3
www.eksmaoptics.com
Table 3.
Technical specifications
Parameter
Value(s)
DPB-10-4.2
(
-Al
)
DPB-5-5.5
(
-Al
)
Maximum output pulse amplitude (HV),
kV
4.2
at 2.2 kV HV supply
5.5
at 2.8 kV HV supply
Minimum output pulse amplitude (HV),
kV
1
±1.4
Maximum HV consumption (DPB load = 6 pF),
W
5
Polarity output
Bipolar
External triggering input
1 or 2 pulses
Maximum capacity load at maximal repetition
rate and HV supply voltage,
pF
2
12
6 for
– AI
models
HV pulse rise/fall time,
ns
(HV load=6pF)
<6/6
<7/7
HV pulse duration,
ns
30…3000
Maximum HV repetition rate,
kHz
10
5
HV pulse delay,
ns
~30
External triggering pulse amplitude @50
W
load,
V
2…6
External triggering pulse rise time,
ns
<10
External triggering pulse duration for 2-input
control mode,
ns
>20
External triggering pulse delay between IN1
and IN2 for 2 input control mode or IN1 pulse
duration in 1- input control mode ,
ns
30…3000
Low voltage DC requirements
15…25 V, 150 mA
or
12 V, 200 mA
DC Connectors
Molex Micro-Fit 3.0
Dimensions,
mm
See figure(s) in C
HAPTER
3
D
EVICE
L
AYOUT
140×60×29 (without HV supply)
151×71×52 (with HV supply)
192×81×75 (
-Al
)
Weight,
g
70 (without HV supply)
200 (with HV supply)
480 (
-Al
)
1
Minimal voltage limit can be switched off, see C
HAPTER
5
Specifications
.
2
Voltage or repetition rate derating is necessary if capacitance of your Pockels cell is higher. Contact
Eksma Optics for suggestions.
Summary of Contents for DPB-10-4.2
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Page 16: ...12 www eksmaoptics com Figure 8 Input circuit of driver ...
