BBO Pockels Cells for High Switching Rates DBBPC HR Series
The LINOS® DBBPC HR Double BBO High-Repetition Pockels Cells deliver unmatched switching speeds of up to 1.3 MHz, setting a new standard for high-performance laser modulation. With two low-absorbing BBO crystals arranged in optical series, these Pockels cells ensure exceptional durability and efficiency, making them the ideal choice for next-generation fast, high-power regenerative amplifiers and pulse pickers.
The LINOS DBBPC HR utilizes BBO crystals known for their low dielectric constant and high damage threshold, making them ideal for lasers operating at high repetition rates and average powers. Featuring a double Pockels cell configuration with two BBO crystals in optical series, this design supports both λ/2 and λ/4 applications. Engineered for demanding environments, it is well-suited for high-speed switching tasks such as cavity dumping, regenerative amplification, and pulse picking. These Pockels cells can be customized for specific wavelengths and technical requirements.
| Product | DBBPC HR 3 1030 | DBBPC HR 3.5 1030 |
| Part Number | 845130200098 | 845130200106 |
- BBO crystal: with spectral window in 0.25-1.3 µm, provides a low dielectric constant and a high damage treshold. Recommended for use with lasers with high repetition rate and high average power.
- Double Pockels cell: two BBO crystals in optical series , making this design suitable for λ/2 and λ/4 applications.
- Improved design for high repetition rates: up to 1.3 MHz switching rate applications, particularly cavity dumping, regenerative amplifiers and pulse picking
DBBPC 3 HR 1030 nm
DBBPC 3.5 HR 1030 nm
| Product | DBBPC HR 3 1030 | DBBPC HR 3.5 1030 |
| Part Number | 845130200098 | 845130200106 |
- BBO crystal: with spectral window in 0.25-1.3 µm, provides a low dielectric constant and a high damage treshold. Recommended for use with lasers with high repetition rate and high average power.
- Double Pockels cell: two BBO crystals in optical series , making this design suitable for λ/2 and λ/4 applications.
- Improved design for high repetition rates: up to 1.3 MHz switching rate applications, particularly cavity dumping, regenerative amplifiers and pulse picking
DBBPC 3 HR 1030 nm
DBBPC 3.5 HR 1030 nm