Voltage Amplifyer, QBX-16 Pockels Cell Driver with Ajustable Pulse Form, 1600V Output
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Ships from:
Poland
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On FindLight:
since 2020
Description
QBX-16 Pockels Cell Driver Overview
The QBX-16 Pockels cell driver is an innovative solution crafted for scenarios that demand a continuously adjustable voltage on a Pockels cell. This driver is engineered using voltage amplifier schematics, delivering a maximum output voltage of 1600V with an impressive amplification factor of 300:1.
This makes it an ideal choice for precision applications that require fine-tuned voltage control. Designed with practicality in mind, the QBX-16 driver is air-cooled, featuring built-in fans to ensure optimal performance and longevity. It is available exclusively in a PCB version, making it a compact and efficient component for integration into various systems.
The QBX-16 is engineered to deliver high voltage signals that accurately replicate the shape of the low voltage input signal, offering bipolar output polarity. This driver supports a wide amplitude range from 0 to 1600V, with a nominal performance repetition rate of 50kHz at 1600V and 60pF. It is capable of reaching a maximum repetition rate of up to 300kHz, depending on load and voltage conditions. With a rapid rise and fall time of less than 1 microsecond and a delay time under 1.5 microseconds, the QBX-16 ensures swift response times that are critical for high-speed applications.
Voltage Amplifyer, QBX-16 Pockels Cell Driver with Ajustable Pulse Form, 1600V Output
Specifications |
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Maximum Output Voltage: | 1600 V |
Amplification Factor: | 300:1 |
Input Power: | 24 VDC, 3.5 A typ. |
Analog Signal Input: | 5.33 V |
Input Impedance: | 50 Ohm |
Output Polarity: | Bipolar |
Amplitude: | 0-1600 V |
Repetition Rate (nominal Performance): | 50 kHz @ 1600 V and 60 pF |
Maximum Repetition Rate: | Up to 300 kHz |
Average Power Limitation: | fMAX*C*U^2=8 W |
Rise/fall Time: | <1 us |
Delay Time: | <1.5 us |
Load Capacitance: | <60 pF |
Operating Temperature: | +10…+40 °C |
Size (LxWxH): | 220x170x45 mm |
Weight: | Approx. 1.2 kg |
Features
- Continuously Adjustable Voltage: The QBX-16 Pockels cell driver allows for continuous voltage adjustment, making it ideal for precise applications.
- High Voltage Output: A low-voltage input analog signal (0-5.33 V) with an arbitrary waveform is amplified with 300:1 factor and delivered to a Pockels cell..
- Analog Signal Input: Accepts an analog signal of 5.33V with a 50 Ohm input impedance, ensuring compatibility with various systems.
- Bipolar Output Polarity: The high voltage output signal replicates the shape of the low voltage input signal with bipolar polarity.
- High Repetition Rate: Nominal performance at 50kHz and 1600V with a 60pF load, capable of reaching up to 300kHz at smaller loads and voltages.
- Capacitive Load Support: Designed to support capacitive loads with a load capacitance of less than 60pF, other types available on request.
Applications
- Electro-optics (light modulation, beam deflection, beam steering)
- Piezo actuators, MEMS actuators
- Ultrasonic devices
- As single channel signal amplifier
- For double-pulse LIBS with one resonator Nd:YAG laser
Frequently Asked Questions
The QBX-16 is a dedicated Pockels cell driver designed for applications where the voltage on a Pockels cell should be continuously adjustable. It is based on voltage amplifier schematics with a maximum output voltage of 1600V and an amplification factor of 300:1.
The QBX-16 requires a power input of 24VDC and typically 3.5A.
The maximum output voltage of the QBX-16 is 1600V.
The nominal performance repetition rate is 50kHz at 1600V and 60pF, with a maximum repetition rate of up to 300kHz at smaller loads and voltages.
The QBX-16 is air-cooled with built-in fans to ensure proper operation.
The QBX-16 measures 220x170x45 mm and weighs approximately 1.2 kg.
The QBX-16 is designed for capacitive loads with a load capacitance of less than 60pF, though other types of loads can be requested.