1 Key Features of Pockels Cells Drivers
- Stable Operation: Ensures stable and accurate voltage output for precise electro-optic device control.
- Compatibility: Fully adaptable to KD*P and BBO electro-optic crystals for high and low repetition rates.
- High-Voltage Output: Capable of generating voltages up to 8 kV for advanced modulation applications.
- Customizable Waveforms: Supports positive, negative, and square waveforms with a minimum pulse width of ~20 ns.
- Industrial Integration: Designed for seamless integration in industrial setups.
General Description
The Pockels Cells Drivers by Photonics of Crystals (POC) are precision-engineered for driving KD*P and BBO-based electro-optic devices. These drivers generate high-voltage signals corresponding to the input trigger frequency, ensuring optimal performance for modulation tasks. With applications in high-speed and low-speed environments, the drivers are suited for laser modulation, switching, and pulse shaping.
These drivers are available in integrated and split configurations. The integrated drivers support low repetition frequencies (~1 kHz), while split drivers are optimized for high-frequency applications (~1 MHz). The drivers produce highly customizable waveforms (positive, negative, and square), ensuring adaptability to specific operational needs. Built for industrial use, the devices combine durability with advanced functionality.
Applications
- Laser Modulation and Switching:
POC Pockels Cells Drivers are crucial for laser modulation tasks in precision manufacturing, where high-speed and accurate control are essential. - Medical and Scientific Research:
The ability to create tailored waveforms makes these drivers indispensable in medical imaging and spectroscopy. - Industrial Automation:
Used for laser cutting, welding, and marking, the drivers provide reliable modulation for various electro-optic systems.
Standard Product and Model Numbers
Integrated Drivers:
| Working Mode | Max Voltage (kV) | Max Repetition Frequency | Trigger Mode | Control Mode |
| S (Square) | 5 kV | 1 kHz | E (External) | N (None) |
| S (Square) | 4 kV | 20 kHz | E (External) | N (None) |
Split Drivers:
| Working Mode | Max Voltage (kV) | Max Repetition Frequency | Trigger Mode | Control Mode |
| P (Positive) | 2 kV | 1 MHz | E (External) | N (None) |
| N (Negative) | 4 kV | 500 kHz | E (External) | N (None) |
| S (Square) | 8 kV | 1 kHz | E (External) | N (None) |
Typical Specifications
| Feature | Integrated Driver | Split Driver |
| Voltage Range | Up to 5 kV | Up to 8 kV |
| Frequency Capability | 1 kHz to 20 kHz | 100 kHz to 1 MHz |
| Pulse Width | ~20 ns | ~20 ns |
| Waveform Types | Positive, Negative, Square | Positive, Negative, Square |
Housing Dimensions (mm)
| Model | Dimensions (L × W × H) |
| Integrated | 134 × 88 × 56 |
| Split | 204 × 128 × 56 |
POC Strength and Capabilities
Photonics of Crystals (POC) specializes in developing advanced photonics solutions tailored to meet industry and research needs. With a strong emphasis on precision engineering, POC offers:
- Customization Services: Tailor-made solutions to meet specific application requirements.
- Global Expertise: Proven track record of supporting clients across medical, industrial, and scientific sectors.
- Innovative Designs: Focus on state-of-the-art technologies to drive efficiency and accuracy.
- Reliable Manufacturing: In-house production facilities ensure consistent quality and performance.
- Customer Support: Dedicated team for technical support and application-specific guidance.