Photonics Driver

Our company offers cutting-edge photonics drivers, including RF and Pockels cell drivers, delivering superior control and functionality for optical and laser applications.

Basic Working Principle

Photonics drivers, particularly RF and Pockels cell drivers, play a crucial role in controlling optical devices.

  • Pockels Cell Drivers:
    Comprising a high-voltage power source and a modulation circuit, these drivers generate high-voltage pulses that induce an electro-optic effect within the Pockels cell. This results in rapid changes in refractive index, allowing for optical switching, attenuation, and power stabilization. The pulse rise/fall time is <10 ns, making it suitable for high-speed Q-switching and pulse selection.
  • RF Drivers:
    These drivers include RF sources, switches, and amplifiers, offering digital and analog control. By altering RF output modes, these drivers adapt to applications such as Q-switching, frequency shifting, and beam modulation. RF drivers are equipped with first-pulse suppression features for enhanced performance stability.

Our Products

  • Fixed Frequency RF Drivers: Designed for consistent frequency applications, these drivers provide high stability and precise modulation.
  • Variable Frequency RF Drivers: These drivers offer adaptable frequency ranges, ideal for applications requiring dynamic modulation.
  • Pockels Cell Drivers: Tailored for high-speed modulation and optical switching, they feature high voltage output and rapid response times.
Photonics Driver

Applications

Photonics drivers have diverse applications across industries:

  • Laser Systems: For Q-switching, pulse selection, and regenerative amplification.
  • Scientific Research: Supporting high-precision laser modulation and photonics experiments.
  • Industrial Use: Optical power regulation, beam deflection, and stabilization.
  • Telecommunication: Facilitating frequency modulation in fiber-optic systems.

Their versatility ensures they meet the needs of advanced optical systems, providing seamless control and modulation.

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