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Pockels Cell Drivers
Product description：
CASTECH provides drivers to complement our Pockels cell series. When receiving a certain frequency trigger signal, Pockels cell driver will generate a high voltage with same frequency. By working with a signal generator, the driver is suitable for industrial integration, and can also be controlled by computer (USB to RS-232), which is convenient for scientific research institutes and industrial users to operate intelligently. CASTECH's Pockels cells driver is compatible with the KD*P Pockels cells at low repetition frequency and the BBO Pockels cells at high repetition frequency(~1MHz),the minimum pulse width can reach ~20 ns (PCDH series). The waveform can be positive, negative, and square. CASTECH provides customized services.
Applications：
● BBO Pockels cells
● KD*P Pockels cells
● Pulse picker
Typical positive waveform Typical square waveform
Correspondence diagram of maximum voltage and maximum repetition frequency
Products
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Pockels Cell Drivers
- CASTECH provides drivers to complement our Pockels cell series. When receiving a certain frequency trigger signal, Pockels cell driver will generate a high voltage with same frequency.
-
Product description：
CASTECH provides drivers to complement our Pockels cell series. When receiving a certain frequency trigger signal, Pockels cell driver will generate a high voltage with same frequency. By working with a signal generator, the driver is suitable for industrial integration, and can also be controlled by computer (USB to RS-232), which is convenient for scientific research institutes and industrial users to operate intelligently. CASTECH's Pockels cells driver is compatible with the KD*P Pockels cells at low repetition frequency and the BBO Pockels cells at high repetition frequency(~1MHz),the minimum pulse width can reach ~20 ns (PCDH series). The waveform can be positive, negative, and square. CASTECH provides customized services.
Applications：
● BBO Pockels cells
● KD*P Pockels cells
● Pulse picker
Typical positive waveform Typical square waveform
Correspondence diagram of maximum voltage and maximum repetition frequency
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Integrated Driver Model Number：PCD-mv-f-t-h |
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Working Mode(m) |
Maximum Voltage(v) |
Maximumn Repetition Frequency(f) |
Trigger Mode(t) |
Control Mode(c) |
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S (Square) |
5 (5 kV) |
1 (1 kHz) |
E (External) |
N (None) R (USB to RS-232) |
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Split Driver Model Number：PCDH-mv-f-t-h |
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Working Mode(m) |
Maximum Voltage(v) |
Maximumn Frequency(f) |
Trigger Mode(t) |
Control Mode(c) |
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P (Positive) N (Negative) S (Square) |
2 (2 kV) |
1000 (1000 kHz) |
E (External) |
N (None) |
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4 (4 kV) |
100 (100 kHz)* 500 (500 kHz) |
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7 (7 kV) |
100 (100 kHz) |
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8 (8 kV) |
1 (1 kHz) |
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* Only applicable to positiver/negative mode
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Typical Specifications |
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Working Mode |
Pulse Amplitude |
Maximum Frequency |
Pulse Width |
High Voltage Source |
Rise Time |
Fall Time |
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Square |
4 kV |
20 kHz |
200 ns~DC |
Build-in |
≤10 ns |
≤10 ns |
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Positive |
4 kV |
100 kHz |
- |
External |
≤10 ns |
- |
|
Negative |
4 kV |
100 kHz |
- |
External |
- |
≤10 ns |
|
Square |
4 kV |
500 kHz |
25 ns~10 μs |
External |
≤10 ns |
≤10 ns |
|
Square |
5 kV |
300 kHz |
25 ns~10 μs |
External |
≤10 ns |
≤10 ns |
|
Square |
8 kV |
1 kHz |
35 ns~10 μs |
External |
≤20 ns |
≤20 ns |
Housing dimensions(mm)：
PCDH series
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