PICOLAS LDP-VRM 045-12 CA Скачать руководство пользователя страница 6

6

 

Required Laser Diode Pinout

 

The LDP-VRM 045-12 CA is designed for a direct connection to almost all kinds of laser 
diodes. Be careful to consider the polarity of the laser diode and connect it correctly to the 
driver. 
 
 

Power Driver Block Diagram 

 

 

Description of the Connectors 

Connector 

Function 

 

#1 

Power connector 

Screw terminal 

#2 

Jumper 

Analog / Digital 

#3 

Current monitor 

Scale 100 mV / A 

#4 

LD connector 

Screw terminal 

 
 

Power Supply (#1) and absolute maximum Ratings 

Pin of conn. #3 

Allowed range 

Best performance 

Destroying limit 

1 VCC (laser 

supply) 

12 V .. 24 V 

3 V (above 

compliance) 

25 V 

2 GND 

3 Input terminal 

0 V .. 5 V 

< -0.3 V; >+ 5.3 V 

Содержание LDP-VRM 045-12 CA

Страница 1: ...User Manual PicoLAS GmbH Burgstr 2 52146 Würselen Germany Phone 49 0 2405 64594 60 Fax 49 0 2405 64594 61 E mail info picolas de Web www picolas de Rev 1911 LDP VRM 045 12 CA ...

Страница 2: ... Dos and Don ts 3 How to get started 5 Required Laser Diode Pinout 6 Power Driver Block Diagram 6 Connectors 6 Power Supply 1 and absolute maximum Ratings 6 Input 1 7 Jumper 2 7 Current Monitor 3 7 Potentiometer for Bias and Scaling 7 Test Load 7 Power Dissipation 7 Mechanical Dimensions 7 ...

Страница 3: ...e below zero GND and beyond VCC resp 5 V TTL VCC limit see table in section Power Supply 1 Peak output current 5 0 A Operating temperature range 0 C 60 C Best performance operating temperature range 10 C 35 C Storage temperature range 20 C 70 C Dos and Don ts Never ground any output connector Never use any grounded probes at the output Do not connect your oscilloscope to the output Driver and the ...

Страница 4: ...4 ...

Страница 5: ...enerator to input terminal no pulse before enabling power supply See all section discussing input connector 2 4 Enable the power source 5 Adjust scaling and bias See potentiometer for scaling a bias 6 Feed a signal on the input terminal For example 1 kHz sine wave with 1 V amplitude Make sure not to overload the laser diode or the driver Range of input signal 0 V 5 V 7 Monitor the current output T...

Страница 6: ...he driver Power Driver Block Diagram Description of the Connectors Connector Function 1 Power connector Screw terminal 2 Jumper Analog Digital 3 Current monitor Scale 100 mV A 4 LD connector Screw terminal Power Supply 1 and absolute maximum Ratings Pin of conn 3 Allowed range Best performance Destroying limit 1 VCC laser supply 12 V 24 V 3 V above compliance 25 V 2 GND 3 Input terminal 0 V 5 V 0 ...

Страница 7: ... to increase the bias current The scaling potentiometer sets the scaling for the input signal Turn it clockwise to increase the scale from 0 A V to 0 5 A V Test Load For the first verification an appropriate test load may be assembled instead of the laser diode This test load can either be a short circuit or a schottky diode like the ES3C Please connect the test load only between anode and cathode...

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