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Chapter 4   S

A F E T Y

 

Equipment is designed to be safe under normal environmental conditions according to 
1.4.1.  61010-1@IEC:2010  (Safety  requirements  for  electrical  equipment,  control  and 
laboratory use): 

a)  indoor use; 
b)  altitude up to 2000 m; 
c) 

temperature 5ºC to 35˚C; 

d) 

maximum  relative  humidity  80%  for  temperatures  up  to  31ºC  decreasing 
linearly to 50% relative humidity at 35ºC; 

e)  POLLUTION  degree  1:  no  POLLUTION  or  only  dry,  non-conductive 

POLLUTTION occurs. 
 

Warning: 
The safety of the system incorporating driver and HV power supply is the 
responsibility of the assembler of the system. 

Operating  the  driver  is  allowed  to  persons  acquainted  with  the  operation  manual  and 
having permission to deal with voltages over 1000 V. 

Do not remove unit covers while power cable is connected to the mains (if applicable). 

Do  not  touch  any  parts  of  the  system  when  high  voltage  is  applied,  as  it  may  cause 
human injuries or death. 

Do not operate the unit until it is 

grounded

 and the load is connected. 

Do not use the unit if any defects have been detected

Summary of Contents for DQ-100-4

Page 1: ...DQ 100 4 High Voltage Driver Technical Description 2021 Lithuania ...

Page 2: ...www eksmaoptics com ...

Page 3: ... 2 SERVICE CONTACT INFORMATION 1 CHAPTER 2 SPECIFICATIONS 2 2 1 GENERAL INFORMATION 2 2 1 1 Model 2 2 1 2 Main Components 2 2 2 TECHNICAL SPECIFICATIONS 2 CHAPTER 3 DEVICE LAYOUT 3 CHAPTER 4 SAFETY 5 CHAPTER 5 QUICK START GUIDE 6 CHAPTER 6 IMPORTANT NOTES 8 ...

Page 4: ...ING AND DIMENSIONS OF THE DRIVER 3 FIGURE 2 TOP VIEW OF THE DRIVER 4 FIGURE 3 INPUT CIRCUIT OF DRIVER 7 FIGURE 4 CONTROL TIMING CHARTS 7 LIST OF TABLES TABLE 1 MAIN COMPONENTS 2 TABLE 2 TECHNICAL SPECIFICATIONS 2 TABLE 3 PORTS SEEN IN TOP VIEW OF THE DRIVER 4 ...

Page 5: ... shipment date Any evidence of improper use or unauthorized attempts at repair leads to warranty cancellation In case of service required or any questions on warranty please notify EKSMA OPTICS c o EKSMA Optics UAB Mokslininku Str 11 LT 08412 Vilnius Lithuania Phone 370 5 272 99 00 Fax 370 5 272 92 99 E mail info eksmaoptics com Website www eksmaoptics com ...

Page 6: ...V 4 Maximum HV consumption HV load 6 pF W 36 Polarity Positive HV pulse rise time ns 7 HV pulse fall time us 2 HV pulse duration ns 180 Maximum HV repetition rate kHz 100 HV pulse delay ns 35 External triggering pulse amplitude 50 load V 3 5 5 External triggering pulse rise time ns 20 External triggering pulse duration ns 100 1000 Low voltage DC requirements 9 25 V 150mA Connector for DC power sup...

Page 7: ...3 Chapter 3 DEVICE LAYOUT Figure 1 Outline drawing and dimensions of the driver ...

Page 8: ...en in top view of the driver Port 1 Connector for DC power suppling and HV driving 1 1 Pin1 SYNC IN input 1 2 Pin2 GND 1 3 Pin3 DC power input 1 4 Pin4 N C 1 5 Pin5 GND 2 1 HV pulse output pin OUT 2 2 GND output pin 3 1 HV Power input pin 3 2 GND input pin from HV supply ...

Page 9: ... dry non conductive POLLUTTION occurs Warning The safety of the system incorporating driver and HV power supply is the responsibility of the assembler of the system Operating the driver is allowed to persons acquainted with the operation manual and having permission to deal with voltages over 1000 V Do not remove unit covers while power cable is connected to the mains if applicable Do not touch an...

Page 10: ...ce EMI Please ensure proper wiring and grounding to avoid problems caused by interference The best solution to minimize EMI is to mount the driver and the HV power supply on the metal body of the laser The driver base plate must have very good contact with the ground wire of the HV power supply such as the four mounting holes on the edges of the board If the EMI level is still very high attempt mo...

Page 11: ...7 After the generator output voltage is measured remove the 50 load and provide synchronization pulses to the driver Figure 3 Input circuit of driver Figure 4 Control timing charts ...

Page 12: ...the 1 M input Then the isolated 1 10 divider should be slowly and carefully moved towards the hot output wire When the probe is 10 mm away from the hot output wire the pulse shape should appear in the oscilloscope amplitude should be several volts Do not place the probe too close to the hot output wire a discharge may start and damage the driver This measurement method is not suitable for measurin...

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