale] 3.000 m, 30.00 m, 300.0 m, 3.000, AUTO<br />
(when connected to pyroelectric detector)<br />
Ranges [Watts]<br />
30.00 µ, 300.00 µ, 3.000 µ, 30.00 m, AUTO<br />
(when connected to photodiode detector)<br />
Maximum Rep. Rate for Collecting Data 300 pps<br />
(in Statistics Mode with pyroelectric detector)<br />
Dimensions [H x W x D] (cm.) 20.96 x 10.16 x 3.81<br />
<strong>Power</strong> Requirement<br />
4 each AA NiCad 750 ma rechargeable batteries<br />
AC Charger Input Requirements 120 Volt, 60 Hz ± 10% or 220 Volt, 50 Hz ± 10%<br />
Operating Temperature Range 5°C to 40°C<br />
Relative Humidity 80% for temperatures up to 31°C decreasing linearly to 50% at 40°C<br />
VECTOR D200 SPECIFICATIONS<br />
Display<br />
4-Digit LCD With Selectable Analog Bar Graph<br />
Ranges [Watts & Joules Full Scale]<br />
10.00 m, 100.0 m, 1.000, 10.00, AUTO (W only)<br />
(when connected to 25 mm calorimeter)<br />
Ranges [Watts & Joules Full Scale]<br />
300.0 m, 3.000, 30.00, AUTO (W only)<br />
(when connected to 50 mm calorimeter)<br />
Ranges [Watts & Joules Full Scale]<br />
2.000 m, 20.00 m, 200.0 m, 2.000, 20, AUTO<br />
(when connected to pyroelectric detector)<br />
Ranges [Watts & Joules Full Scale]<br />
2.000 µ, 20.00 µ, 200.0 µ, 2.000 m, 20.00 m, AUTO<br />
(when connected to high resolution pyroelectric detector)<br />
Maximum Rep. Rate for Collecting Data 200 pps<br />
(in Statistics Mode with pyroelectric detector)<br />
Maximum Rep. Rate with Calorimeters Calorimeter Dependent (1 pulse every 60 to 90 secs)<br />
[Joules Mode]<br />
Maximum Rep. Rate with Calorimeters Unlimited<br />
[Watts Mode]<br />
Response Time [Watts Mode]<br />
Calorimeter Dependent (3 to 10 seconds)<br />
(when connected to calorimeter)<br />
Response Time [Joules Mode]<br />
Calorimeter Dependent (1 to 3 seconds)<br />
(when connected to calorimeter)<br />
Dimensions [H x W x D] (cm.) 10.2 x 28.8 x 24.7<br />
<strong>Power</strong> Requirement 115, 220 VAC +/- 10%<br />
SeongKyeong Photonics 3 info@skphotonics.com
C ALORIMETERS<br />
CALORIMETERS<br />
The premier Astral Series<br />
is the “star” in a long line of calorimeters<br />
bearing the name of Scientech. Since<br />
1968, Scientech has been the standard<br />
in laser measurement for accuracy and<br />
quality. Now new heights have been<br />
reached in features as well as<br />
performance in the exclusive Astral<br />
Series. These dynamic calorimeters bring<br />
accuracy and precision into your<br />
measuring environment while<br />
empowering you with superb features.<br />
Astral calorimeters are available in both<br />
surface absorbing and volume absorbing<br />
models with either 10 watt or 30 watt<br />
capabilities. The broadband surface<br />
absorbing models are ideal for measuring<br />
CW lasers. With the addition of the new<br />
high damage threshold “HD” and “ACX”<br />
models, power densities up to 12<br />
kW/cm 2 , peak pulse power densities up<br />
to 100 GW/cm 2 and energy densities up<br />
to 42.5 J/cm 2 are handled by various<br />
models.<br />
Volume absorbing calorimeters<br />
are ideal for measuring the single pulse<br />
energy or average power level of high peak<br />
pulse power lasers. Since the volume<br />
absorbers are designed to allow absorption<br />
through their volume instead of damaging<br />
heat at the surface, these hardy models<br />
can handle peak pulse powers of up to 100<br />
gigawatts/cm 2 . Although designed<br />
primarily for measuring the average power<br />
or single pulse energy of pulsed lasers,<br />
volume absorbing calorimeters can also be<br />
used for CW measurements particularly<br />
with the high damage “ACX” volume<br />
absorbing models.<br />
FEATURES:<br />
• Intelligent sensor technology<br />
• The calorimeter automatically<br />
identifies itself to the indicator<br />
• Different calorimeter models<br />
are easily interchanged with<br />
the indicator<br />
• Low signal to noise ratio<br />
enhances accuracy<br />
• Improved EMI/RFI protection<br />
is ensured<br />
• Slim 5.6 cm long silhouette<br />
• Ability to resolve to<br />
10 µW and 10 µJ<br />
• N.I.S.T. traceable calibration<br />
10W AND 30W<br />
MODELS<br />
AVAILABLE<br />
WITH SURFACE,<br />
VOLUME AND<br />
HIGH DAMAGE<br />
ABSORBERS<br />
The Astral calorimeters<br />
come with a 1.27 cm diameter x 8.89 cm<br />
long post for mounting to an optical table.<br />
Bases (Model 301-019) for holding the<br />
calorimeter/mounting post assembly<br />
upright are also available. The slim profile<br />
silhouette of the calorimeters saves<br />
precious optical table space. For<br />
measuring low power and energy (less<br />
than 30 mW or 30 mJ), Scientech<br />
recommends the optional Isoperibol<br />
Enclosure accessory (Model 36-<br />
0203A) which minimizes environmental<br />
thermal interference.<br />
The Astral calorimeters are powered up<br />
by the Vector Synenergy Indicators to<br />
provide precise watt or joule readings.<br />
Choose between the digital/analog<br />
indicator Models S310 or H410, the<br />
digital only Models S310D or H410D, or<br />
one of the dual channel Models D200C<br />
or D200PC.<br />
INTELLIGENT<br />
SENSOR<br />
TECHNOLOGY<br />
4<br />
SeongKyeong Photonics 4 info@skphotonics.com
P HOTODIODE D ETECTORS<br />
The Astral Series photodiode<br />
detectors are perfect for microwatt to<br />
30mW cw power measurements. The<br />
AP30 and AP30UV photodiode detectors<br />
are powered by the Vector Synenergy<br />
Indicators Models H410 and H410D to<br />
provide optimum performance with ease<br />
of use including automatic wavelength<br />
correction. These detectors come with an<br />
aperture extension for blocking out<br />
unwanted light sources. The slip-fit<br />
aperture extension is easily removed<br />
allowing close proximity to the absorbing<br />
surface for measuring diverging beams.<br />
Removing the aperture extension also<br />
permits the detectors to fit into tight<br />
spaces. The detectors also come with a<br />
standard sized 1.27 cm diameter x 8.89<br />
cm long mounting post for mounting to<br />
optical tables. Optional bases (Model 301-<br />
019) are available for holding the<br />
detector/post assembly upright on a<br />
tabletop.<br />
With an aperture diameter of 7.9 mm<br />
(an area of 0.5 cm2), power density<br />
(intensity) determinations are made easy.<br />
FEATURES:<br />
• Intelligent sensor technology<br />
• The photodiode detector<br />
automatically identifies itself to<br />
the indicator<br />
• Different detector models<br />
are easily interchanged with<br />
the indicator<br />
• Low signal to noise ratio<br />
enhances accuracy<br />
• Improved EMI/RFI protection<br />
is ensured<br />
• Slim 2.8 cm long silhouette<br />
• Ability to resolve to 1 nW<br />
• N.I.S.T. traceable calibration<br />
SHOWN WITH<br />
REMOVABLE<br />
APERTURE<br />
EXTENSION<br />
IN PLACE<br />
DETECTORS<br />
4<br />
SeongKyeong Photonics 5 info@skphotonics.com
C ALORIMETERS<br />
CALORIMETERS<br />
The accuracy and quality<br />
standard in Scientech’s laser power and<br />
energy measurement systems follows<br />
through with the revolutionary Ultra TM<br />
Series. Designed to handle higher powers<br />
while embracing air cooling and light<br />
weight in a compact size, the unique Ultra<br />
calorimeters possess a potent new heat<br />
sensing element. This energetic element<br />
empowers an Ultra calorimeter with<br />
greater rates of heat flow which yields<br />
higher power measurements up to 150<br />
watts with only air cooling.<br />
UC150UV,<br />
UC150HD40<br />
MODELS<br />
The Ultra calorimeters are<br />
available in surface absorbing, high<br />
damage threshold, and ultra-violet volume<br />
absorbing models. The surface absorbing<br />
Model UC150 has a flat spectral<br />
response from 250 nm to 35 µm. The<br />
high damage threshold Models UC150HD<br />
and UC150HD40 can handle power<br />
densities of 1500 W/cm 2 . The UV<br />
volume absorbing Model UC150UV<br />
measures the average power levels of<br />
high power pulsed lasers operating in the<br />
spectral region from 190 nm to 360 nm.<br />
The robust UC150UV can handle energy<br />
densities up to 15 J/cm 2 . The Ultra<br />
calorimeters team up with the<br />
multifaceted Vector Synenergy Model<br />
S310 indicators to provide accurate high<br />
power measurement.<br />
As one of the lowest priced,<br />
higher power laser measurement systems<br />
available, this vigorous high power series<br />
transcends all other approaches and<br />
empowers the users who need an<br />
advanced, dependable, accurate high<br />
power measurement system.<br />
FEATURES:<br />
• Forced air cooling<br />
• Compact size<br />
• High damage threshold models<br />
• N.I.S.T. traceable calibration<br />
UC150,<br />
UC150HD<br />
MODELS<br />
6<br />
SeongKyeong Photonics 6 info@skphotonics.com
L ARGE A PERTURE C ALORIMETERS<br />
For large area (diameter) or<br />
diverging laser beams, Scientech 100<br />
mm and 200 mm diameter disc<br />
calorimeters are ideal. Available in both<br />
surface and volume absorbing models,<br />
these calorimeters can handle both cw<br />
and pulsed lasers with average power<br />
levels to 100 watts and peak pulse<br />
power fluence levels to 100 GW/cm 2 .<br />
These calorimeters have found extensive<br />
service in scientific research, measuring<br />
single pulse energy levels to 1 kilojoule, in<br />
measuring laser range finders and Lidar<br />
systems, and measuring laser diode<br />
arrays and metal vapor lasers. These<br />
calorimeters will operate with the Vector<br />
indictors with an interface module (see<br />
below).<br />
100 mm AND 200 mm DISC CALORIMETER<br />
INTERFACE MODULES FOR INDICATORS<br />
Part Number<br />
10735<br />
10747<br />
10748<br />
10769<br />
Description<br />
TO<br />
CALORIMETER<br />
Interface Module for 100 mm Calorimeter Hookup to Vector<br />
Indicators for power and energy readings up to 30 W, 30 J<br />
Interface Module for 200 mm Calorimeter Hookup to Vector<br />
Indicators for power and energy readings up to 30 W, 30 J<br />
Interface Module for 100 mm Calorimeter Hookup to Vector<br />
Indicators with 10X electrical attenuator. The indicator will<br />
display 1/10 the actual value thereby allowing readings up to<br />
the calorimeters maximum power and energy capacities<br />
Interface Module for 200 mm Calorimeter Hookup to Vector<br />
Indicators with 10X electrical attenuator. The indicator will<br />
display 1/10 the actual value thereby allowing readings up to<br />
the calorimeters maximum power and energy capacities<br />
INTERFACE MODULE<br />
TO<br />
ASTRAL<br />
CONNECTION<br />
OF INDICATOR<br />
CALORIMETERS<br />
74<br />
SeongKyeong Photonics 7 info@skphotonics.com
P YROELECTRIC D ETECTORS<br />
DETECTORS<br />
Vector Pyroelectric Detectors,<br />
as with all Scientech detectors, have our<br />
traditional quality built in and offer futuristic<br />
features and performance. A variety of<br />
detectors are available including the unique<br />
high damage threshold HD and HDX<br />
models which can withstand energy<br />
densities up to 1.4 J/cm 2 and 12.6 J/cm 2<br />
respectively. High resolution HR detectors<br />
can measure repetition rates up to 4 kHz<br />
and resolve energy readings to 3 nJ.<br />
The heart of the pyroelectric joulemeter,<br />
a sensitive detector of pulsed radiation, is<br />
the pyroelectric element. This element<br />
contains a temperature sensitive crystal<br />
which exhibits spontaneous electric<br />
polarization when exposed to the heat<br />
generated by absorbed modulated<br />
radiation. The polarization is measured as<br />
a voltage at the electrodes which are<br />
attached to the crystal. This voltage is<br />
proportional to the laser energy level being<br />
absorbed. Since no power is required to<br />
drive the joulemeters, they can be directly<br />
connected to an oscilloscope as well as a<br />
Vector Synenergy Indicator. Futuristic<br />
Vector detectors are available with normal<br />
and slim profiles in highly absorbing, high<br />
rep rate, and high damage threshold<br />
models.<br />
FEATURES:<br />
• Joulemeter single pulse energy<br />
measurements at rep rates up<br />
to 4 kHz<br />
• Advanced EMI/RFI protection<br />
• High damage threshold models<br />
• Slim profile models<br />
• Easy connection to oscilloscope<br />
• N.I.S.T. traceable calibration<br />
The P and SP models utilize a<br />
unique, durable, highly absorbing black<br />
coating which yields the flattest spectral<br />
response from the UV to the mid IR with<br />
reflection limited over the entire spectral<br />
region as indicated in figure 1 on the<br />
specifications page 11. The high damage<br />
HD and HDX models are unique in<br />
pyroelectric measurement since they yield<br />
unsurpassed damage specifications. The<br />
HF high rep rate models have an energetic,<br />
partially absorbing, partially reflecting<br />
chromium coating. This coating is<br />
inherently fast and detects individual pulse<br />
energies at high repetition rates. The high<br />
resolution HR models are capable of low<br />
energy detection with noise equivalent<br />
energy levels down to 3 nJ on the most<br />
sensitive model. To accomplish accurate<br />
readings at such low energy levels, each<br />
HR detector contains a preamplifier<br />
powered by a 9-volt battery. This internal<br />
battery supplies noise-free power to the<br />
amplifying circuit. Inaccurate readings<br />
caused by low battery conditions are<br />
immediately and clearly recognized by a low<br />
battery warning LED light located on the<br />
top of the detector. All detectors come<br />
with a 1.27 cm diameter x 8.89 cm long<br />
post for mounting to an optical table and<br />
a BNC interconnect cable. A base<br />
(Model 301-019) for holding the<br />
detector/mounting post assembly upright<br />
is also available.<br />
P, PHF, PHD<br />
MODELS<br />
An optimum calibration of each<br />
detector is ensured by Scientech’s highly<br />
trained and skilled service team. These<br />
experts use an electrically calibrated<br />
Scientech calorimeter/indicator system<br />
which has been N.I.S.T. certified as<br />
the transfer standard. The energy of<br />
Scientech’s YAG laser is accurately<br />
measured by the N.I.S.T. certified<br />
calorimeter system and transferred<br />
to each Vector pyroelectric detector.<br />
This dependable calibration procedure<br />
generates a reliable certificate of<br />
calibration which accompanies each Vector<br />
joulemeter system and detector.<br />
Excessive energy or peak power density<br />
can damage any Vector pyroelectric<br />
detector. See figure 2 on the specifications<br />
page 11 for safe operating limits. If your<br />
calculated specifications exceed those<br />
provided in figure 2, optical attenuation<br />
is required. Scientech provides a damage<br />
test slide with each detector (except<br />
HD and HDX models) for preoperation<br />
damage testing.<br />
Pyroelectric detectors to measure<br />
the energy of long pulse durations are now<br />
available. Scientech can configure the<br />
25 mm and 50 mm pyroelectric detectors<br />
to give calibrated responses when used to<br />
measure laser pulses of 400 µsec. to<br />
5 msec. If your application involves these<br />
kinds of measurements, please contact an<br />
application engineer at Scientech for<br />
details on products we can offer.<br />
HDX, HR<br />
MODELS<br />
SP, SPHF,<br />
SPHD<br />
MODELS<br />
SeongKyeong Photonics 8 info@skphotonics.com
O PTIONAL A CCESSORIES<br />
Model 301-LCCA Carrying Case<br />
The Model 301-LCCA carrying case is<br />
designed to embrace the S310 or D200<br />
indicators along with Astral calorimeters,<br />
Vector pyroelectric detectors, and Ultra<br />
calorimeters as well as bases, cables, and<br />
power cords.<br />
Model VH LCC Carrying Case<br />
The Model VH LCC carrying<br />
case handles the H410<br />
indicators along with Astral<br />
calorimeters and Vector<br />
pyroelectric detectors as<br />
well as bases, cables,<br />
charger, and standard<br />
protective soft case.<br />
Fiberoptic Holder<br />
and Adapters<br />
The fiberoptic holder<br />
and adapters provide<br />
direct fiber hookup<br />
to the Astral<br />
calorimeter and<br />
Vector pyroelectric<br />
detectors (except<br />
the SP and HR<br />
models).<br />
Adapters that<br />
accept SMA, ST,<br />
FC, DIN, E2000<br />
connectors or<br />
any 2.5 mm ferrule<br />
are available.<br />
Model 36-0203A Isoperibol TM<br />
Enclosure<br />
The 36-0203A isolates the<br />
25 mm Astral calorimeters<br />
from environmental thermal<br />
disturbances which affect<br />
the stability of the<br />
calorimeter output<br />
when attempting low<br />
power and energy<br />
measurements. Scientech<br />
recommends using this<br />
enclosure when attempting power<br />
measurements below 30 mW and<br />
single pulse energy measurements<br />
below 30 mJ.<br />
Model VH STAND<br />
The VH STAND holds the H410<br />
indicator upright on a table top.<br />
Model 301-019 Base<br />
The base holds the calorimeters<br />
and pyroelectric detectors<br />
upright on a table top.<br />
Model 301-020R Photodiode Detector<br />
The high speed photodiode detector is<br />
designed for use with the 25 mm<br />
Astral calorimeters as an<br />
attachment to the calorimeter<br />
aperture. Energy scattered<br />
back from the calorimeter’s<br />
absorber when struck by an<br />
energetic pulse provides an<br />
attenuated sample of the incident<br />
laser pulse sufficient to activate the silicon<br />
diode. This provides a temporal profile of<br />
the laser pulse when viewed on an<br />
oscilloscope. An internal battery eliminates<br />
all wires except the coaxial cable to<br />
the sampling oscilloscope.<br />
ACCESSORIES<br />
94<br />
SeongKyeong Photonics 9 info@skphotonics.com
S PECIFICATIONS<br />
SPECIFICATIONS<br />
ASTRAL CALORIMETER SPECIFICATIONS<br />
Model No. AC2500 AC25HD ACX25HD AC2501 ACX2501 AC25UV AC2504 AC5000 AC50HD ACX50HD AC5001 ACX5001 AC50UV AC5004<br />
Type Absorber Surface Surface Surface Volume Volume Volume Volume Surface Surface Surface Volume Volume Volume Volume<br />
Aperture size (dia.) 25.4 mm 25.4 mm 8 mm 25.4 mm 8 mm 25.4 mm 25.4 mm 50.8 mm 50.8 mm 16 mm 50.8 mm 16 mm 50.8 mm 50.8 mm<br />
Spectral Response .25 - 35 µm .19 - 12 µm .4 - 2 µm .266 - 1.2 µm .4 - 1.2 µm. .19 - .36 µm .85 - 4.2 µm .25 - 35 µm .19 - 12 µm .4 - 2 µm .266 - 1.2 µm .4 - 1.2 µm .19 - .36 µm .85 - 4.2 µm<br />
Average <strong>Power</strong> (max.) 10 W 10 W 10 W 10 W 10 W 10 W 10 W 30 W 30 W 30 W 30 W 30 W 30 W 30 W<br />
Noise Level 10 µW or µJ* 10 µW or µJ* 10 µW or µJ 10 µW or µJ* 10 µW or µJ 10 µW or µJ* 10 µW or µJ* 0.1 mW or mJ 0.1 mW or mJ 0.1 mW or mJ 0.1 mW or mJ 0.1 mW or mJ 0.1 mW or mJ 0.1 mW or mJ<br />
<strong>Power</strong> Density (max.) 200 W/cm 2 1.5 kW/cm 2 12 kW/cm 2 See Note 13 See Note 14 See Note 17 See Note 16 200 W/cm 2 1.5 kW/cm 2 12 kW/cm 2 See Note 13 See Note 14 See Note 17 See Note 16<br />
Peak <strong>Power</strong> Density (max.) 1 MW/cm 2 100 MW/cm 2 800 MW/cm 2 See Note 18 8.5 GW/cm 2 See Note 21 See Note 20 1 MW/cm 2 100 MW/cm 2 800 MW/cm 2 See Note 18 8.5 GW/cm 2 See Note 21 See Note 20<br />
Single Pulse Energy (max.) 10 J 10 J 10 J 10 J 10 J 10 J 10 J 30 J 30 J 30 J 30 J 30 J 30 J 30 J<br />
Energy Density (max.) See Note 5 See Note 6 See Note 7 See Note 8 See Note 9 See Note 12 See Note 11 See Note 5 See Note 6 See Note 7 See Note 8 See Note 9 See Note 12 See Note 11<br />
Precision
VECTOR PYROELECTRIC DETECTOR SPECIFICATIONS<br />
Model No. SP25 SPHF25 SPHD25 SP50 SPHF50 SPHD50 P25 PHF25 PHD25 PHDX25 PHDX25UV PHDX50 PHDX50UV P50 PHF50 PHD50<br />
Aperture Size (dia.) 25.4 mm 25.4 mm 25.4 mm 50.8 mm 50.8 mm 50.8 mm 25.4 mm 25.4 mm 25.4 mm 7 mm 7mm 15 mm 15 mm 50.8 mm 50.8 mm 50.8 mm<br />
Spectral Response See Fig. 1 See Fig. 1 See Fig. 1 See Fig. 1 See Fig. 1 See Fig. 1 See Fig. 1 See Fig. 1 See Fig. 1 See Fig. 1 See Fig. 1 See Fig. 1 See Fig. 1 See Fig. 1 See Fig. 1 See Fig. 1<br />
Average <strong>Power</strong> (max.) 5 W* 5 W* 5 W* 10 W* 10 W* 10 W* 5 W* 5 W* 5 W* 5 W* 5 W* 10 W* 10 W* 10 W* 10 W* 10 W*<br />
Noise Equivalent Energy 4 µJ 4 µJ 4 µJ 16 µJ 16 µJ 16 µJ 4 µJ 4 µJ 4 µJ 4 µJ 4 µJ 16 µJ 16 µJ 16 µJ 16 µJ 16 µJ<br />
Energy Density (max.) See Note 1 See Note 1 See Note 2 See Note 1 See Note 1 See Note 2 See Note 1 See Note 1 See Note 2 See Note 3 See Note 4 See Note 3 See Note 4 See Note 1 See Note 1 See Note 2<br />
Accuracy 5% 5% 8%† 5% 5% 8%† 5% 5% 8%† 8%† 8%† 8%† 8%† 5% 5% 8%†<br />
Output Sensitivity 8 V/J 8 V/J 2 V/J 2 V/J 2 V/J 2 V/J 8 V/J 8 V/J 2 V/J 2 V/J 2 V/J 2 V/J 2 V/J 2 V/J 2 V/J 2 V/J<br />
Maximum Rep Rate 100 pps 400 pps 40 pps 50 pps 400 pps 20 pps 100 pps 400 pps 40 pps 40 pps 40 pps 20 pps 20 pps 50 pps 400 pps 20 pps<br />
Maximum Pulse Duration 0.2 msec 0.045 msec 0.2 msec 0.4 msec 0.045 msec 0.4 msec 0.2 msec 0.045 msec 0.2 msec 0.2 msec 0.2 msec 0.4 msec 0.4 msec 0.4 msec 0.045 msec 0.4 msec<br />
Dimensions (DxL) (cm.) 5.8 x 5.8 x 1.4 5.8 x 5.8 x 1.4 5.8 x 5.8 x 1.4 7.6 x 7.6 x 1.5 7.6 x 7.6 x 1.5 7.6 x 7.6 x 1.5 6.12 x 5.77 6.12 x 5.77 6.12 x 5.77 6.12 x 9.88 6.12 x 9.88 8.76 x 9.88 8.76 x 9.88 8.76 x 5.77 8.76 x 5.77 8.76 x 5.77<br />
(WxHxL SP Models)<br />
Weight (kgs.) 0.14 0.14 0.14 0.18 0.18 0.18 0.41 0.41 0.41 0.5 0.5 0.77 0.77 0.68 0.68 0.68<br />
*Full illumination of sensor<br />
Model No. PHF02 PHF05 PHF09 P05 P09<br />
Aperture Size (dia.) 2 mm 5 mm 9 mm 5 mm 9 mm<br />
Voltage Response (V/mJ) 3.0 0.8<br />
S,I 15 2.5 1<br />
L 0.15 0.025 0.01<br />
Electrical Decay Time (msec) 2.0 2.0<br />
(RC Time Constant)<br />
S - pulse width < 5 µsec 0.05 0.05 0.05<br />
I - pulse width < 50 µsec 0.5 0.5 0.5<br />
L - pulse width < 250 µsec 2.5 2.5 2.5<br />
Noise Equivalent Energy (nJ) 15 35<br />
S,I 3.0 15 35<br />
L 150 750 3500<br />
Maximum Rep Rate (pps) 400 200<br />
S 4000 4000 4000<br />
I 400 400 400<br />
L 80 80 80<br />
Maximum Pulse Width (µsec) 50 100<br />
(For calibrated Response)<br />
S 5 5 5<br />
I 50 50 50<br />
L 250 250 250<br />
Maximum Voltage Output (V) 4.5 4.5 4.5 4.5 4.5<br />
Maximum Average <strong>Power</strong> (W) 1 2 2 2 2<br />
Accuracy 7% 7% 7% 5% 5%<br />
Maximum Energy Density See Note 1<br />
Dimension (D x L) (cm.) 4.45 x 10.8<br />
Weight (kgs.) 0.21<br />
Indicator Compatibility<br />
†Beam centered on absorber<br />
VECTOR HR PYROELECTRIC DETECTOR SPECIFICATIONS<br />
RELATIVE SPECTRAL RESPONSE<br />
SPECTRAL RESPONSE OF<br />
VECTOR PYROELECTRIC DETECTORS<br />
SPECIFICATIONS ARE SUBJECT TO CHANGE WITHOUT NOTICE.<br />
S310, S310D, D200<br />
FIGURE 1<br />
MAXIMUM POWER AND ENERGY DENSITIES<br />
ENERGY DENSITY FOR PYROELECTRIC DETECTORS<br />
Note 1 Max. J/cm 2 = 316 x (pulse width) 1/2<br />
Maximum pulse width of the pyroelectric detector must be observed<br />
Note 2 HD Models<br />
Max. J/cm 2 = 4500 x (pulse width) 1/2 to a maximum of 1.4 J/cm 2<br />
Maximum pulse width of the pyroelectric detector must be observed<br />
Note 3 HDX Models<br />
Max. J/cm 2 = 36,000 x (pulse width) 1/2 to a maximum of 12.6 J/cm 2<br />
Maximum pulse width of the pyroelectric detector must be observed<br />
Note 4 HDXUV Models<br />
Max. J/cm 2 = 18,000 x (pulse width) 1/2 to a maximum of 5.6 J/cm 2<br />
Maximum pulse width of the pyroelectric detector must be observed<br />
ENERGY DENSITY FOR CALORIMETERS<br />
Note 5 Surface Absorbing -<br />
Models AC2500, AC5000, 36-0401, 36-0801, UC150<br />
Max. J/cm 2 = 1000 x (pulse width) 1/2 to a maximum of 200 J/cm 2<br />
Note 6 HD Models<br />
Max. J/cm 2 = 4500 x (pulse width) 1/2 to a maximum of 14 J/cm 2<br />
Note 7 XHD Models<br />
Max. J/cm 2 = 36,000 x (pulse width) 1/2 to a maximum of 42.5 J/cm 2<br />
Note 8 AC2501 and AC5001<br />
For repetitive pulses: 4.1 J/cm 2 @ 1064 nm, 3.2 J/cm 2 @ 532 nm,<br />
1.2 J/cm 2 @ 355 nm, 24 mJ/cm 2 @ 266 nm<br />
For single pulse: 8J/cm 2 @ 1064 nm, 6.2 J/cm 2 @ 532 nm,<br />
2.3 J/cm 2 @ 355 nm, 46 mJ/cm 2 @ 266 nm<br />
Note 9 ACX2501 and ACX5001 = Note 8 specs. x 8 for 400 nm to 1.2 µm<br />
Note 10 38-0401 and 38-0801<br />
For repetitive pulses: 3.7 J/cm 2 @ 1064 nm, 2.9 J/cm 2 @ 532 nm,<br />
1 J/cm 2 @ 355 nm, 20 mJ/cm 2 @ 266 nm<br />
For single pulse: 7 J/cm 2 @ 1064 nm, 5.6 J/cm 2 @ 532 nm,<br />
2.1 J/cm 2 @ 355 nm, 41 mJ/cm 2 @ 266 nm<br />
Note 11 AC2504 and AC5004<br />
For repetitive pulses: 4.8 J/cm 2 @ 1064 nm<br />
For single pulse: 10 J/cm 2 @ 1064 nm<br />
Note 12 AC25UV, AC50UV, UC150UV, 38-4UV5, 38-8UV5<br />
For repetitive pulses: 1.1 J/cm 2 @ 355 nm,<br />
For single pulse: 40 J/cm 2 @ 355 nm<br />
POWER DENSITY FOR VOLUME ABSORBING CALORIMETERS<br />
Note 13 AC2501 and AC5001<br />
30 W/cm 2 @ 1064 nm, 23 W/cm 2 @ 532 nm, 8.5 W/cm 2 @ 355 nm<br />
175 mW/cm 2 @ 266 nm<br />
Note 14 ACX2501 and ACX5001 = Note 13 specs. x 8 for 400 nm to 1.2 µm<br />
Note 15 38-0401 and 38-0801<br />
27 W/cm 2 @ 1064 nm, 21 W/cm 2 @ 532 nm,<br />
7.7 W/cm 2 @ 355 nm, 158 mW/cm 2 @ 266 nm<br />
Note 16 AC2504 and AC5004<br />
35 W/cm 2 @ 1064 nm<br />
Note 17 AC25UV, AC50UV, UC150UV, 38-4UV5,38-8UV5<br />
50 W/cm 2 @ 355 nm<br />
PEAK POWER DENSITY FOR VOLUME ABSORBING CALORIMETERS<br />
Note 18 AC2501 and AC5001<br />
100 GW/cm 2 @ 1064 nm, 78 GW/cm 2 @ 532 nm,<br />
29 GW/cm 2 @ 355 nm, 580 MW/cm 2 @ 266 nm<br />
Note 19 38-0401 and 38-0801<br />
90 GW/cm 2 @ 1064 nm, 71 GW/cm 2 @ 532 nm,<br />
27 GW/cm 2 @ 355 nm, 530 MW/cm 2 @ 266 nm<br />
Note 20 AC2504 and AC5004<br />
125 GW/cm 2 @ 1064 nm<br />
Note 21 AC25UV, AC50UV, UC150UV, 38-4UV5, 38-8UV5<br />
For repetitive pulses: 101 MW/cm 2 @ 355 nm<br />
For single pulse: 3.5 GW/cm 2 @ 355 nm<br />
SPECIFICATIONS<br />
11<br />
SeongKyeong Photonics 11 info@skphotonics.com
Optical <strong>Power</strong> Meter Selection Guide<br />
Pages 946-961<br />
View Our Optical <strong>Power</strong> <strong>Meters</strong> Online at www.thorlabs.com/optical_power_meters<br />
S120B/S120UV S121B/S122B S140A/S144A<br />
S130A/S132A<br />
ES120* ES245* S210A S212A S213A<br />
SENSOR HEADS<br />
POWER METER DISPLAYS<br />
COMPATIBILITY CROSS REFERENCE<br />
WAVE- POWER-<br />
LENGTH ENERGY SENSOR INPUT DIGITAL DUAL CHANNEL ANALOG ANALOG MULTIMETER<br />
ITEM#<br />
RANGE RANGE TYPE APERTURE DISPLAY BENCHTOP DISPLAY DISPLAY PLUG IN<br />
(nm) (Ømm) PM100 PM300 PM300E* PM30 PM50 PM10<br />
S120B 400 - 1100 50nW - 50mW Si 9.5 Page 948 Page 958 Page 958 Page 952 – –<br />
S120UV 200 - 1100 50nW - 50mW Si 9.5 Page 948 Page 958 Page 958 Page 952 – –<br />
S121B 400 - 1100 500nW - 500mW Si 9.5 Page 948 Page 958 Page 958 Page 952 – –<br />
S122B 700 - 1800 35nW - 35mW Ge 9.5 Page 948 Page 958 Page 958 Page 952 – –<br />
S130A 400 - 1100 5nW - 500mW Si 9.5 Page 949 Page 958 Page 958 Page 953 _ _<br />
Slim<br />
Sensor<br />
S140A 400 - 1100 1µW - 1W Si 5 Page 949 Page 959 Page 959 Page 953 _ _<br />
Integrating<br />
Sphere<br />
S132A 700 - 1800 5nW - 500mW Ge 9.5 Page 949 Page 958 Page 958 Page 953 – –<br />
Slim Sensor<br />
S144A 800 - 1700 1µW - 1W InGaAs 5 Page 949 Page 959 Page 959 Page 953 – –<br />
Integrating<br />
Sphere<br />
S210A 250 - 10,600 20mW - 3W Thermopile 19 (3/4") Page 950 Page 960 Page 960 – Page 954 Page 955<br />
S212A 250 - 10,600 20mW - 10W Thermopile 16 (5/8") Page 950 Page 960 Page 960 – Page 954 Page 955<br />
S213A 250 - 10,600 100mW - 30W Thermopile 16 (5/8") Page 950 Page 960 Page 960 – Page 954 –<br />
ES111* 185 - 25,000 3µJ - 150mJ Pyroelectric 11 – – Page 961 – – –<br />
ES120* 185 - 25,000 5µJ - 500mJ Pyroelectric 20 – – Page 961 – – –<br />
ES145* 185 - 25,000 3µJ - 2J Pyroelectric 45 – – Page 961 – – –<br />
ES220* 185 - 25,000 500µJ - 3mJ Pyroelectric 20 – – Page 961 – – –<br />
ES245* 185 - 25,000 1mJ - 15J Pyroelectric 45 – – Page 961 – – –<br />
*For Energy Measurements<br />
SeongKyeong Photonics 12 info@skphotonics.com
Optical <strong>Power</strong> Meter Selection Guide<br />
Pages 946-961<br />
Digital Optical <strong>Power</strong> <strong>Meters</strong><br />
■ 200nm to 10.6µm, 5nW to 30W<br />
■ Interchangeable Sensor Heads<br />
■ High-Resolution 240 x 160 Graphics Display<br />
■ RS-232 Interface<br />
See Pages 948-951<br />
Analog/Digital <strong>Power</strong> <strong>Meters</strong><br />
■ Sensitive Mirrored Analog Needle Movement<br />
■ 200nm to 1800nm, 5nW to 1W<br />
■ 4-Digit Digital Display<br />
■ RS-232 Interface<br />
See Pages 952-953<br />
Analog <strong>Power</strong> <strong>Meters</strong><br />
■ 250nm to 10.6µm, 20mW to 30W<br />
■ Sensitive Mirrored Analog Needle Movement<br />
■ Broad Spectral Range<br />
See Page 954<br />
Field Service <strong>Power</strong> <strong>Meters</strong><br />
■ Compact HandHeld <strong>Power</strong> <strong>Meters</strong><br />
■ 400nm to 1700nm Fiber Input<br />
■ 250nm to 10.6µm Free-Space<br />
■ Interchangeable Fiber Connector<br />
See Page 955<br />
Dual-Channel Benchtop <strong>Power</strong> & Energy <strong>Meters</strong><br />
■<br />
■<br />
■<br />
■<br />
<strong>Power</strong>: 200nm to 10.6µm, 5nW to 30W<br />
Energy: 185nm to 25µm, 3µJ to 15J<br />
Programmable Output Channels<br />
Stand-Alone and USB 2.0 Controllable<br />
See Pages 956-957<br />
Optical <strong>Power</strong> and Energy Sensors<br />
■ Silicon, Germanium, and InGaAs Photodiode Sensors<br />
■ Slim Profiles & Integrating Spheres<br />
■ Thermopile <strong>Power</strong> Sensors<br />
■ Pyroelectric Energy Sensors<br />
See Pages 958-961<br />
SeongKyeong Photonics 13 info@skphotonics.com
Laser Lab Instruments<br />
PM120 Series High-Sensitivity Digital Optical <strong>Power</strong> <strong>Meters</strong><br />
PM120<br />
PM120V<br />
PM121<br />
PM122<br />
Posts and Bases<br />
Not Included<br />
Filter Wheels<br />
Si Sensor<br />
400-1100nm<br />
50nW to 50mW<br />
Si Sensor<br />
200-1100nm<br />
50nW to 50mW<br />
Si Sensor<br />
400-1100nm<br />
500nW to 500mW<br />
Ge Sensor<br />
700-1800nm<br />
35nW to 35mW<br />
The PM120 Series High-Sensitivity Optical <strong>Power</strong> <strong>Meters</strong> are<br />
multifunctional, handheld systems for precision optical power<br />
measurements. All PM120 series systems utilize the same handheld<br />
console, which has a wide 70dB dynamic range, an extensive set of<br />
features, and numerous display options (see page 951). The console<br />
is compatible with all photodiode-based S100 and S200 series<br />
sensors (see page 958) and is a complete, extendable, and flexible<br />
solution for optical power measurements over a broad set of<br />
wavelength and power ranges.<br />
The PM100 <strong>Power</strong> Meter Series covers a variety of photodiode<br />
sensor types: conventional Si and Ge sensors, slim sensors, and<br />
integrating sphere sensors covering a combined spectral range of<br />
200 to 1800nm and a power range of 5nW to 1W (see our PM200<br />
series). Each sensor head is individually calibrated and the data is<br />
stored in non-volatile memory inside the sensor connector.<br />
The console has a built-in RS-232 interface that immediately<br />
recognizes the sensor and downloads the appropriate information.<br />
The application software enables remote control of the unit and<br />
allows the user to view, acquire, and store the measurement data<br />
on a PC.<br />
Sensor heads are available separately, allowing the system to grow<br />
with your needs. The console is backward compatible with all of the<br />
S100 and S200 Series optical heads as well as our extensive selection<br />
of new sensor heads that are detailed starting on page 958.<br />
All photodiode sensors are equipped with an IR target disk for<br />
easy sensor alignment in the IR spectral range.<br />
NIST TRACEABLE CALIBRATION<br />
SERVICES AVAILABLE!<br />
Annual Recalibration is Recommended<br />
General Console Specifications<br />
■ Display: 240 x 160 Pixel (55 x 38mm) LCD With<br />
Backlight<br />
■<br />
■<br />
■<br />
Display Format: Digit, Analog Needle, Line Plot, Bar<br />
Graph, Statistics, and Menu Screens<br />
PC Communication: RS-232, DB9 Male Connector<br />
Baud Rate: 2400-115,200bps<br />
■ Dimensions: 230 x 95 x 55mm<br />
Data Acquisition<br />
■<br />
■<br />
Accuracy: ±1% (Console)<br />
Resolution: 16 to 24-Bit (0.01% Full Scale)<br />
■ Sample Rates: Digital 3Hz, Analog 6Hz<br />
■<br />
<strong>Power</strong> Units: nW, µW, mW, W, dBm, dB<br />
Analog Output<br />
■ Voltage Range: 0 – 4.095V<br />
■<br />
■<br />
■<br />
Resolution: 12-Bit (1mV)<br />
Sample Rate: 6Hz<br />
<strong>Power</strong> Range: Software Adjustable<br />
■ Connector: SMA<br />
<strong>Power</strong> Management<br />
■ Battery Pack: NiMH, 1500mAh, 3.6V<br />
■<br />
Charger: 2 Hour Battery Charger Included<br />
■ Charger <strong>Power</strong> Supply:<br />
• Input: 85–265 VAC, 50–60 Hz<br />
• Output: 9VDC @ 1.1A<br />
See page 958 for sensor specifications.<br />
ITEM# $ £ € RMB DESCRIPTION<br />
PM120 $ 998.00 £ 628.70 € 928,10 ¥ 9,530.90 Digital <strong>Power</strong> Meter, 400-1100nm, 50nW to 50mW<br />
PM120V $ 1,123.00 £ 707.50 € 1.044,40 ¥ 10,724.70 Digital <strong>Power</strong> Meter, 200-1100nm, 50nW to 50mW<br />
PM121 $ 1,024.00 £ 645.10 € 952,30 ¥ 9,779.20 Digital <strong>Power</strong> Meter, 400-1100nm, 500nW to 500mW<br />
PM122 $ 1,270.00 £ 800.10 € 1.181,10 ¥ 12,128.50 Digital <strong>Power</strong> Meter, 700-1800nm, 35nW to 35mW<br />
CAL1 $ 135.00 £ 85.10 € 125,60 ¥ 1,289.30 Calibration Service for S120B, S121B, and S120UV<br />
CAL2 $ 150.00 £ 94.50 € 139,50 ¥ 1,432.50 Calibration Service for S122B<br />
* Thorlabs recommends recalibrating power meter sensors once a year. For more detail, call Thorlabs customer service and reference the CAL1 or CAL2 service. Universal design, imperial and metric compatible.<br />
SeongKyeong Photonics 14 info@skphotonics.com
PM130 Series Slim Sensor Optical <strong>Power</strong> <strong>Meters</strong><br />
Laser Lab Instruments<br />
The PM130 Series uses our ultra-slim sensors, which are designed<br />
for setups where space is critical. Measuring only 0.75" x 0.2" at<br />
the photodiode location, the ultra slim sensor fits where most<br />
sensors cannot. Available with Si or Ge detectors, they cover a<br />
wavelength range of 400-1800nm and power range of 5nW to<br />
5mW. The built in sliding ND filter extends the power range to a<br />
maximum of 500mW. The filter position is automatically detected<br />
by the console.<br />
Sensor Specifications<br />
■ Aperture: Ø9.5mm<br />
■ Dimensions: 150 x 19 x 10mm;<br />
(5.91" x 0.75" x 0.39")<br />
■ <strong>Power</strong> Resolution: 0.1nW<br />
■ Max <strong>Power</strong> Density (CW): 10W/cm 2<br />
(50W/cm 2 With ND Filter)<br />
■ Measurement Standard: NIST Traceable<br />
■ Accuracy: ±5%<br />
■ ND Value: (1/100)<br />
■ Distance to Detector: 3.3mm (0.13")<br />
■ Distance to ND Filter: 1.2mm (0.047")<br />
■ Weight: 200g (With Connector)<br />
■ Operating Temperature: 5°C to 40°C<br />
■ Storage Temperature: -20°C to 70°C<br />
See Page 958 for Sensor Specifications<br />
0.75”<br />
0.2”<br />
Sensor Features<br />
■ Slim Design Fits Into Tight Spaces<br />
■ Large Aperture<br />
■ Two Detector Versions: Si and Ge<br />
■ Slidable ND Filter Included<br />
Two Wavelength Ranges Available<br />
PM130<br />
PM132<br />
Silicon Sensor,<br />
400 to 1100nm, 5nW-500mW<br />
Germanium Sensor,<br />
700 to 1800nm, 5nW-500mW<br />
ITEM# $ £ € RMB DESCRIPTION<br />
PM130 $ 1,170.00 £ 737.10 € 1.088,10 ¥ 11,173.50 Digital <strong>Power</strong> Meter with Slim Sensor, 400-1100nm, 5nW-500mW<br />
PM132 $ 1,370.00 £ 863.10 € 1.274,10 ¥ 13,083.50 Digital <strong>Power</strong> Meter with Slim Sensor, 700-1800nm, 5nW-500mW<br />
CAL-S130 $ 155.00 £ 97.70 € 144,20 ¥ 1,480.30 Calibration Service for PM130 - Recommended After 12 Months<br />
CAL-S132 $ 165.00 £ 104.00 € 153,50 ¥ 1,575.80 Calibration Service for PM132 - Recommended After 12 Months<br />
PM140 Series Integrating Sphere <strong>Power</strong> <strong>Meters</strong><br />
The PM140 Series incorporates our Integrating Sphere Sensors<br />
to enable precise measurements widely independent of beam shape<br />
and entrance angle. It is especially useful for measuring highly<br />
divergent beams leaving optical fibers or beams with higher power.<br />
The sensors are available for a wavelength range of 400-1700nm<br />
and for a power range of 1µW to 1W.<br />
The unit is supplied with an FC fiber adapter. Most industry<br />
standard fiber adapters including FC, ST, SC, bare fiber, and SMA<br />
(see page 959), are available as accessories and can be easily installed.<br />
Two sets of #8-32 and M4 threaded mounting holes allow<br />
mounting into our standard post and post holders.<br />
Sensor Features<br />
■ Integrating Sphere-Based <strong>Power</strong><br />
Measurements<br />
■ Fiber and Free-Space Measurements<br />
■ NIST Traceable Calibration<br />
■ Damage Threshold: 200W/cm 2<br />
■ Dimensions: 30.5mm x Ø45mm<br />
See Page 959 for Sensor Specifications<br />
Two Wavelength Ranges Available<br />
PM140<br />
PM144<br />
Silicon Sensor,<br />
400 to 1100nm, 1µW-1W<br />
InGaAs Sensor,<br />
800 to 1700nm, 1µW-1W<br />
Post and Holder<br />
Not Included<br />
ITEM# $ £ € RMB DESCRIPTION<br />
PM140 $ 1,425.00 £ 897.80 € 1.325,30 ¥ 13,608.80 Digital <strong>Power</strong> Meter w/Integrating Sphere, 400-1100nm, 1µW-1W<br />
PM144 $ 1,525.00 £ 960.80 € 1.418,30 ¥ 14,563.80 Digital <strong>Power</strong> Meter w/Integrating Sphere, 800-1700nm, 1µW-1W<br />
CAL-S140 $ 150.00 £ 94.50 € 139,50 ¥ 1,432.50 Calibration Service for PM140 - Recommended After 12 Months<br />
CAL-S144 $ 160.00 £ 100.80 € 148,80 ¥ 1,528.00 Calibration Service for PM144 - Recommended After 12 Months<br />
* Thorlabs recommends recalibrating power meter sensors once a year. For more detail, call Thorlabs customer service and reference the CAL service. Universal design, imperial, and metric compatible.<br />
SeongKyeong Photonics 15 info@skphotonics.com<br />
949
Laser Lab Instruments<br />
PM200 Series High-<strong>Power</strong> Optical <strong>Power</strong> Meter<br />
PM210<br />
PM212<br />
PM213<br />
Posts and Bases<br />
Not Included<br />
250nm to 10.6µm<br />
20mW–3W (Thermal)<br />
250nm to 10.6µm<br />
20mW–10W (Thermal)<br />
250nm to 10.6µm<br />
100mW–30W (Thermal)<br />
The PM200 Series Thermal <strong>Power</strong> <strong>Meters</strong> are multifunctional,<br />
handheld systems for high-power optical power measurements. All<br />
200 series systems utilize thermal sensors which have very flat<br />
spectral response. They also all employ the same handheld console,<br />
which has a wide 40dB dynamic range and an extensive set of<br />
features and display options (see page 951). The systems are all<br />
compatible with the full selection of S100 and S200 series sensors<br />
(see page 958) thus providing a complete, extendable, and flexible<br />
solution for optical measurements in a broad wavelength and<br />
power range.<br />
The thermal sensor heads cover the spectral range of 250nm to<br />
10.6µm and a combined power range of 20mW to 30W. Each<br />
sensor head is individually calibrated and the data is stored in nonvolatile<br />
memory inside the connector. The console immediately<br />
recognizes the sensor and downloads the appropriate information.<br />
General Console Specifications<br />
■ Display: 240 x 160 Pixel LCD With Backlight<br />
■ Display Format: Digit, Analog Needle, Line Plot, Bar<br />
Graph, Statistics, and Menu Screens<br />
■ PC Communication: RS-232, DB9 Male Connector<br />
■ Baud Rate: 2400-115,200bps<br />
■ Dimensions: 230 x 95 x 55mm<br />
Data Acquisition<br />
■ Accuracy: ±1% (console)<br />
■ Resolution: 16- 24-bit (0.01% Full Scale)<br />
■ Sample Rates: Digital 3Hz, Analog 6Hz<br />
See page 960 for sensor specifications.<br />
Analog Output<br />
■ Voltage Range: 0–4.095V<br />
■ Resolution: 12 bit (1mV)<br />
■ Sample Rate: 6 Hz<br />
■ <strong>Power</strong> Range: Software Adjustable<br />
■ Connector: SMA<br />
<strong>Power</strong> Management<br />
■ Battery Pack: NiMH, 1500mAh, 3.6V<br />
■ Charger: 2 Hour Battery Charger Included<br />
■ Charger <strong>Power</strong> Supply:<br />
• Input: 85–265VAC, 50–60Hz<br />
• Output: 9VDC @ 1.1A<br />
NIST TRACEABLE CALIBRATION SERVICES AVAILABLE!<br />
Annual Recalibration is Recommended<br />
High-<strong>Power</strong> Optical <strong>Power</strong> Meter<br />
ITEM# $ £ € RMB DESCRIPTION<br />
PM210 $ 1,398.00 £ 880.70 € 1.300,10 ¥ 13,350.90 Digital <strong>Power</strong> Meter, 250nm to 10.6µm, 3W<br />
PM212 $ 1,472.00 £ 927.40 € 1.369,00 ¥ 14,057.60 Digital <strong>Power</strong> Meter, 250nm to 10.6µm, 10W<br />
PM213 $ 1,562.00 £ 984.10 € 1.452,70 ¥ 14,917.10 Digital <strong>Power</strong> Meter, 250nm to 10.6µm, 30W<br />
CAL-S200 $ 170.00 £ 107.10 € 158,10 ¥ 1,623.50 Calibration Service for the S200 Thermal Sensors<br />
See<br />
Page<br />
956<br />
Dual-Channel <strong>Power</strong> and Energy <strong>Meters</strong><br />
Thorlabs now offers the PM300, a new dual-channel<br />
benchtop power meter, and the PM300E energy meter.<br />
950 www.thorlabs.com<br />
SeongKyeong Photonics 16 info@skphotonics.com
PM100 Digital <strong>Power</strong> Meter Console<br />
Laser Lab Instruments<br />
Features<br />
■ Multifunctional 240 x 160 Pixel Graphics<br />
Display<br />
■ 4-Digit <strong>Power</strong> Readout<br />
■ Interchangeable Photodiode and Thermal<br />
Sensor Heads<br />
■ NIST Traceable Calibration<br />
■ RS-232 Interface for Remote Control<br />
(Software With GUI and LabVIEW<br />
Drivers Included)<br />
■ Analog Output Monitor Voltage<br />
■ Rechargeable Long-Life NiMH Battery<br />
■ Kick-Stand for Easy Viewing Angle<br />
Display Screens for PM100 Console<br />
Large Display w/ Analog Bar Graph<br />
Analog Needle for Peak Detection<br />
Dual Display in dBm and mW<br />
Statistic Function Display<br />
<strong>Power</strong> Versus Time Display<br />
Sensor Information<br />
The console has a built-in RS-232 interface and comes<br />
with a comprehensive software package. It contains a complete set of<br />
drivers (LabVIEW, LabWINDOWS/CVI) and the application<br />
software with Graphical User Interface (GUI). The application software<br />
enables full remote control of the unit and allows the user to view,<br />
acquire, and store the measurement data on the PC.<br />
Interface Cable USB to Serial<br />
The cable allows electronic to access the PM100 and PM30 power meters via<br />
a USB interface. The cable has a sub-D connector that includes the USB to<br />
serial converter on one end and a USB connector on the other.<br />
ITEM# $ £ € RMB DESCRIPTION<br />
CABUSR $ 32.50 £ 20.50 € 30,20 ¥ 310.40 USB to RS-232 Converter<br />
ITEM# $ £ € RMB DESCRIPTION<br />
PM100 $ 775.00 £ 488.30 € 720,80 ¥ 7,401.30 Digital <strong>Power</strong> Meter Console Only<br />
PMBAT $ 69.60 £ 43.80 € 64,70 ¥ 664.70 3.6V Replacement Battery Pack for PM100<br />
PMPS9 $ 30.00 £ 18.90 € 27,90 ¥ 286.50 Replacement <strong>Power</strong> Supply for PM100<br />
SeongKyeong Photonics 17 info@skphotonics.com<br />
951
Laser Lab Instruments<br />
PM30 Series High Sensitivity, Analog/Digital Optical <strong>Power</strong> <strong>Meters</strong><br />
PM30-120<br />
PM30-120V<br />
PM30-121<br />
PM130-122<br />
PM30 Console<br />
Posts and Bases Not Included<br />
Silicon<br />
400-1100nm<br />
50nW to 50mW<br />
Silicon<br />
200-1100nm<br />
50nW to 50mW<br />
Silicon<br />
400-1100nm<br />
500nW to 500mW<br />
Germanium<br />
700-1800nm<br />
35nW to 35mW<br />
The PM30 Series <strong>Power</strong> Meter is ideal for applications that require real time optimization. These power meters feature a combined analog<br />
and digital display. The analog meter is large and easy to read, and the fine analog needle provides enhanced sensitivity when aligning<br />
systems for maximum efficiency. The digital display offers better absolute accuracy than can be achieved with a purely analog meter. This<br />
portable and robust unit has an analog output and a built-in RS-232 interface. See page 951 for a USB to RS-232 converter cable.<br />
Photodiode Sensors<br />
The PM30 Series <strong>Power</strong> <strong>Meters</strong> are available with a variety of photodiode sensor heads: conventional Si and Ge sensors, as well as all slim<br />
sensors and integrating sphere sensors covering a combined spectral range of 200 to 1800nm and a power range of 5nW to 1W. The<br />
applicable range for the measurement depends on the wavelength and power range of the connected sensor head. Each sensor head is<br />
individually calibrated with calibration and identification data stored in a non-volatile memory inside the connector. The console<br />
immediately recognizes the sensor and downloads the appropriate sensor and calibration information.<br />
All photodiode sensors are equipped with an IR target disk for easy sensor alignment in the IR<br />
spectral range.<br />
ALL PHOTODIDODE SENSORS<br />
General Console Specifications<br />
■ <strong>Power</strong> Scales: 15 Ranges, Sensor Dependent: 100nW,<br />
300nW, 1µW, 3µW, 10µW, 30µW, 100µW, 300µW,<br />
1mW, 3mW, 10mW, 30mW, 100mW, 0.3W, and 1W<br />
■ Analog Display: 42mm Mirrored Scales: 0 to 3 (30<br />
Divisions), 0 to 10 (50 Divisions)<br />
■ Digital Display: 12-Digit Display With LED Backlight<br />
■ Display Format: 4-Digit <strong>Power</strong> Read Out<br />
■ <strong>Power</strong> Units: nW, µW, mW, andW<br />
■ Accuracy: Analog Meter ±3%; Digital Display ±1%,<br />
Analog Out ±1%<br />
■ Resolution: 1nW (14 bit)<br />
Data Acquisition<br />
■ Sample Rate: Analog Display: 12Hz<br />
Digital Display: 3Hz<br />
■ Connector: DB9 Sensor Female Connector<br />
Digital Output<br />
■ PC Communication: RS-232, DB9 Male Connector<br />
■ Baud Rate: 9600bps<br />
Analog Output<br />
■ Voltage Range: 0 - 1V Full Scale<br />
■ Resolution: 0.1% Full Scale<br />
■ Sample Rate: 12Hz<br />
■ <strong>Power</strong> Range: Range Dependent<br />
■ Connector: SMA Analog Out<br />
<strong>Power</strong> Management<br />
■ Battery Operation: 6V, 150mAh Chargeable<br />
NiMH Battery<br />
■ Operating Time: Up to 50 hours (w/o Backlight)<br />
■ Shutdown: Manual /Auto, Time Settable<br />
■ Charger: 3 Hour Battery Charger Included<br />
■ Charger <strong>Power</strong> Supply: Input: 85 - 265VAC, 50 - 60Hz;<br />
Output: 12VDC @ 1.1A<br />
General Specifications<br />
■ Dimensions (H x W x D):<br />
125 x 145 x 46mm (With Stand)<br />
See page 958 for sensor specifications.<br />
ITEM# $ £ € RMB DESCRIPTION<br />
PM30-120 $ 825.00 £ 519.80 € 767,30 ¥ 7,878.80 Analog <strong>Power</strong> Meter, 400-1100nm, 50nW-50mW<br />
PM30-120V $ 950.00 £ 598.50 € 883,50 ¥ 9,072.50 Analog <strong>Power</strong> Meter, 200-1100nm, 50nW-50mW<br />
PM30-121 $ 847.50 £ 533.90 € 788,20 ¥ 8,093.60 Analog <strong>Power</strong> Meter, 400-1100nm, 500nW-500mW<br />
PM30-122 $ 1,090.00 £ 686.70 € 1.013,70 ¥ 10,409.50 Analog <strong>Power</strong> Meter, 700-1800nm, 35nW-35mW<br />
952 www.thorlabs.com<br />
SeongKyeong Photonics 18 info@skphotonics.com
PM30-130 Series Slim Sensor Optical <strong>Power</strong> <strong>Meters</strong><br />
Sensor Features<br />
■ Slim Design Fits Into Tight Spaces<br />
■<br />
■<br />
■<br />
Large Aperture<br />
Two Detector Versions: Si and Ge<br />
Slidable ND Filter Included<br />
See Page 958 for Sensor Specifications<br />
The PM30-130 series<br />
provides an ideal solution<br />
for making power<br />
measurements within a<br />
densely populated, fully<br />
assembled optical system.<br />
It uses our S130 Series<br />
0.75”<br />
0.2”<br />
PM30-130<br />
Si Sensor<br />
400-1100nm<br />
5nW-500mW<br />
PM30-132<br />
Ge Sensor<br />
700-1800nm<br />
5nW-500mW<br />
Laser Lab Instruments<br />
(Base and Post Sold<br />
Separately)<br />
ultra-slim sensor, measuring only 0.75" x 0.2" at the<br />
photodiode location, that is designed for applications where space is critical and normal sensors are too large. Available with Si or Ge<br />
detectors, these detectors cover a wavelength range of 400-1800nm and power range of 5nW to 5mW. They are ideal for measurements<br />
on low-power CW laser beams. The built-in slidable ND filter extends the power range to a maximum of 500mW. The filter position is<br />
automatically detected by the console. Two sets of #8-32 and M4 threaded mounting holes allow mounting onto our standard post and<br />
post holders.<br />
ITEM# $ £ € RMB DESCRIPTION<br />
PM30-130 $ 995.00 £ 626.90 € 925,40 ¥ 9,502.30 Analog Slim Sensor <strong>Power</strong> Meter, 400 - 1100nm, 5nW to 500mW<br />
PM30-132 $ 1,195.00 £ 752.90 € 1.111,40 ¥ 11,412.30 Analog Slim Sensor <strong>Power</strong> Meter, 700 - 1800nm, 5nW to 500mW<br />
PM30-140 Series Integrating Sphere <strong>Power</strong> <strong>Meters</strong><br />
The PM30-140 Series incorporates Integrating Sphere Sensors<br />
to enable precise measurements that are widely independent of<br />
beam shape and entrance angle. It is especially useful for<br />
measuring highly divergent beams emitted from optical fibers<br />
or beams with higher power (up to 1W). The sensors are<br />
available for a wavelength range of 400-1700nm and for a<br />
power range of 1µW to 1W. The unit is supplied with an FC<br />
fiber adapter. Most industry standard fiber adapters, including<br />
FC, SC, SMA and bare fiber, are also available as accessories.<br />
Two Wavelength Ranges Available<br />
PM30-140<br />
Si Sensor<br />
400-1100nm<br />
1µW–1W<br />
PM30-144<br />
InGaAs Sensor<br />
800-1700nm<br />
1µW–1W<br />
Sensor Features<br />
■ Integrating Sphere-Based <strong>Power</strong><br />
Measurements<br />
■ Fiber and Free-Space Measurements<br />
■ NIST Traceable Calibration<br />
■ Damage Threshold: 200W/cm 2<br />
■ Dimensions: 30.5mm x Ø45mm<br />
NEW!<br />
(Base and Post Sold Separately)<br />
S140-FC S140-SMA S140-SC<br />
Fiber Adapters<br />
See Page 959<br />
See page 959 for sensor specifications.<br />
Compatible Only With Our Integrating Spheres<br />
ITEM# $ £ € RMB DESCRIPTION<br />
PM30-140 $ 1,250.00 £ 787.50 € 1.162,50 ¥ 11,937.50 Analog <strong>Power</strong> Meter, 400-1100nm, 1µW-1W, FC Adapter<br />
PM30-144 $ 1,350.00 £ 850.50 € 1.255,50 ¥ 12,892.50 Analog <strong>Power</strong> Meter, 800-1700nm, 1µW-1W, FC Adapter<br />
*Other adapters available upon request.<br />
SeongKyeong Photonics 19 info@skphotonics.com<br />
953
Laser Lab Instruments<br />
PM50 Series High-<strong>Power</strong> Analog Optical <strong>Power</strong> <strong>Meters</strong><br />
The PM50 Analog <strong>Power</strong> Meter Series provides an ideal solution for making power measurements within a densely populated fully<br />
assembled optical system. The power meter is compact, robust, and has a large, easy-to-read mirrored analog display with a convenient,<br />
intuitive user interface. The PM50 series power meters utilize one of three models of thermal sensor heads, each with a wavelength<br />
range of 250nm to 10.6µm. There are three power ranges to choose from as detailed below. All sensor heads are available separately,<br />
allowing the system to adopt as your needs change (see page 960). The console is backward compatible with all of the the S200 series<br />
thermal heads.<br />
PM50-30<br />
100mW - 30W<br />
250nm to 10.6µm<br />
PM50-10<br />
20mW - 10W<br />
250nm to 10.6µm<br />
PM50-3<br />
20mW - 3W<br />
250nm to 10.6µm<br />
Posts and Bases<br />
Not Included<br />
Console Features<br />
■ Large Mirrored Analog Needle<br />
Display<br />
■ Fast Response<br />
■ Automatic Sensor Detection<br />
■ Analog Output<br />
■<br />
■<br />
■<br />
■<br />
■<br />
NIST Traceable Calibration<br />
Rechargeable Battery<br />
Rugged Enclosure<br />
Pivoting Stand<br />
250nm to 10.6µm<br />
PM50 Console<br />
General Console Specifications<br />
■ Detector Compatibility: S200 Series Thermal Sensors<br />
■ Nine <strong>Power</strong> Ranges: 0.01W, 0.03W, 0.1W, 0.3W, 1W,<br />
3W, 10W, 30W, 100W<br />
■<br />
■<br />
Analog Display: 90 x 42mm (3.54" x 1.65") Mirrored<br />
Scales: 0-3 (30 Divisions), 0-10 (50 Divisions)<br />
<strong>Power</strong> Units: Watts<br />
■ Accuracy: ±3%<br />
■ Front Panel Operating Elements: Range Selector (Rotary<br />
Switch), Zero Adjuster, On Button, Low-Battery Indicator<br />
Data Acquisition<br />
■<br />
Sample Rate: 12Hz<br />
■ Connector: DB9 Sensor Female Connector<br />
Analog Output<br />
■<br />
■<br />
■<br />
Voltage Range: 0-1V Full Scale<br />
Sample Rate: 12Hz<br />
Connector: SMA Analog Out<br />
<strong>Power</strong> Management<br />
■ Battery Operation: 6V, 150mAh Internal Chargeable<br />
NiMH Battery<br />
■ Operating Time: 100+ Hours<br />
■ Shutdown: Manual/Auto, 6min<br />
■ Charger: 3 Hours Battery Charger Included<br />
■ Charger <strong>Power</strong> Supply: In: 85-265VAC, 50-60Hz<br />
Out: 12VDC @ 1.1A<br />
General Specifications<br />
■ Dimensions (H x W x D):<br />
125 x 145 x 46 mm (with Stand)<br />
■ Weight: 0.6kg<br />
■ Operating Temperature: 5°C to 40°C<br />
■ Storage Temperature: -20°Cto 70°C<br />
See page 960 for sensor specifications.<br />
ITEM# $ £ € RMB DESCRIPTION<br />
PM50-3 $ 1,143.00 £ 720.10 € 1.063,00 ¥ 10,915.70 Analog <strong>Power</strong> Meter, 250nm-10.6µm, 20mW-3W<br />
PM50-10 $ 1,214.00 £ 764.80 € 1.129,00 ¥ 11,593.70 Analog <strong>Power</strong> Meter, 250nm-10.6µm, 20mW-10W<br />
PM50-30 $ 1,307.00 £ 823.40 € 1.215,50 ¥ 12,481.90 Analog <strong>Power</strong> Meter, 250nm-10.6µm, 100mW-30W<br />
SeongKyeong Photonics 20 info@skphotonics.com
PM10 Series Field Service Optical <strong>Power</strong> <strong>Meters</strong><br />
The PM10 Series Optical <strong>Power</strong> Meter module is an economical and easy-to-use plug-in for any<br />
Digital Voltmeter (DVM) with standard banana-style connectors. The device is designed for fast<br />
response times and is powered by a standard 6V battery.<br />
The plug-in is compatible with our S200 Series Thermal Sensor Heads and covers the wavelength<br />
range of 250nm to 10.6µm and a power range of 20mW to 10W. It is offered as a complete set (less<br />
the DVM), which includes one thermal sensor head converter module. Additional sensor heads<br />
are also available separately, see page 960.<br />
Laser Lab Instruments<br />
Plug-In Features<br />
■ Small Outline<br />
■ Easy to Use<br />
■ NIST Traceable Calibration<br />
Specifications<br />
■ PM10-3: 20mW–3W<br />
PM10-10: 20mW–10W<br />
■ Dimensions: 57 x 42 x 46.5 mm<br />
(Banana Connectors Included)<br />
■ Weight: 0.5kg<br />
■ Operating Temperature:<br />
5°C–40°C<br />
■ Storage Temperature: -20°C to 70°C<br />
■ Gain Stages: x100, x1000<br />
■ <strong>Power</strong> Resolution: 0.1% Full Scale<br />
■ Meter Response Time:
Laser Lab Instruments<br />
PM300 Series Dual Channel <strong>Power</strong> and Energy <strong>Meters</strong><br />
Photodiode<br />
Sensor<br />
See page 958<br />
Integrating<br />
Spheres Sensor<br />
See page 959<br />
Slim Sensor<br />
See page 958<br />
PM300 Benchtop Console<br />
Sensors Sold Separately<br />
Thermal Sensors<br />
See page 960<br />
PM300E Benchtop Console<br />
Sample Display Screen<br />
Thorlabs’ new Dual Channel PM300 Series Optical <strong>Power</strong> Meter<br />
and PM300E Series <strong>Power</strong> and Energy Meter offer many feaures<br />
not found in handheld devices. They are ideal for precise optical<br />
measurements, laser and photodiode characterization, lifecycle<br />
measurements and many more applications in the lab and on the<br />
manufacturing floor. The dual channel design enables differential<br />
and ratiometric measurements. Intuitive manual operation with the<br />
large graphics display, compatibility to conventional photodiodes,<br />
and excellent remote capabilities enable easy system integration.<br />
The PM300 is compatible with all Thorlabs S100 Series<br />
Photodiode Sensors (two channels) and S200 Series Thermal<br />
Sensors (one channel) and allows the connection of unamplified<br />
anode or cathode grounded photodiodes with up to 10mA<br />
photocurrent and thermal elements with up to 100mV output<br />
voltage. The PM300E additionally offers energy measurements<br />
with all Thorlabs ES100 and ES200 Series Energy Sensors (both<br />
channels) and dual-channel measurements with the S200 Series<br />
Thermal Sensors as well. Both the PM300 and PM300E Series are<br />
sold as a single benchtop device with the sensors ordered separately.<br />
It can be combined with any of our power meter sensor heads, or<br />
user-supplied photodiodes that provide a maximum 10mA output.<br />
The PM300E Series is additionally compatible with all ES100 and<br />
ES200 Series Pyroelectric Energy Sensors.<br />
Functionality<br />
The calibrated sensors connect via two sub-D connectors on the<br />
rear panel, which also provides two analog high bandwidth outputs<br />
to allow monitoring of each channel, plus the programmable analog<br />
output. Optional user-supplied photodiodes connect via two BNC<br />
inputs on the front panel, which feature switchable bandwidth and<br />
a programmable bias voltage. The input can be switched between<br />
the front and rear connectors. The additional BNC output is gainand-function<br />
programmable. It provides an analog voltage<br />
proportional to the output of one of the channels or as a difference<br />
or ratio of the two power meter channels. The measurement<br />
resolution is 16 bit for all power ranges. The PM300 and PM300E<br />
Series are controlled locally via the front panel, which features a<br />
large 240x128 pixel LCD display, or remotely via USB 2.0.<br />
Pyroelectric Sensors<br />
See page 961<br />
Post and Post<br />
Holders Sold<br />
Separately<br />
Common Console Features<br />
■ Programmable Channels: Monitor, Difference, Ratio,<br />
Math Functions, Linear and Log Values, Attenuation<br />
■ USB 2.0 Interface<br />
■ Large Graphics Display: 240 x 128 pixels<br />
■ Compatible Sensors: S100 (Photodiode), S200<br />
(Thermal) <strong>Power</strong> Meter Sensors, and Common<br />
Photodiodes<br />
■ Programmable Responsivity for Connection of<br />
Photodiodes & Thermal Sensors<br />
PM300E Additional Features<br />
■ Continuous and Single-Shot Energy Measurement of<br />
Pulsed Laser Sources<br />
■ Adjustable Trigger Threshold, Beam Diameter, and<br />
Wavelength<br />
■ Display of Energy in J and J/cm 2 , Average <strong>Power</strong> in W<br />
and W/cm 2 , Repetition Rate in Hz<br />
■ Externally Triggered <strong>Power</strong> and Energy Measurements<br />
956 www.thorlabs.com<br />
SeongKyeong Photonics 22 info@skphotonics.com
PM300 Series Dual Channel <strong>Power</strong> and Energy <strong>Meters</strong><br />
Laser Lab Instruments<br />
Specifications<br />
<strong>Power</strong> Meter Model PM300 PM300E<br />
Detector Compatibility Photodiode Sensors S100 Series Photodiode Sensors S100 Series<br />
Thermal Sensors S200 Series<br />
Thermal Sensors S200 Series<br />
Photodiodes (Max 10mA)<br />
Pyroelectric Sensors ES100/ES200 Series<br />
Thermopiles (Max 100mV)<br />
Photodiodes (Max 10mA)<br />
Thermopiles (Max 100mV)<br />
Display Graphical LCD 240 x 128 pixels (3.7" x 2.4")<br />
Display Format<br />
Dimensions (H x W x D) Overall<br />
Numerical, Bar Graph, Trend Graph<br />
220 x 122 x 325 mm<br />
Photodiode Input CH1 & CH2 CH1 & CH2<br />
Units W, dBm, A W, dBm, A, W/cm 2<br />
Measurement Ranges 7 Decades; 10nA to 10mA 6 Decades; 100nA to 10mA<br />
Ranges Selectable in W, Sensor Dependent Ranges Selectable in W, Sensor Dependent<br />
Display Resolution 1pA per Responsivity Value (A/W) 10pA per Responsivity Value (A/W)<br />
Accuracy ±0.2% Full Scale (1µA - 10mA) ±0.2% Full Scale (1µA - 10mA)<br />
±0.5% Full Scale (10nA - 100nA) ±0.5% Full Scale (100nA)<br />
Polarity<br />
Bias Voltage<br />
AG, CG<br />
0 to -10V (CG), 0 to +10V (AG)<br />
Thermopile <strong>Power</strong> Input 1<br />
CH1 ONLY CH1 & CH2<br />
Units W, dBm, (V) W, dBm, W/cm 2 , V<br />
Measurement Ranges 4 Decades; 100µV to 100mV 3 Decades; 1mV to 100mV<br />
Ranges Selectable in W, Sensor Dependent Ranges Selectable in W, Sensor Dependent<br />
Display Resolution 100nV per Responsivity Value (V/W) 1µV per Responsivity Value (V/W)<br />
Accuracy ±0.5% Full Scale (1mV to 100mV range) ±0.5% Full Scale<br />
Pyroelectric Energy Input N/A CH1 & CH2<br />
Units N/A J, J/cm 2 , W<br />
Measurement Ranges N/A 4 Decades; 100mV to 100V<br />
Ranges Selectable in J, Sensor Dependent<br />
Display Resolution N/A 100µV per Responsivity Value (V/J)<br />
Accuracy N/A ± 0.5% Full Scale<br />
Maximum Repetition Rate N/A 5 kHz<br />
External Trigger<br />
Connector N/A BNC Rear<br />
Programmable Analog Output<br />
Signal<br />
Voltage Range<br />
Bandwidth<br />
Analog Outputs<br />
Signal<br />
Selectable: CH1, CH2, CH1-CH2, CH1/CH2<br />
0 to ±10V; Programmable Gain and Offset<br />
Up to 500Hz, Dependent on Sensor and Settings<br />
CH1, CH2 Amplified Input Signal<br />
Voltage Range 0 to ±10V<br />
Bandwidth<br />
Up to 100kHz, Dependent on Sensor and Settings<br />
1<br />
Channel 2 can be used for a second photodiode based power meter sensor. Please refer to the following 4 pages.<br />
Filter Wheels<br />
Compatible With All Thorlabs’ Sensors. Please Refer to the Following 4 Pages.<br />
PM300 Benchtop <strong>Power</strong> Meter Without Sensor<br />
ITEM# $ £ € RMB DESCRIPTION<br />
PM300 $ 1,800.00 £ 1,134.00 € 1.674,00 ¥ 17,190.00 Dual Channel <strong>Power</strong> Meter Console<br />
PM300E $ 2,200.00 £ 1,386.00 € 2.046,00 ¥ 21,010.00 Dual Channel <strong>Power</strong> and Energy Meter Console<br />
CAL-PM300 $ 200.00 £ 126.00 € 186,00 ¥ 1,910.00 Calibration Service for the PM300 Series Consoles<br />
SeongKyeong Photonics 23 info@skphotonics.com<br />
957
Laser Lab Instruments<br />
S120 Series Photodiode Sensor Heads<br />
The S120 Series calibrated sensors are designed for wide dynamic range optical power measurements in the 50nW to 500mW range.<br />
These photodiode sensors are equipped with an IR target disk for easy alignment when operating in the IR. All S120 Series sensors are<br />
compatible with our PM100, PM300, and PM30 power meter consoles. Each sensor head is individually calibrated with data stored in a<br />
non-volatile memory inside the connector and ships with a NIST Traceable Calibration Certificate.<br />
S120B / S120UV<br />
General Specifications<br />
■ Large Input Aperture: Ø9.5mm<br />
■ Compact Sensor Head: Ø30.5mm x<br />
12.7mm Thick<br />
■ Accuracy: ±5% NIST Traceable<br />
■<br />
Integrated IR Viewing Card<br />
■ Damage Threshold: 50W/cm 2<br />
■ IR Target Absorption Bands:<br />
400-640nm and 800-1700nm<br />
S122B<br />
S120B S120UV S121B S122B<br />
Optical <strong>Power</strong> Range 50nW - 50mW 50nW - 50mW 500nW - 500mW 35nW - 35mW<br />
Spectral Range 400 - 1100nm 200 - 1100nm 400 - 1100nm 700 - 1800nm<br />
Diode Type Silicon Silicon Silicon Germanium<br />
Note: Specs assume operation with PM Series console<br />
S120-FC<br />
S120-SMA<br />
S120-SC<br />
ITEM# $ £ € RMB DESCRIPTION<br />
S120B $ 225.00 £ 141.80 € 209,30 ¥ 2,148.80 Si Photodiode Optical Sensor, 400-1100nm, 50nW-50mW<br />
S120UV $ 350.00 £ 220.50 € 325,50 ¥ 3,342.50 Si Photodiode Optical Sensor, 200-1100nm, 50nW-50mW<br />
S121B $ 250.00 £ 157.50 € 232,50 ¥ 2,387.50 Si Photodiode Optical Sensor, 400-1100nm, 500nW-500mW<br />
S122B $ 495.00 £ 311.90 € 460,40 ¥ 4,727.30 Ge Photodiode Optical Sensor, 700-1800nm, 35nW-35mW<br />
S120-FC $ 26.00 £ 16.40 € 24,20 ¥ 248.30 FC/PC Fiber Adapter for the S120 Sensor Heads<br />
S120-SMA $ 26.00 £ 16.40 € 24,20 ¥ 248.30 SMA Fiber Adapter for the S120 Sensor Heads<br />
S120-SC $ 33.00 £ 20.80 € 30,70 ¥ 315.20 SC Fiber Adapter for the S120 Sensor Heads<br />
S130 Series Slim Photodiode Sensor Heads<br />
General Specifications<br />
■ Sensor Dimension: 5.91" x 0.75"<br />
■ Slim Design: 5mm (0.2") Thickness at<br />
Detector Side<br />
S130A<br />
■ Input Aperture: Ø9.5mm<br />
■ Sliding ND Filter<br />
S132A<br />
Optical <strong>Power</strong> Range 5nW-5mW 5nW-5mW<br />
With Filter 50nW-500mW 50nW-500mW<br />
Spectral Range 400-1100nm 700-1800nm<br />
Diode Type Silicon Germanium<br />
S130A Sensor<br />
The ultra-slim sensor of the S130 Series is designed for setups where space is limited. Measuring only<br />
0.75" x 0.2" at the photodiode location, the S130 Series sensor fits where most sensors cannot.<br />
Available with Si or Ge detectors, two models cover the wavelength ranges of 400 to 1100nm, and<br />
700 to 1800nm. The S130A and the S132A feature a power range of 5nW to 500mW. They are<br />
ideal for measurements on low-power CW laser beams.<br />
Slideable ND Filter<br />
The built-in, sliding ND filter is used to extend the power range to a maximum of 500mW. The two<br />
calibration curves for the sensor – with and without filter – are stored in memory. When moving the<br />
filter-slider, the appropriate calibration data and power range will be downloaded to the connected<br />
power meter console. Automatically, all wavelength and power range settings will be adjusted, and the<br />
correct power values will be shown on the console. Two sets of #8-32 and M4 threaded mounting<br />
holes allow mounting onto our standard post and post holders.<br />
0.75”<br />
0.2”<br />
ITEM# $ £ € RMB DESCRIPTION<br />
S130A $ 395.00 £ 248.90 € 367,40 ¥ 3,772.30 Slim Photodiode Sensor, Si, 400-1100nm, 5nW to 500mW<br />
S132A $ 595.00 £ 374.90 € 553,40 ¥ 5,682.30 Slim Photodiode Sensor, Ge, 700-1800nm, 5nW to 500mW<br />
958<br />
www.thorlabs.com<br />
SeongKyeong Photonics 24 info@skphotonics.com
S140 Series Integrating Sphere Photodiode Sensor Heads<br />
Laser Lab Instruments<br />
S140A<br />
Shown With<br />
Bare Fiber<br />
Adapter<br />
S140A<br />
Shown With FC Adapter<br />
S140-FC<br />
Sensor Features<br />
■ <strong>Power</strong> Range: 1µW to 1W<br />
■ Input Aperture Ø5mm<br />
■ Wavelength Range:<br />
S140A: 400-1100nm<br />
S144A: 800-1700nm<br />
■ Sensor Type: Si or InGaAs<br />
■ Compact Design<br />
S140-FC<br />
S140-SMA<br />
The S140 Integrating Sphere Sensor Series is designed to enable precise<br />
measurements independent of beam shape and entrance angle. Sphere sensors are<br />
especially useful for measuring highly divergent beams exiting optical fibers or for<br />
higher power beams up to 1W.<br />
S140-SC<br />
Bare Fiber Adapter Features<br />
■ <strong>Power</strong> Measurement of Bare Fiber Outputs<br />
■ Easy Loading and Positioning of Optical Fiber in V-Groove<br />
■ Supports Fiber With Buffer Diameters from 250 to 450µm<br />
■ Screws onto S140A/S144A Integrating Spheres<br />
■ Rubber Padding Provides Excellent Holding Force Without<br />
Damaging Fiber<br />
The sensor includes a S140-FC fiber adapter for both FC/PC and<br />
FC/APC connectors as well as protective port caps that can also be<br />
user-modified for custom applications.<br />
Most industry standard fiber adapters, including FC, SC, SMA, and<br />
bare fiber, are available as accessories and can be easily installed.<br />
ITEM# $ £ € RMB DESCRIPTION<br />
S140A $ 650.00 £ 409.50 € 604,50 ¥ 6,207.50 Integrating Sphere, Si, 400-1100nm, 1mW-1W. FC Adapter<br />
S144A $ 750.00 £ 472.50 € 697,50 ¥ 7,162.50 Integrating Sphere, InGaAs, 800-1700nm, 1mW-1W, FC Adapter<br />
S140-BFA $ 120.00 £ 75.60 € 111,60 ¥ 1,146.00 Bare Fiber Adapter for Integrating Sphere<br />
S140-SMA $ 26.00 £ 16.40 € 24,20 ¥ 248.30 SMA Fiber Adapter for Integrating Sphere<br />
S140-FC $ 26.00 £ 16.40 € 24,20 ¥ 248.30 FC Fiber Adapter for Integrating Sphere (Included with the Integrating Sphere)<br />
S140-SC $ 33.00 £ 20.80 € 30,70 ¥ 315.20 SC Fiber Adapter for Integrating Sphere<br />
Interface Cable USB to Serial<br />
Converter<br />
The cable enables electronic access to the PM100 and<br />
PM30 power meters via a USB interface. The cable has<br />
a sub-D connector that includes the USB to serial<br />
converter on one end and a USB connector on the other<br />
end. The console has a built-in RS-232 interface and<br />
comes with a comprehensive software package. For<br />
more information on PM100 and PM30 Series, see<br />
pages 951-952.<br />
ITEM# $ £ € RMB DESCRIPTION<br />
CABUSR $ 32.50 £ 20.50 € 30,20 ¥ 310.40 USB to RS232 Converter<br />
SeongKyeong Photonics 25 info@skphotonics.com<br />
959
Laser Lab Instruments<br />
S200 Series High <strong>Power</strong> Thermal Sensor Heads<br />
The S200 Series Sensors Heads are equipped with thermopile sensors with broadband coating for a wavelength range of 250nm -<br />
10.6µm. This series is designed for free space optical power measurements in the range of 20mW to 30W.<br />
All S200 sensors are compatible with our PM100, PM300 and PM50 power meter consoles. Each sensor head is individually calibrated,<br />
with data stored in a non-volatile memory inside the connector, and shipped with a NIST Traceable Calibration Certificate.<br />
S213A<br />
(30W)<br />
Specifications<br />
■ Sensor: Thermal<br />
■ Spectral Range:<br />
250nm – 10.6µm<br />
■ Measurement Uncertainty: ±5%<br />
■ Optical Damage Threshold:<br />
200W/cm 2 CW<br />
3.3J/cm 2 (1ms Pulse @ 1064nm)<br />
50mJ/cm 2 (20ns Pulse @ 1064nm)<br />
■<br />
■<br />
Aperture Thread:<br />
S210A: 3/4" – 32<br />
S212A: 3/4" – 32<br />
(After Removing Heat Sink)<br />
S213A: None<br />
Size:<br />
S210A: 1.3" x Ø2.5"<br />
S212A: 3.2" x Ø2.5"<br />
S213A: 3.6" x Ø2.5"<br />
S210A S212A S213A<br />
Optical <strong>Power</strong> Range 20mW - 3W 20mW - 10W 100mW - 30W<br />
Input Aperture Ø3/4" Ø1/2" Ø5/8"<br />
Distance to Detector: 0.315" (8mm) 2.20" (55.9mm) 0.38" (9.7mm)<br />
S212A<br />
(10W)<br />
The SM1A13 thread adapter converts the internal 3/4"-32 threads of<br />
S210A and S212A to our standard SM05 (0.535"-40) and SM1<br />
(1.035"-40) thread. The adapter allows using our fiber adapters SM1FC,<br />
SM1SMA as well as our SM1 stackable lens tubes (see page 208).<br />
SM1A13<br />
S210A<br />
(3W)<br />
ITEM# $ £ € RMB DESCRIPTION<br />
S210A $ 650.00 £ 409.50 € 604,50 ¥ 6,207.50 Thermal Sensor, 250nm-10.6µm, 20mW-3W<br />
S212A $ 720.00 £ 453.60 € 669,60 ¥ 6,876.00 Thermal Sensor, 250nm-10.6µm, 20mW-10W<br />
S213A $ 812.00 £ 511.60 € 755,20 ¥ 7,754.60 Thermal Sensor, 250nm-10.6µm, 100mW-30W<br />
SM1A13 $ 28.00 £ 17.60 € 26,00 ¥ 267.40 3/4"-32 to SM05/SM1 Thermal Thread Adapter<br />
SM1 Series Fiber Adapters<br />
These adapters allow connectorized fibers to be attached to our thermal sensors.<br />
SM1FC<br />
SM1ST<br />
SM1SMA<br />
ITEM# $ £ € RMB DESCRIPTION<br />
SM1FC $ 26.00 £ 16.40 € 24,20 ¥ 248.30 SM1 to FC Adapter<br />
SM1SMA $ 26.00 £ 16.40 € 24,20 ¥ 248.30 SM1 to SMA Adapter<br />
SM1ST $ 26.00 £ 16.40 € 24,20 ¥ 248.30 SM1 to ST Adapter<br />
Laser Beam Profiler<br />
User software showing pseudo 3D beam profile<br />
■ High Precision Analysis of<br />
Beam Quality and Spatial<br />
<strong>Power</strong> Distribution<br />
■ <strong>Power</strong>ful Graphical Interface<br />
■ USB 2.0<br />
BP100 SERIES<br />
(Base & Post not included)<br />
See Page 966<br />
SeongKyeong Photonics 26 info@skphotonics.com
ES100 Series Pyroelectric Energy Sensors<br />
The new ES100 Series Pyroelectric Sensors are designed for standard optical<br />
energy measurements. They directly convert the energy of a light pulse into<br />
a voltage pulse independent of the wavelength of the light field. Our<br />
pyroelectric sensors, which belong to the thermal detector family, have a<br />
black absorption coating with a flat spectral response ranging from 185nm to<br />
25µm. The detectable energy ranges from 3µJ to 2J with repetition rates up<br />
to 100Hz. For best results, the detector diameter should be only slightly<br />
bigger than the beam diameter. The ES100 sensors come in three aperture<br />
sizes: 11mm, 20mm, and 45mm.<br />
The sensors are equipped with a BNC connector that allows direct<br />
connection to an oscilloscope and a BNC-to-D-Sub converter with<br />
calibration data memory to plug into Thorlabs Energy <strong>Meters</strong><br />
(See Page 955).<br />
Features<br />
■ Broadband Coating<br />
■<br />
NIST Traceable Calibration<br />
Laser Lab Instruments<br />
■ Thickness:<br />
ES111: 18mm<br />
ES120: 16mm<br />
ES145: 21mm<br />
■ Direct Oscilloscope Operation<br />
■ Isolated Post Adapter Included<br />
■ Max. <strong>Power</strong> Density: 8MW/cm 2<br />
(10ns Pulse)<br />
■ Max. Energy Density: 150mJ/cm 2<br />
Filter Wheels<br />
ES120<br />
ES111<br />
ES145<br />
Posts, Post<br />
Holders and<br />
Bases Sold<br />
Separately<br />
ITEM# $ £ € RMB DESCRIPTION<br />
ES111 $ 1,100.00 £ 693.00 €1.023,00 ¥ 10,505.00 11mm Energy Sensor, 185nm-25µm, 150mJ/cm 2<br />
ES120 $ 1,150.00 £ 724.50 €1.069,50 ¥ 10,982.50 20mm Energy Sensor, 185nm-25µm, 150mJ/cm 2<br />
ES145 $ 1,344.00 £ 846.70 €1.249,90 ¥ 12,835.20 45mm Energy Sensor, 185nm-25µm, 150mJ/cm 2<br />
ES200 Series High Energy Pyroelectric Sensors<br />
The new ES200 Series Pyroelectric Sensors for optical energy measurements<br />
are designed for pulsed lasers with high energy densities such as Excimer,<br />
CO2-TEA, Nd-YAG. The models feature high damage threshold, short time<br />
constants, high responsivity, and large apertures. The detector surface has a<br />
ceramic coating that is spectrally flat between 185-1064nm and 3-25µm. The<br />
detectable energy ranges from 500µJ to 15J with repetition rates up to 70Hz.<br />
The sensors are equipped with a BNC connector that allows direct<br />
connection to an oscilloscope and a BNC-to-D-Sub converter with<br />
calibration data memory to plug into Thorlabs' Energy <strong>Meters</strong> (see page 955).<br />
ES200 Series Ceramic Coating<br />
Absorption [%]<br />
100<br />
90<br />
80<br />
70<br />
60<br />
50<br />
40<br />
30<br />
20<br />
10<br />
0<br />
100<br />
ES100 Series Black Coating<br />
1000<br />
Wavelength [nm]<br />
10000<br />
Features<br />
■ NIST Traceable Calibration<br />
■ High Damage Ceramic Coating<br />
■ Thickness:<br />
ES220: 18mm<br />
ES245: 21mm<br />
■ Direct Oscilloscope Operation<br />
■ Isolated Post Adapter Included<br />
■ <strong>Power</strong> Density: 120MW/cm 2 (1064nm, 8ns Pulse)<br />
■ Energy Density: 970mJ/cm 2 (1064nm, 8ns Pulse)<br />
100000<br />
Absorption [%]<br />
100<br />
90<br />
80<br />
70<br />
60<br />
50<br />
40<br />
30<br />
20<br />
10<br />
0<br />
100<br />
1000<br />
Wavelength [nm]<br />
10000<br />
100000<br />
ES220<br />
Posts, Post Holders<br />
and Bases Sold<br />
Separately<br />
ES245<br />
ITEM# $ £ € RMB DESCRIPTION<br />
ES220 $1,500.00 £ 945.00 €1.395,00 ¥ 14,325.00 20mm Energy Sensor, 185nm-25µm, High Damage Threshold<br />
ES245 $1,700.00 £1,071.00 €1.581,00 ¥ 16,235.00 45mm Energy Sensor, 185nm-25µm, High Damage Threshold<br />
SeongKyeong Photonics 27 info@skphotonics.com<br />
961
Available in:<br />
✔ Production Quantities<br />
✔ Custom Configurations<br />
Laser-Beam Characterization<br />
2-Watt Broadband<br />
<strong>Power</strong>/Energy Meter<br />
Photodiodes, Integrating Spheres & Amplifiers<br />
<strong>Power</strong> & Energy <strong>Meters</strong><br />
This power meter is ideal for continuous wave (cw) and pulsedlaser<br />
sources. With its thermopile detector, the instrument can<br />
measure the output of lasers from the ultraviolet to the infrared.<br />
$ The meter measures cw power from 10 mW to 2 W.<br />
$ Pulsed-laser energy is measured from 10 mJ to 2 J.<br />
$ The broadband sensor head is calibrated from 200 nm to 20 mm.<br />
$ The high-damage-threshold sensor handles 200 W/cm 2<br />
average, 100 MW/cm 2 pulsed.<br />
$ A broadband (400 nm–2 mm) optical filter is included to eliminate<br />
thermal background radiation, ensuring accurate measurement<br />
of low-power beams in the visible and near infrared.<br />
$ The control/display unit combines analog and digital displays<br />
on an adjustable tilt base for easy viewing.<br />
$ The compact sensor head includes a stand which allows<br />
height adjustment from 43 mm to 193 mm above the work<br />
surface for convenient beam launch.<br />
SPECIFICATIONS:<br />
2-WATT BROADBAND POWER/ENERGY METER<br />
Measurement Specifications<br />
Calibrated Range: 200 nm–20 mm (400 nm–2 mm with filter)<br />
<strong>Power</strong> (energy) Range:<br />
10 mW–2 W (10 mJ–2 J) with 10-mW (10-mJ) resolution<br />
Range Selection: 7-position switch, 3–3000 mW (mJ)<br />
Offset: 825 mW (mJ) with 10-turn potentiometer<br />
Pulse Repetition Rate (energy mode):<br />
Single pulse or 1 Hz maximum<br />
Maximum Pulse Width (energy mode): 100 msec<br />
Noise Equivalent <strong>Power</strong>/Energy: 10 mW (mJ) rms<br />
Drift: Less than 15 mW over 60 min<br />
Response Time:
Available in:<br />
✔ Production Quantities<br />
✔ Custom Configurations<br />
The 13 PEM 003 is designed to measure higher power and energy<br />
levels. It is ideal for helium cadmium, argon-ion, CO 2 , and solidstate<br />
lasers, as well as broadband sources such as arc and tungstenhalogen<br />
lamps.<br />
$ The 13 PEM 003 offers 1 mW to 30 W power measurement<br />
capability with 1 mJ to 30 J energy capability.<br />
$ The sensor head withstands up to 20 kW/cm 2 average power<br />
density, 15 MW/cm 2 peak power, or 0.3 J/cm 2 energy density.<br />
$ The control/display unit combines analog and digital displays<br />
on an adjustable tilt base.<br />
$ The sensor head includes a 160-mm-diameter stand and a<br />
250-mm-long post for stable mounting and convenient height<br />
adjustment.<br />
SPECIFICATIONS:<br />
30-WATT BROADBAND POWER/ENERGY METER<br />
Measurement Specifications<br />
Calibrated Range: 200 nm–20 mm<br />
<strong>Power</strong> (energy) Range:<br />
1 mW–30 W (1 mJ–30 J) with 1-mW(1-mJ) resolution<br />
Range Selection: 5-position switch, 0.3–30 W (J)<br />
Offset: 82 W(J) with 10-turn potentiometer<br />
Pulse Repetition Rate (energy mode):<br />
Single pulse or 1 Hz maximum<br />
Maximum Pulse Width (energy mode): 100 ms<br />
Noise Equivalent <strong>Power</strong>/Energy: 500 mW(mJ) rms<br />
Drift: Less than 1 mW over 60 min<br />
Response Time:
Laser-Beam Characterization<br />
Pocket<strong>Power</strong> <br />
<strong>Handheld</strong> <strong>Power</strong> Meter<br />
Photodiodes, Integrating Spheres & Amplifiers<br />
<strong>Power</strong> & Energy <strong>Meters</strong><br />
This hand-held Pocket<strong>Power</strong> meter is ideal for spot measurements<br />
of laser power where continuous readout is not required.<br />
$ Ideal field-service tool<br />
$ Small, lightweight, self-contained<br />
$ Can be stored in your pocket or a tool kit (case provided)<br />
$ 0.5 µW to 1W (built-in attenuator)<br />
$ Autoranging and auto-off<br />
$ ±5% accuracy<br />
$ 400–1064 nm<br />
$ Three-digit LCD display and over-range beep<br />
$ CE certified.<br />
The meter is microprocessor controlled to allow autoranging,<br />
peak sample and hold, and wavelength-corrected calibration. The<br />
unique, rugged, ergonomic design allows simple, single-button<br />
power measurements in confined spaces.<br />
In operation, the user selects and then sets the wavelength<br />
(increase/decrease buttons), selects the power, and centers the<br />
8-mm-diameter aperture in the beam. Pressing the Sample/Hold button<br />
initiates the two-second measurement cycle. The measured<br />
power is displayed for ten seconds, after which the unit automatically<br />
shuts down to conserve battery life.<br />
If the detector is overloaded, a beep tone will be heard. If the<br />
attenuator was not in place, slide it over the aperture and remeasure.<br />
24<br />
sensor<br />
dimensions in mm<br />
1<br />
digital readout<br />
sample/hold button<br />
168<br />
wavelength/power<br />
selection switch<br />
wavelength<br />
adjust<br />
SPECIFICATIONS:<br />
POCKETPOWER HANDHELD POWER METER<br />
Measurement Specifications<br />
Calibrated Spectral Range: 400–1064 nm<br />
<strong>Power</strong> Range: 0.5 mW–10 mW (no attenuator)<br />
50 mW–1 W (with attenuator)<br />
Ranges Displayed: 0.09 mW–999 mW: 5-decade autoselect<br />
Minimum Detectable <strong>Power</strong>: 0.5 mW<br />
Minimum <strong>Power</strong> Resolution: 0.1 mW or 0.1% of range<br />
Response Time: 2-sec measurement cycle<br />
Calibration: ±5% NIST traceable<br />
Type: Silicon photodiode, 8-mm-diameter aperture, 50 mm 2<br />
Maximum cw <strong>Power</strong> Density:<br />
0.5 W/cm 2 without attenuator<br />
30 W/cm 2 with attenuator<br />
Slide-in Attenuator: 1-mm-thick NG-10 Schott filter glass<br />
Display<br />
Type: 3-digit LCD<br />
<strong>Power</strong> Display: 3 digit with mW/mW indicator<br />
Wavelength Display: 400 to 999 with nm indicator<br />
(000 to 064 for 1000 to 1064 nm)<br />
Display Time: 10 sec with auto power-down<br />
Audible Over-Range Indication: Beep tone<br />
<strong>Power</strong> Requirements<br />
Internal Lithium Cell: Factory replaceable<br />
Battery Life: 180,000 measurements at 12 sec per sample<br />
Dimensions (W!H!L):<br />
24 mm !20 mm !168 mm (0.92 in.! 0.78 in.! 6.59 in.)<br />
Weight: 44 g (1.54 oz)<br />
Storage/Protection Case: Standard<br />
Pocket<strong>Power</strong> <strong>Handheld</strong> <strong>Power</strong> Meter<br />
Pocket<strong>Power</strong> <strong>Handheld</strong> <strong>Power</strong> Meter<br />
PRODUCT NUMBER<br />
18 LAB 250<br />
Pocket<strong>Power</strong> <strong>Handheld</strong> <strong>Power</strong> Meter<br />
SeongKyeong Photonics 30 info@skphotonics.com
www.mellesgriot.com<br />
Integrated 2-Watt<br />
Broadband <strong>Power</strong> and<br />
Energy Meter System<br />
Beam Alignment and<br />
Positioning Measurement<br />
The 13 PEM 001/J integrated 2-W broadband power and energy<br />
meter is a high-sensitivity instrument for measuring optical radiation<br />
from the ultraviolet to the far infrared.The instrument features<br />
a sensitive, but low drift, thermopile sensor head. The sensor<br />
disc, made from high-density graphite, does not have a painted,<br />
plated, or anodized front surface that can be easily ablated. Consequently,<br />
the thermopile has a very high damage threshold. The<br />
13 PEM 001/J is ideal for measuring the output power of cw lasers,<br />
the average power of pulsed (quasi-cw) laser sources, and the peak<br />
power of long-pulse lasers. It can also measure the energy of a<br />
laser pulse.<br />
$ Measures cw power from 10 mW to 2 W<br />
$ Calibrated from 200 nm to 20 mm<br />
$ Handles 200 W/cm 2 average power, 100 MW/cm 2 pulsed<br />
power<br />
$ Includes broadband (400 nm–2 mm) optical filter to eliminate<br />
thermal background radiation<br />
$ Displays output in analog and digital format<br />
$ Adjustable tilt base for easy viewing<br />
SPECIFICATIONS: INTEGRATED 2-WATT<br />
BROADBAND POWER AND ENERGY METER SYSTEM<br />
Measurement Specifications:<br />
Calibrated Spectral Range:<br />
200 nm to 20 mm (400 nm to 2 mm with filter)<br />
<strong>Power</strong> (Energy):<br />
Range: 10 mW to 2 W (10 mJ to 2 J)<br />
Resolution: 10 mW (10 mJ)<br />
Range Selection: 7-position switch, 3–3000 mW (mJ)<br />
Offset: 825 mW (mJ) with 10-turn potentiometer<br />
Pulse Repetition Rate (energy mode):<br />
Single pulse or 1 Hz maximum<br />
Maximum Pulse Width: 100 msec<br />
Noise Equivalent <strong>Power</strong> (Energy): 10 mW (10 mJ) rms<br />
Drift: Less than 15 mW over 60 min<br />
Response Time:
Beam Alignment and<br />
Positioning Measurement<br />
www.mellesgriot.com<br />
Modular <strong>Power</strong> and<br />
Energy Meter Systems<br />
Beam-Intensity Profilers<br />
and M 2 Measurement<br />
Photodiodes, Integrating Spheres,<br />
and Amplifiers<br />
<strong>Power</strong> and Energy <strong>Meters</strong><br />
The modular power and energy meter system consists of two<br />
portable meters with digital processors and displays, five powersensor<br />
heads, and two energy-sensor heads. All sensor heads and<br />
meters are completely interchangeable. Please check the power<br />
detector and energy detector tables to determine the optimum sensor<br />
for your application.<br />
<strong>Power</strong> and Energy Meter Modules<br />
3-Sigma <strong>Power</strong> and Energy Meter<br />
$ Measures power, energy, and frequency<br />
$ Compatible with thermal, pyroelectric, and optical sensors<br />
$ Measures energy at rates up to 10,000 pps<br />
$ RS-232 and analog outputs<br />
$ Rechargeable battery pack<br />
The 3-Sigma power and energy meter works with thermal,<br />
semiconductor, and pyroelectric detector heads to measure output<br />
power from nanowatts to kilowatts, pulse energy from microjoules<br />
to joules, wavelengths from the ultraviolet to the infrared, and pulse<br />
repetition rates up to 10,000 pps. (The meter captures every pulse<br />
up to 1,000 pps and samples pulses at higher repetition rates.) Adaptors<br />
are availble to measure the output of optical fibers and pigtailed<br />
lasers.<br />
The 3-Sigma features a large, bright LCD panel display and an<br />
intuitive graphical user interface with soft keys and statistical analysis<br />
functions including minimum, maximum, mean, and standard<br />
deviation.<br />
With its compact portability, the 3-Sigma can deliver precise<br />
laser measurements wherever they are needed. All power and energy<br />
detector heads described in the table on page 5.6 are compatible with<br />
3-Sigma.<br />
instrument readings and charting each individual pulse. Data<br />
can be stored in a file for later analysis. The program requires a<br />
Windows-based computer system with an RS-232 communications<br />
port.<br />
SPECIFICATIONS:<br />
3-Sigma POWER AND ENERGY METER<br />
Energy Range (full scale): 1 nJ–300 J<br />
<strong>Power</strong> Range (full scale): 1 nW–10 kW<br />
Minimum Resolution: 1 nJ or 1 nW<br />
Maximum Repetition Rate: 1,000 pps (10,000 pps sampled)<br />
Outputs: RS-232 and analog out<br />
Analog Output: 0–1 Vdc<br />
Calibration Uncertainty: 1%<br />
Battery Life (approx): 8 hours<br />
Dimensions: 160#205#52 mm (6.3#8.1#2.0 in.)<br />
Weight: 1.2 kg (2.60 lb)<br />
Safety: CE compliant<br />
3-Sigma <strong>Power</strong> and Energy Meter<br />
PRODUCT NUMBER<br />
3-Sigma <strong>Power</strong> and Energy Meter 13 PEM 006<br />
Spectral Analysis<br />
3-Sigma APPLICATION PROGRAM<br />
An optional 3-Sigma application program is available which<br />
can be used to control the 3-Sigma power and energy meter from<br />
a host computer. It provides real-time two-way communication<br />
between the 3-Sigma power meter and the computer, displaying<br />
5.4 1<br />
3-Sigma power and energy meter<br />
SeongKyeong Photonics 32 info@skphotonics.com
Beam Alignment and<br />
Positioning Measurement<br />
FieldMax-TOP <strong>Power</strong> and Energy Meter<br />
$ Compatible with thermal, pyroelectric, and optical sensors<br />
$ Large, bright, backlit LCD display<br />
$ Digital tuning feature for laser tuning and tweaking<br />
$ Measures pulse energy up to 300 pps<br />
$ Portable ac/dc operation<br />
$ USB 1.1 interface<br />
The FieldMax-TOP is an affordable, versatile digital meter<br />
designed for field service and production applications. This meter<br />
includes an easy-to-read, backlit, LCD display and direct,<br />
button-driven commands for ease of use.<br />
A unique digital-tuning feature facilitates laser alignment.<br />
Statistical capabilities include mean, minimum, maximum, and<br />
standard deviation.<br />
The FieldMax-TOP is compatible with our thermal and<br />
optical detector heads to measure output power, and pyroelectric<br />
detectors to measure energy. Available detector heads cover the<br />
spectrum from deep ultraviolet to the far infrared, measure power<br />
from nanowatts to kilowatts, measure pulse energy from microjoules<br />
to joules at pulse repetition rates to 300 Hz.<br />
FieldMax-TOP features SmartProbe compatibility, which<br />
stores sensor responsivity, serial number, and other important information<br />
in an EEPROM that automatically loads into the meter.<br />
The meter can be operated from a battery or ac wall current and<br />
comes standard with a USB computer interface and all necessary<br />
software.<br />
See table on page 5.6 for a range of power and energy detector<br />
heads that are compatible with FieldMax-TOP power and energy<br />
meter.<br />
Calibration Services<br />
Melles Griot offers full instrument recalibration services.<br />
Please contact your nearest Melles Griot sales<br />
offfice for additional information.<br />
SPECIFICATIONS:<br />
FieldMax-TOP POWER AND ENERGY METER<br />
Energy Range (full scale): 1 nJ–300 J<br />
<strong>Power</strong> Range (full scale): 1 nW–10 kW<br />
Minimum Resolution: 81% of full scale<br />
Maximum Repetition Rate: 300 Hz<br />
Digital Tuning Needle Update Rate (20 Hz):<br />
500 ms (99% settling time)<br />
Internal Trigger: Selectable, 2% to 20% of full scale<br />
Digital Output: USB 1.1 protocol<br />
Display: 58#73 mm; fixed-segment LCD with backlight<br />
Input <strong>Power</strong>:<br />
Battery: Six 1.5-V alkaline batteries<br />
Line: 90–260 Vac, 50–60 Hz<br />
Dimensions: 20#10#4 cm (8#4#1.5 in.)<br />
Weight: 0.5 kg (1.1 lb)<br />
Safety: CE compliant<br />
FieldMax-TOP <strong>Power</strong> and Energy Meter<br />
FieldMax-TOP power and energy meter<br />
PRODUCT NUMBER<br />
FieldMax-TOP <strong>Power</strong> and Energy Meter 13 PEM 005<br />
Beam-Intensity Profilers<br />
and M 2 Measurement<br />
Photodiodes, Integrating Spheres,<br />
and Amplifiers<br />
<strong>Power</strong> and Energy <strong>Meters</strong> Spectral Analysis<br />
SeongKyeong Photonics 33 info@skphotonics.com
Beam Alignment and<br />
Positioning Measurement<br />
www.mellesgriot.com<br />
Beam-Intensity Profilers<br />
and M 2 Measurement<br />
Photodiodes, Integrating Spheres,<br />
and Amplifiers<br />
<strong>Power</strong> and Energy <strong>Meters</strong><br />
Modular Detector Heads<br />
Detector Heads Quick Reference<br />
13 PDH 006 13 PDH 007 13 PDH 008 13 PDH 009 13 PDH 010 13 EDH 001 13 EDH 002<br />
Sensor Type Thermal Thermal Thermal Silicon Photodiode Germanium Photodiode Pyroelectric Pyroelectric<br />
Wavelength Range 190–11,000 nm 190–11,000 nm 300–3,000 nm 400–1,060 nm 800–1,550 nm 190–11,000 nm 150–1,100 nm<br />
<strong>Power</strong> Range 10 mW–10 W 100 mW–50 W 100 mW–1 W 10 nW–50 mW 10 nW–10 mW — —<br />
Resolution 1 mW 10 mW 10 mW 1 nW 1 nW 0.2 mJ 0.2 mJ<br />
Energy Range — — — — — 0.2 mJ–1J 0.2 mJ–1J<br />
Detector Diameter 19 mm 19 mm 19 mm 7.9 mm 5 mm 25 mm 25 mm<br />
1-W Broadband <strong>Power</strong> Detector Head<br />
$ Thermally-stabilized design<br />
$ Broadband: 300-nm to 11-mm spectral range<br />
$ High resolution to 10 mW<br />
$ Large area: 19-mm diameter<br />
The new 1-W broadband power detector is a thermally stabilized,<br />
amplified power detector which provides incredible measurement<br />
resolution and range. The detector, which includes a UV-grade<br />
quartz window, is ideally suited for laser diodes, diode bars and<br />
stacks, HeNe, HeCd, and small ion lasers.<br />
13 PDH 008 is compatible with both the 3-Sigma and<br />
FieldMax-TOP power and energy meters.<br />
49<br />
f19<br />
84<br />
SPECIFICATIONS:<br />
1-W BROADBAND POWER DETECTOR HEAD<br />
Wavelength Range: 300 nm–3 mm<br />
Maximum cw <strong>Power</strong>: 1 W<br />
Resolution: 10 mW<br />
Dynamic Range*: 15,000:1<br />
Thermal Drift**: 20 mW<br />
Maximum Average <strong>Power</strong> Density: 0.5 kW/cm 2<br />
Maximum Pulse Energy Density: 50 mJ/cm 2 , 10 ns pulse<br />
Response Time: 2 sec<br />
Detector Coating: Broadband with quartz filter window<br />
Detector Diameter: 19 mm (0.75 in.)<br />
Calibration Uncertainty: 81%<br />
Dimensions: 84 mm (3.3 in.) diameter, 49 mm (1.9 in.) thick<br />
Safety: CE compliant<br />
* Dynamic range is a function of max power over thermal drift,<br />
with a signal-to-noise ratio of 10:1.<br />
** Thermal drift is measured over 30 minutes.<br />
adjustable<br />
184-254<br />
1-W Broadband <strong>Power</strong> Detector Head<br />
PRODUCT NUMBER<br />
1-W Broadband <strong>Power</strong> Detector Head 13 PDH 008<br />
Spectral Analysis<br />
dimensions in mm<br />
13 PDH 008 detector head<br />
SeongKyeong Photonics 34 info@skphotonics.com
Beam Alignment and<br />
Positioning Measurement<br />
10-W Broadband <strong>Power</strong> Detector Head<br />
$ <strong>Power</strong> range from 10 mW to 10 W<br />
$ Wavelengh range from 0.19 to 11 mm<br />
$ 19-mm diameter thermopile detector<br />
13 PDH 006 is a thermopile detector designed for use with lowto<br />
medium-power pulsed and cw lasers, 10 mW to 10 W. It offers<br />
uniform spectral response from 190 nm to 11 mm.<br />
Unique <strong>Power</strong>Max coatings show excellent resistance to damage<br />
at up to 26 kW/cm 2 for cw lasers and up to 0.6 J/cm 2 for pulsed<br />
lasers such as Q-switched Nd:YAG.<br />
13 PDH 006 is compatible with both the 3-Sigma and<br />
FieldMax-TOP power and energy meters.<br />
SPECIFICATIONS:<br />
10-W BROADBAND POWER DETECTOR HEAD<br />
Wavelength Range: 190 nm–11 mm<br />
Maximum cw <strong>Power</strong>: 10 W<br />
Maximum Intermittent <strong>Power</strong> (
Beam-Intensity Profilers<br />
and M 2 Measurement<br />
Beam Alignment and<br />
Positioning Measurement<br />
50-W Broadband <strong>Power</strong> Detector Head<br />
$ Measure power from 100 mW to 50 W<br />
$ Wavelength range from 190 nm to 11 mm<br />
$ 19-mm-diameter thermopile detector<br />
101<br />
f19<br />
56<br />
Photodiodes, Integrating Spheres,<br />
and Amplifiers<br />
<strong>Power</strong> and Energy <strong>Meters</strong><br />
13 PDH 007 offers 100 mW to 50 W power measurement capability<br />
and is ideal for low- to medium-power cw and pulsed laser.<br />
This thermopile detector can measure the output power of lasers<br />
from the ultraviolet to the infrared. The coating is resistant to damage<br />
at up to 26 kW/cm 2 for cw lasers and up to 0.6 J/cm 2 for pulsed<br />
lasers.<br />
13 PDH 007 is compatible with both the 3-Sigma and<br />
FieldMax-TOP power and energy meters.<br />
SPECIFICATIONS:<br />
50-W BROADBAND POWER DETECTOR HEAD<br />
Wavelength Range: 190 nm–11 mm<br />
Maximum cw <strong>Power</strong>: 50 W<br />
Resolution: 10 mW<br />
Maximum Average <strong>Power</strong> Density: 26 kW/cm 2<br />
Maximum Pulse Energy Density: 0.6 J/cm 2 , 10-nsec pulse<br />
Response Time: 2 sec<br />
Detector Coating: Broadband<br />
Detector Diameter: 19 mm (0.75 in.)<br />
Calibration Uncertainty: 81%<br />
Dimensions: 101 mm (4.0 in.) diameter, 56 mm (2.2 in.) thick<br />
Safety: CE compliant<br />
adjustable<br />
201-271<br />
dimensions in mm<br />
13 PDH 007 detector head<br />
50-W Broadband <strong>Power</strong> Detector Head<br />
PRODUCT NUMBER<br />
50-W Broadband <strong>Power</strong> Detector Head 13 PDH 007<br />
Spectral Analysis<br />
50-W broadband power detector head<br />
SeongKyeong Photonics 36 info@skphotonics.com
Beam Alignment and<br />
Positioning Measurement<br />
High-Sensitivity<br />
Semiconductor Detector Heads<br />
$ Silicon and germanium detector types<br />
$ Broadband: 400 nm to 1.55 mm spectral range<br />
$ Fiber optic connector option<br />
Beam-Intensity Profilers<br />
and M 2 Measurement<br />
These semiconductor detector heads are available in two configurations:<br />
13 PDH 009 is a silicon detector head to use in the visible<br />
range (400–1064 nm), and 13 PDH 010 is a germanium detector<br />
head to use in the infrared range (800–1550 nm). Both detector<br />
heads are air cooled and are provided with a mounting base,<br />
adjustable-height post, and connecting cable. If the laser power<br />
exceeds the maximum limit for the visible and infrared sensors,<br />
then an optical attenuator must be used to allow measurements up<br />
to 5 W.<br />
13 PDH 009 and 13 PDH 010 are compatible with both the<br />
3-Sigma and FieldMax-TOP power and energy meters.<br />
adjustable<br />
108 - 171<br />
dimensions in mm<br />
28.7<br />
97<br />
0.75-32 TPI<br />
f7.9 vis<br />
13 PDH 009/010 detector heads<br />
6UV<br />
5IR<br />
54<br />
19<br />
0.25<br />
inch<br />
High-Sensitivity Semiconductor Detector Heads<br />
Maximum Detector Calibration<br />
High-sensitivity semiconductor detector heads<br />
Do you need . . .<br />
PROTECT YOUR POWER-DETECTOR HEAD<br />
Metallic neutral-density filter 03 FNG 069, with an<br />
optical density of 3.0, is ideal for use with<br />
high-power lasers. It will attenuate the laser beam<br />
input to avoid damage to the detector.<br />
• 0.1% optical transmission at 550 nm<br />
• Fused-silica substrate<br />
• 25-mm diameter<br />
For a complete listing of our<br />
metallic neutral-density<br />
filters, please go to<br />
optics.mellesgriot.com.<br />
Wavelength cw <strong>Power</strong> Resolution Detector Diameter Uncertainty Dimensions PRODUCT<br />
Range (nm) (mW) (nW) Type (mm) (%) (mm) NUMBER<br />
400–1060 50 1 Silicon 7.9 85 f29#54 13 PDH 009<br />
800–1550 10 1 Germanium 5 84.5 f29#54 13 PDH 010<br />
Photodiodes, Integrating Spheres,<br />
and Amplifiers<br />
<strong>Power</strong> and Energy <strong>Meters</strong> Spectral Analysis<br />
SeongKyeong Photonics 37 info@skphotonics.com
Beam Alignment and<br />
Positioning Measurement<br />
Beam-Intensity Profilers<br />
and M 2 Measurement<br />
Photodiodes, Integrating Spheres,<br />
and Amplifiers<br />
High-Damage-Threshold<br />
Energy Detector Heads<br />
The 13 EDH 001 and 13 EDH 002 high-damage-threshold<br />
energy detectors are a significant advance over large-area,<br />
black-painted detectors. They are faster, more sensitive, and more<br />
resistant to scratches and to laser damage across the spectrum, yet<br />
they maintain the desirable features of black paint—broad, flat<br />
spectral response, low reflectance, and good spatial uniformity.<br />
They are well suited for pulse energy measurements from 200 mJ to<br />
2 J, at repetition rates to 1000 pps.<br />
The 13 EDH 001 response is 200 nm to 11 mm. The 13 EDH 002<br />
is designed for the deep ultraviolet with response down to 150 nm.<br />
These detectors can make energy measurements without detector<br />
damage at fluence levels up to 265 mJ/cm 2 at 1064 nm. 13 EDH 001<br />
and 13 EDH 002 detectors are compatible with both the 3-Sigma<br />
and FieldMax-TOP power and energy meters.<br />
SPECIFICATIONS:<br />
HIGH-DAMAGE-THRESHOLD ENERGY DETECTOR HEADS<br />
Energy Range: 0.2 mJ–1 J<br />
Maximum Average <strong>Power</strong>: 5 W<br />
Typical Response: 15 V/J<br />
Maximum Repetition Rate:<br />
13 EDH 001: 1000 pps<br />
13 EDH 002: 400 pps<br />
Maximum Pulse Width:<br />
13 EDH 001: 15 msec<br />
13 EDH 002: 80 msec<br />
Detector Diameter: 25 mm (1.0 in.)<br />
Calibration Uncertainty: 83%<br />
Dimensions: 58 mm (2.3 in.) diameter, 14 mm (0.6 in.) thick<br />
Safety: CE compliant<br />
16<br />
f25<br />
<strong>Power</strong> and Energy <strong>Meters</strong><br />
dimensions in mm<br />
76<br />
adjustable<br />
158-210<br />
13 EDH 001/002 energy detector heads<br />
High-damage-threshold energy detector head<br />
High-Damage-Threshold Energy Detector Heads<br />
Spectral Analysis<br />
Wavelength Calibration Wavelength PRODUCT<br />
Description Range (nm) Detector Coating (nm) NUMBER<br />
High-Damage-Threshold Energy Detector 190–11,000 MaxBlack 1064 13 EDH 001<br />
High-Damage-Threshold UV Energy Detector 150–1,100 Max UV 193 13 EDH 002<br />
SeongKyeong Photonics 38 info@skphotonics.com
<strong>Handheld</strong> <strong>Power</strong><br />
<strong>Meters</strong><br />
www.mellesgriot.com<br />
Beam Alignment and<br />
Positioning Measurement<br />
LaserCheck and dBCheck handheld power and energy<br />
meters are small, inexpensive, lightweight, and self-contained instruments<br />
which can be easily carried in a pocket or stored in a tool kit.<br />
The measurements are rapid and are displayed on a clear LCD display.<br />
<strong>Handheld</strong> power meters can take up to 10 consecutive measurements<br />
before cooling is necessary. The LaserCheck is intended<br />
for use with open beams. The dBCheck is designed specifically for<br />
measuring the output through fiber-optic cables.<br />
LaserCheck <strong>Handheld</strong><br />
Laser <strong>Power</strong> Meter<br />
This LaserCheck handheld laser power meter is ideal for spot<br />
measurements of laser power where continuous readout is not<br />
required.<br />
$ Ideal field-service tool<br />
$ Small, lightweight, self-contained<br />
$ Can be stored in a pocket or a tool kit (case provided)<br />
$ 0.5 mW to 1W (built-in attenuator)<br />
$ Autoranging and auto-off<br />
$ 85% accuracy<br />
$ 400–1064 nm spectral range<br />
$ Three-digit LCD display and over-range beep<br />
The meter is microprocessor controlled to allow autoranging,<br />
peak sample and hold, and wavelength-corrected calibration. The<br />
unique, rugged, ergonomic design allows simple, single-button<br />
power measurements in confined spaces.<br />
In operation, the user selects and then sets the wavelength<br />
(increase/decrease buttons), selects the power, and centers the<br />
8-mm-diameter aperture in the beam. Pressing the Sample/Hold button<br />
initiates the two-second measurement cycle. The measured<br />
power is displayed for ten seconds, after which the unit automatically<br />
shuts down to conserve battery life.<br />
If the detector is overloaded, a beep tone will be heard. If the<br />
attenuator was not in place, slide it over the aperture and remeasure.<br />
SPECIFICATIONS:<br />
LaserCheck HANDHELD LASER POWER METER<br />
Measurement Specifications:<br />
Calibrated Spectral Range: 400–1064 nm<br />
<strong>Power</strong> Range:<br />
0.5 mW–10 mW (no attenuator)<br />
50 mW–1 W (with attenuator)<br />
Ranges Displayed: 9.99 mW–999 mW: 5-decade autoselect<br />
Minimum Detectable <strong>Power</strong>: 0.5 mW<br />
Minimum <strong>Power</strong> Resolution: 0.1 mW or 0.1% of range<br />
Response Time: 2-sec measurement cycle<br />
Calibration: 85% NIST traceable<br />
Detector Type:<br />
Silicon photodiode, 8-mm-diameter aperture<br />
Maximum cw <strong>Power</strong> Density:<br />
0.5 W/cm 2 without attenuator<br />
30 W/cm 2 with attenuator<br />
Slide-in Attenuator: 1-mm-thick NG-10 Schott filter glass<br />
Display:<br />
Type: 3-digit LCD<br />
<strong>Power</strong> Display: 3 digit with mW/mW indicator<br />
Wavelength Display:<br />
400 to 999 (for 400–999 nm)<br />
(000 to 064 for 1000–1064 nm)<br />
Display Time: 10 sec with auto power-down<br />
Audible Over-Range Indication: Beep tone<br />
<strong>Power</strong> Input:<br />
Internal Lithium Cell: Factory replaceable<br />
Battery Life: 180,000 measurements at 12 sec per sample<br />
Dimensions:<br />
24#20#168 mm (0.92#0.78#6.59 in.)<br />
Weight: 44 g (1.54 oz)<br />
Storage/Protection Case: Standard<br />
Safety: CE compliant<br />
LaserCheck <strong>Handheld</strong> Laser <strong>Power</strong> Meter<br />
PRODUCT NUMBER<br />
LaserCheck <strong>Handheld</strong> Laser <strong>Power</strong> Meter 18 LAB 250<br />
Beam-Intensity Profilers<br />
and M 2 Measurement<br />
Photodiodes, Integrating Spheres,<br />
and Amplifiers<br />
<strong>Power</strong> and Energy <strong>Meters</strong> Spectral Analysis<br />
1 5.11<br />
SeongKyeong Photonics 39 info@skphotonics.com
Beam Alignment and<br />
Positioning Measurement<br />
Beam-Intensity Profilers<br />
and M 2 Measurement<br />
sensor<br />
digital readout<br />
selection<br />
switch<br />
The handheld fiber power meter is easy to use. To initiate a measurement,<br />
just press the Sample/Hold button for two seconds. The<br />
unit will continue to sample until the Sample/Hold button is released,<br />
at which time the last recording will be held for 18 seconds before<br />
automatically powering off. This handheld power meter comes<br />
ready to use with a long life battery, pocket clip, operating instructions<br />
and storage case.<br />
Photodiodes, Integrating Spheres,<br />
and Amplifiers<br />
<strong>Power</strong> and Energy <strong>Meters</strong><br />
Spectral Analysis<br />
dimensions in mm<br />
5.12 1<br />
sample/hold button<br />
167<br />
wavelength<br />
adjust<br />
LaserCheck and dBCheck handheld power meters<br />
dBCheck <strong>Handheld</strong><br />
Fiber <strong>Power</strong> Meter<br />
$ Small, lightweight, self-contained<br />
$ Integrated sensor<br />
$ 460 dBm (1 nW) to 3 dBm (2 mW)<br />
$ 3-digit LCD display<br />
$ 85% calibrated accuracy from 850 to 1700 nm<br />
The dBCheck handheld fiber power meter is designed specifically<br />
to measure the output of fiber optic cables having ST, FC or<br />
SC types of connectors with a ferrule diameter of 2.5 mm. This<br />
compact meter can be easily stored in a pocket or tool kit. This<br />
handheld fiber power meter is microprocessor controlled with wavelength<br />
correction. It is calibrated using NIST traceable standards<br />
and has a measurement range of 460 dBm (1 nW) to 3 dBm<br />
(2 mW) with 85% accuracy from 850 nm to 1700 nm. All measurements<br />
are displayed on a clear 3-digit LCD display with a<br />
display indicating mW, mW, or dBm power measurement.<br />
SPECIFICATIONS:<br />
dBCheck HANDHELD FIBER POWER METER<br />
Sensor Type: InGaAs Cell<br />
Spectral Response: 850–1700 nm<br />
Accuracy: 85% (80.3 dB)<br />
Maximum cw <strong>Power</strong>: 3 dBm (2 mW)<br />
Minimum Detectable <strong>Power</strong>: 460 dBm (1 nW)<br />
Minimum <strong>Power</strong> Resolution: 0.1 dB (1 nW)<br />
Aperture Size: 1.0 mm<br />
Fiber Ferrule Diameter: 2.5 mm<br />
Fiber Connector Compatibility: ST, FC, and SC types<br />
Measurement Display: 3-digit LCD with power unit indicator<br />
Display <strong>Power</strong> Indicator: mW, mW, and dBm<br />
Update Rate: 3 Hz<br />
Wavelength Selection Display:<br />
850 to 999 (for 850–999 nm)<br />
4000 to 4700 (for 1000–1700 nm)<br />
<strong>Power</strong> On Delay (time to first sample): 2 sec<br />
Display Hold Time: 18 sec<br />
Battery Life (approx):<br />
1000 hr (180,000 measurements at 20 sec/sample)<br />
Dimensions:<br />
24#20#168 mm (0.92#0.78#6.59 in.)<br />
Safety: CE compliant<br />
dBCheck <strong>Handheld</strong> Fiber <strong>Power</strong> Meter<br />
PRODUCT NUMBER<br />
dBCheck <strong>Handheld</strong> Fiber <strong>Power</strong> Meter 18 LAB 252<br />
SeongKyeong Photonics 40 info@skphotonics.com