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DC-DC converter AVP/Ks, …/Ksl, …/Ksp Output power up to 78 Watts

DC-DC converter AVP/Ks, …/Ksl, …/Ksp Output power up to 78 Watts

DC-DC converter AVP/Ks, …/Ksl, …/Ksp Output power up to 78 Watts

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Drawings<br />

Dimensions in mm<br />

Tolerance: general ±1mm<br />

<strong>AVP</strong>/<strong>Ks</strong><br />

103,5<br />

3,25 97<br />

Connec<strong>to</strong>r:<br />

Phoenix MSTB 2,5/6-ST-5,08<br />

Wire cross section max 2,5mm²<br />

<strong>AVP</strong>/<strong>Ks</strong>p<br />

103,5<br />

3,25 97<br />

Hole diameter 3,6mm, suitable for thread<br />

rolling screws M4 according <strong>to</strong> DIN 7500<br />

4,75 27<br />

113<br />

Minimum distance from electrical conductive parts 5mm<br />

Base Plate<br />

35<br />

1.5<br />

27<br />

4,75<br />

5 35<br />

^<br />

3.5<br />

15<br />

46<br />

Hole Pattern Component Side <strong>AVP</strong>/<strong>Ks</strong>p<br />

10,7<br />

R+<br />

R-<br />

+Vin<br />

+Vout<br />

-Vout<br />

TR<br />

EN<br />

-Vin<br />

1,5<br />

+Vout<br />

+Vin<br />

EN<br />

-Vout<br />

ADJ TR -Vin<br />

25,4<br />

<strong>AVP</strong>/<strong>Ks</strong><br />

<strong>AVP</strong>/<strong>Ks</strong>l<br />

103,5<br />

<strong>AVP</strong>/<strong>Ks</strong>p<br />

7,62<br />

81,28<br />

15,24<br />

5,08<br />

3,25 97<br />

4,75 27<br />

128.5<br />

1.5 35<br />

Connec<strong>to</strong>r<br />

and allocation<br />

like <strong>AVP</strong>/KS<br />

Operating<br />

instructions<br />

Installation: The <strong>converter</strong>s have <strong>to</strong> be installed according <strong>to</strong> the guidelines currently in force, like other open<br />

electronic component assemblies. Attention must be paid <strong>to</strong> sufficient ventilation, fastening and protection<br />

against accidental contact! The mounting surface has <strong>to</strong> be even with a thermal resistance as described under<br />

“Specifications”. If more than one <strong>converter</strong> is mounted on the same mounting surface the thermal resistance<br />

has <strong>to</strong> be divided by the quantity of <strong>converter</strong>s used. The base plate has <strong>to</strong> be grounded by using thread rolling<br />

screws M 4 according <strong>to</strong> DIN 7500.<br />

Reverse polarity protection: If reverse polarity connection of the input voltage can not be excluded, an external<br />

time-lag fuse must be installed. Size: I rat = 1,5 x I in max (max. 16 A). Pay attention on sufficient current of current<br />

source in case of short-circuit.<br />

Excess temperature protection: In case temperature exceeds 101°C, typ. 105°C, (due <strong>to</strong> inadmissible<br />

operation conditions) the output voltage is au<strong>to</strong>matically switched off and restarted after cooling down about<br />

10 K.<br />

Overvoltage protection: Externally or internally caused overvoltage at the output leads <strong>to</strong> a thyris<strong>to</strong>r-controlled<br />

short-circuit and shutdown of the output. After elimination of the overvoltage the output voltage restarts<br />

au<strong>to</strong>matically.<br />

External shut down (EN): U < 0,8 V at pin “INH“ <strong>to</strong> pin -U in switches off the output. I source 500µA.<br />

Current limiting: I out lim = 1,1...1,2 I out nom. At more than 1,5 I out nom, the output switches off and restarts<br />

au<strong>to</strong>matically latest after 1s of elimination of the overload.<br />

Tracking operation: If the TR pins of two or more <strong>converter</strong>s are connected, the output voltages in case of<br />

short-circuit or overload go synchronously down.<br />

Adjustment: Connection of the pins “ADJ“ and “-U out” for the <strong>AVP</strong>/<strong>Ks</strong>p modules or inserting a wire <strong>to</strong> “R+” for<br />

the <strong>AVP</strong>/<strong>Ks</strong>, …/<strong>Ks</strong>l modules increases the output voltage of about 8%. Intermediate values are obtained by<br />

means of a resis<strong>to</strong>r. By connecting “ADJ” and “+U out” pins for the <strong>AVP</strong>/<strong>Ks</strong>p by means of a resis<strong>to</strong>r i.e. adding a<br />

resis<strong>to</strong>r for “R-” for the <strong>AVP</strong>/<strong>Ks</strong>, …/<strong>Ks</strong>l ensure that the output may be lowered by max. 8%.<br />

09.08 09 39 00 3001 1 E Page 2<br />

Specifications subject <strong>to</strong> change without notice

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