Light Sound Handling Products - Stable Laser Systems Electronics Series
SLS's unique electronics make it easy to lock the laser to the target wavelength, cancel drift, and transmit stable light through fiber. These compact turnkey units seamlessly integrate into your existing experiments, utilizing the power of digital control to simplify your life. Remote control operation via remote desktop or command set. - More circuits/control channels per rack unit - Offset lock control for stabilized laser frequency - PDH lock, phase lock, comb lock
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(This is an excerpt from the Pound-Drever-Hall signal unit) This fully integrated PDH unit can achieve ultra-low noise error signals without the need for large RF generators or long, lossy RF delay lines. It combines a high-speed transimpedance amplifier, RF output signals driving EOM phase modulators, and lock-in detection within an RF-shielded enclosure to generate clear and clean PDH error signals. Optical detectors can be selected from silicon, InGaAs, and extended InGaAs, and full customization is available for fiber-coupled and free-space types.
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(Excerpt from Pound-Drever-Hall Signal Unit) 【Features】 - Compatible with all laser stabilization systems - Fully integrates detector, RF oscillator, and filter into a compact RF shielded package - Generates RF output signal to drive external EOM phase modulator - Local oscillator phase can be adjusted over 160 degrees from the front panel - Generates robust, ultra-low noise PDH error signal 【Applications】 - Cavity frequency stabilization - Configurable for residual amplitude modulation detection
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| Model number | overview |
|---|---|
| Pound Driver Hole Signal Unit | This fully integrated PDH unit can achieve ultra-low noise error signals without the need for large RF generators or long, lossy RF delay lines. It combines a high-speed transimpedance amplifier, RF output signals driving EOM phase modulators, and lock-in detection within an RF-shielded enclosure to generate clear and clean PDH error signals. |
| Fiber Noise Cancellation System | This product is a system designed to solve the problems encountered when sending stable light through noisy optical fibers by first performing accurate phase noise cancellation, allowing for the maintenance of a stable, narrow linewidth. It has been consolidated into a single unit to significantly reduce the installation footprint, making it usable with any stabilized laser system. The touchscreen interface controls an all-digital architecture that removes unwanted phase noise with just a button press. |
| Fiber Input/Output Laser Frequency Shifter | Our double-pass acousto-optic modulator design employs unwavering engineering to precisely tune the frequency of ultra-stable lasers between resonator modes. Whether there is a need to dynamically shift the frequency of the laser to cool and trap atoms or simply to correct for residual drift in the resonator, our laser frequency shifter enables a wide range of frequency shifts without optical realignment. |
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At Kōkyō, we aim to be a platform that connects researchers and engineers in the laser industry with manufacturers and trading companies. Through our operational sites "Optipedia" and "Optinews," as well as newsletters, we provide information dissemination and introduce carefully selected products from our extensive range of offerings. We also engage in the sale, rental, and subscription services of original optical products, as well as activities to promote optics and lasers.
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