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PP-KIT electronics for pulse picker, developer kit
pplications
- Pulse picking, electronics for pulse picker
- Regenerative amplifier control
Contents
- One synchronization board
- One or two or high voltage high repetition rate Pockel cell drivers
- PC software
- Auxiliary power supplies, interconnection cables etc.
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Q-switch Driver PCD-03 Series
Generation of quasi-rectangular High Voltage Pulses for the control of Electro-Optical Q-switches (Pockels Cells) in a Solid-State Laser.
Distinctive Features
- High-Voltage Pulse is formed by a symmetrical, bi-polar output in «Switch-on» Operational mode;
- Low-voltage DC supply required (12V+/-10%);
- Built-in, pulsed HV-Source;
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Q-switch Driver PCD-04
Generation of quasi-rectangular, High-Voltage Pulses for the control of E-O Q-switches (Pockels Cells) in a Solid-State Laser.
Driver can be used for ultrafast optical beam modulation and deflection, control of laser regenerative amplifiers and pulse pickers.
Distinctive Features
- High-Voltage Pulse is formed by a symmetrical, bi-polar output in «Switch-on» Operational mode;
- HV amplitude up to 6kV;
- Nanosecond rise and fall times;
- Controlled pulse duration;
- Pulse jitter is less than 500 psec;
- Built-in pulsed high voltage source;
- Pulse amplitude adjustment by trimmer or external analog signal;
- Trigger pulse 5 V, impedance 50 Ω;
- Pulse repetition rate up to 1000 Hz;
- Excellent pulse-to-pulse stability.
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Q-switch Driver PCDA4-01
Generation of quasi-rectangular High Voltage Pulses for the control of Electro-Optical Q-switches (Pockels Cells) in a Solid-State Laser.
Distinctive Feature
- Positive High-Voltage Pulse – «Switch-on» Operational mode;
- Low-voltage DC supply required (5 ÷ 12V);
- Built-in, pulsed HV-Source;
- Adjustment of a high-voltage pulse either directly on the board (through built-in potentiometer) or remotely;
- TTL input signal required (5-12V);
- Highly reliable topology;
- Ultra-compact size – can be used for actively Q-switched, hand-held Q-switched laser heads.
- Low-Jitter.
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Q-switch Driver PCDA4-02
Generation of quasi-rectangular High Voltage Pulses for the control of Electro-Optical Q-switches (Pockels Cells) in a Solid-State Laser.
Distinctive Features
- High-Voltage Pulse is formed by a symmetrical, bi-polar output in «Switch-on» Operational mode;
- Low-voltage DC supply required (5÷7V);
- Built-in, pulsed HV-Source;
- Adjustment of a high-voltage pulse either directly on the board (through built-in potentiometer) or remotely;
- Significantly reduced electro-magnetic noise;
- TTL input signal required (3÷12V).
- Highly reliable topology;
- Ultra-compact size – can be used for actively Q-switched, hand-held laser heads.
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QBD-BT-series Pockels Cell Drivers
QBD-BT-series is a series of bench-top (table-top) Pockels Cell Drivers, designed for the laboratory use and based on OEM PC drivers of the QBD-series. Key parameters and features:
- Push-up or pull-down modifications
- Up to 6 kV output voltage
- Up to 100 kHz and higher repetition rate
- < 20 ns rise- and fall-times
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QBD-mini Pockels cell drivers
QBD-mini is the subcompact driver in the QBD-series. Its distinctive features are:
- Compact (as small as 90x50x20 mm)
- Push-up or pull-down modifications
- Up to 4.0 kV output voltage
- Up to 50-100 kHz repetition rate (depending on voltage)
- < 20 nsec rise time or < 20 nsec fall time
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QBD-nano avalanche transistor Pockels cell driver
Applications
- Cavity dumping
- Q-switching
Features
- Compactness (40x30x10 mm)
- Bipolar output
- Up to 5 kV output voltage
- Up to 10 kHz repetition rate
- 1-3 ns rise time
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QBD-series Pockels Cell Drivers
QBD-series is a line of quite simple, compact and inexpensive Pockels Cell Drivers.
Features:
- Push-up or pull-down modifications
- Up to 6 kV output voltage
- Up to 100 kHz repetition rate
- < 20 nsec rise time or < 20 nsec fall time
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QBU-10kV Pockels Cell Drivers
QBU-10kV is an extension of QBU-series with up to 10kV operating voltage range. Its parameters and distinctive features are:
- Duplicates at its HV output the external driving TTL signal;
- Up to 10kV output voltage;
- Up to 5 kHz @10 kV pulse repetition rate, much higher performance at lower voltages.
- <20 nsec rise- and <25 nsec fall-time
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