Pockels Cells

BBO pockels cells (BaB2O4), also known as barium borate pockels cells. They are a pockels cells device with superior overall performance. They feature high damage threshold, low insertion loss, high extinction ratio, minimal piezoelectric ringing and competitive price. Furthermore, they exhibit significant advantages in laser power handling capability, and temperature stability, and are largely unaffected by piezoelectric ringing. BBO pockels cells have significant advantages in the following areas: High repetition rate Q-switches Pulse pickup up to 3 MHz Laser cavity dumping Egenerative amplifier control, and beam choppers BBO pockels cells are a better choice than the KDP pockels cells in a …

BBO Pockels Cells Read More »

RTP (RbTiOPO4) Pockels Cells, also known as rubidium titanium phosphate oxide pockels cells. They are a comprehensive and excellent pockels cells devices. They Are Widely Used in Laser Technology Fields Such As: Electro-optical modulation Pulse shaping Laser internal cavity Q RTP Pockels cells have higher electro-optical performance, possesses a large electro-optical coefficient, high threshold of light injury resistance, excellent chemical stability, high resistivity, Compared with other electro-optical materials, RTP (rubidium titanium oxide phosphate) pockels cells have many advantages: No moisture absorption Low switching voltage Good extinction ratio No piezoelectric and thermoelectric effects They can be used in the field of …

RTP Pockels Cells Read More »

LN (LiNbO3) Pockels Cells, also known as lithium niobate pockets cells, are a comprehensive and excellent pockels cells. The device is widely used in optical communication and optical waveguide technology. The product has the advantages of high electro-optical coefficient, non-hygroscopicity, a wide range of transparency, and good mechanical and physical properties, which can be applied in electro-optical modulators and modulation of laser beams outside the wave voltage of resonators. Lithium niobate crystals are among the most commonly used materials for Q-switches and phase modulators due to their high electro-optical coefficient, non-hygroscopicity, good transmission up to 4.0 μm, and transverse mode …

LiNbO₃&MgO:LiNbO₃ Pockels Cells Read More »

KTP (KTiOPO4) Pockels Cells, also known as potassium titanium phosphate oxide pockets cells, is a comprehensive and excellent pockels cells. It is s device with a high damage threshold, high duty cycle operation, and very low piezoelectric resonance. It can be used in the related fields, such as: Femtosecond lasers Pulse selectors for high repetition frequency lasers Q-switches for high repetition frequency lasers KTP pockels cells overcome the disadvantages of the low optical damage threshold of LiNbO3 crystal pockels cells and the disadvantages of relatively high half-wave voltage and easy deliquescence of KD*P crystal pockels cells. Compared with RTP crystals, …

KTP Pockels Cells Read More »

DKDP (KD2PO4) Pockels Cells, also known as potassium deuterium phosphate pockels cells or DKDP pockels cells. It is a pockels cells device with excellent overall performance. DKDP crystals have a low optical loss, high extinction ratio, good electro-optical properties, and good tolerance to the environment, etc. They can be used in these fields: Electro-optical Q-switches High-speed camera switches Military, and aviation laser systems Dye lasers 800 nm two- and three-fold 1064 nm two-, three- and four-fold fields Ambient temperature range: 10~50 degrees, temperature change should not exceed 5 degrees every 20 minutes, ambient humidity: <40%. Try to use a humidity …

DKDP Pockels Cells Read More »