DQF Pockels Cell Driver for Q-Switching for Flashlamp Pumped Lasers
DQF series drivers are designed for Q-switching of nanosecond flashlamp pumped lasers without use of phase retardation plates. High voltage is applied to Pockels cell in order to inhibit oscillation. Pockels cell is… Read more →
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Product
| SKU | Product Type | Maximum Operating Voltage | Maximum HV Repetition Rate | Pulse duration | HV pulse fall time, max | HV power supply | |
|---|---|---|---|---|---|---|---|
| DQF-0.1-8D | OEM PC Driver DQF | 7.5 kV | 100 Hz | 650000 ns - 650000 ns | 12 ns | Integrated |
Out of stock
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| DQF-0.2-5D | OEM PC Driver DQF | 5.0 kV | 250 Hz | 300000 ns - 300000 ns | 15 ns | Not included |
Out of stock
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Specifications
| Product Type | OEM PC Driver DQF |
| Trigger signal configuration | 1 |
Description
DQF series drivers are designed for Q-switching of nanosecond flashlamp pumped lasers without use of phase retardation plates. High voltage is applied to Pockels cell in order to inhibit oscillation. Pockels cell is opened by negative polarity pulse allowing laser to radiate.
Driver DFQ-0.2-5D needs an external HV power supply, PS-5 model is recommended.
Driver DFQ-0.1-8D is integrated with 4 kV HV power suppliy. High voltage can be controlled either by onboard trimmer potentiometer or by using CAN interface. We suggest CAN-USB converter with CAN browser software for Windows operating system. CAN browser can be kept disconnected after proper voltage value is set.
* Keep safety distance at least 5 mm from any side of board or any component to surrounding conductive parts.