HIGH VOLTAGE POCKELS CELL DRIVER

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HIGH VOLTAGE POCKELS CELL DRIVER

FDS Series – Benchtop or rack mounted pulse generators for convenient laboratory applications. Key advantages of Pockels cell drivers based on FID technology: All OEM designs can be built to the desired form factor and mounting requirements. Pockels Cell Drivers Operation of Pockels cells requires special pulses with the amplitude from hundreds of volts to tens of kilovolts and pulse duration from hundreds of picoseconds to hundreds of nanoseconds. Ideal for pulse selection and ultrafast laser regenerative amplifier designs up to 2.

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FID GmbH is offering several types of Pockels cell drivers which have similar technical specifications, triggering and power systems.

The QDP-drive produces a double-pulse waveform that holds off lasing during flash lamp operation and pulses the Pockels cell at peak gain inversion— when laser output is at maximum — then applies voltage again to turn the Pockels cell off and prevent additional laser pulses from being emitted.

All OEM designs can be built to the desired form factor and mounting requirements. FDS Pockels cell drivers Reference models.

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FDG – Pulsers for pcokels capacitance Pockels cells, including cells with plasma electrodes. Offering both a fast rise and fall time, it allows laser pulses to be injected into or coupled out of an amplifier cavity quickly.

Contact us now to discuss your next project. Ideal for pulse selection and ultrafast laser regenerative amplifier designs up to 2. A special series of Pockels cell drivers allow paired operation into a single Pockels cell. The design was conceived hogh minimize the time that the Pockels cell is exposed to high differential voltages and eliminate electrochemical degradation of the crystal, extending its useful life.

Pockels Cell Drivers | Gooch & Housego

These pulsers are designed to control the performance of Pockels cells with a capacitance from 1 pF to up to pF or to carry the Ohm resistive load. Our Pockels cell drivers include the Q-series Q-switch drivers and R-series regenerative amplifier drivers. High quality components are integrated into our designs to maximize lifetime, safety, and reliability. Key advantages of Pockels cell drivers based on FID technology: It has been designed for high noise immunity and optimum signal integrity.

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Options for enhanced reliability include complex voltage traces to avoid crystal degradation, custom triggering logic with precisely controlled delays to prevent damage and custom interfaces for remote control. Q-switch drivers provide a fast rise time followed by a longer decay time. Pockels Cell Drivers Operation of Pockels cells requires special pulses with the amplitude from hundreds of volts to tens of kilovolts and pulse duration from hundreds of picoseconds to hundreds of nanoseconds.

Operation of Pockels volfage requires special pulses with the amplitude from hundreds of volts to tens of kilovolts and pulse duration from hundreds of picoseconds to hundreds of nanoseconds. FDS Series – Benchtop or rack mounted pulse generators for convenient laboratory applications.

Regenerative amplifier drivers have a square pulse with a fast rise and fall time, adjustable pulse width and may be operated to kHz or more.