27.01.2015 Views

ORION EM G

ORION EM G

ORION EM G

SHOW MORE
SHOW LESS
  • No tags were found...

Create successful ePaper yourself

Turn your PDF publications into a flip-book with our unique Google optimized e-Paper software.

.,. ,, ,. '<br />

ELECTRONIC LOGIC CIRCUITS<br />

The various logic circuit series are suitable for the construction of automatic digital<br />

control systems and data processing equipment. The modules include no moving<br />

parts, performing the switching functions solely by means of semiconductors. The<br />

modules have long service life practically independent of the number of switching.<br />

Their outstanding characteristics are high speed of operation, low probability of<br />

breakdown, low power consumption, little space requirement. The modules require<br />

no maintenance.<br />

: DS -1000 Logic circuit series General specification of the EDS-1000 series:<br />

In series EDS-1000 the logic circuits are produced in the form<br />

of "p.c. card" modules. Each module cont ains several independent<br />

circuits realizing identical logical function. The modules are<br />

mounted on single-face or double-face printed ci rcuits boards.<br />

The standard 130 x 165 mm modules are fitted with anodized<br />

aluminium frames. The modules may be plugged in various rack<br />

cabinets or stands.<br />

The selection of t he EDS-1000 modules is the following: inverters,<br />

D, DD, Dl, DDI-Iogics, flip-flops, counters, indicators, emitterfollower,<br />

power-amplifiers, matrices, phase maintaining amplifier:>,<br />

delay units, generators, integrator and special units.<br />

rated logic voltage levels<br />

level ''1":<br />

level "0" :<br />

pulse repetition rate :<br />

operating temperature range:<br />

supply voltages :<br />

- 3 v<br />

ov<br />

max. 100 kc/s<br />

- 20 °C to +55 °C<br />

-15 V; -3 V;<br />

+ 10 v ± 5%<br />

Stabilized power supply suitable for the operation of the modules<br />

:<br />

EDS-1971 ( - 15 V, 1.5 A; -3 V, 1.2 A; + 10 V, 0.3 A)

Hooray! Your file is uploaded and ready to be published.

Saved successfully!

Ooh no, something went wrong!