450nm-100W High-Power Semiconductor Laser 450nm—100W

Input Power Supply: AC220V±20% 50±3Hz Output Voltage [LD;Adaptive Load]: 3~12.5V,Adaptive Load Output Current [LD;Continuously Adjustable]: 0.1~12A, continuously adjustable

The STYA-12V12A-1T-SY semiconductor-laser driver power supply is part of the company's experimental series, featuring ultralow current ripple and temperature drift, high stability, and high reliability. PWM conversion provides high overall efficiency. Control is available from the front panel, an external-control interface, or remotely from a computer through RS232. LD protection includes overcurrent, overvoltage, overtemperature, and antistatic measures, plus an emergency laser-output termination function and button. Front-panel switches select local/remote and internal/external control. The display shows set current, measured current, measured temperature, and current limit. Internal data storage can save supply-state parameters at any time. A configurable current limit prevents the operating setpoint from exceeding the selected limit. LD temperature is measured and displayed in real time, with the control temperature adjustable from the front panel. Status LEDs show the operating state. The rear DB15 external interface supports current setting and start/stop control, and provides real-time current-feedback, power-supply fault, and external-equipment interlock signals. In remote mode, the host computer can set current, start or stop output, query parameters at any time, and receive information transmitted by the supply.

The STYA-06V50A-2T-Q-WZ semiconductor-laser driver power supply is designed for LD-pumped solid-state lasers, supplying the pump source and RF signal required by the Q-switch. It also provides TEC temperature-control circuits for the LD and frequency-doubling crystal. Internal TTL pulse-generation and control circuits offer adjustable width and frequency. Q-drive control can be internal, using the supply's TTL pulses and control, or external, using external equipment. Current control likewise switches between internal front-panel touchscreen/buttons for setting and start/stop, and external analog current setting with TTL start/stop. RS232 remote control allows current setting, start/stop, status queries, and receipt of supply information. The supply stores5 common output modes with preset current, pulse width, and frequency for quick operation. Automatic storage saves current settings and restores the last-used mode at the next startup; usage information is also stored for queries. Every design stage considers applicable laser-equipment safety standards and meets the relevant safety criteria. Product table: Input |AC220V±20%,50±3Hz; LD Output Voltage |0~6.0V, Adaptive Load; LD Output Current |0.1~50A, Continuously Adjustable; Conversion Efficiency |≥85%; Current Instability |≤±0.2%; Current Noise |≤0.3%; Temperature Drift |≤20ppm; Current Startup Overshoot |0% (Zero Overshoot); Current Turn-Off Undershoot |0% (Zero Undershoot); Startup Rise Time |Default100ms; Turn-Off Fall Time |0.1mS; TTL Pulse Width (Gate-Open Time) |0.5-10(us), Adjustable; TTL Frequency |1~100(kHz), Adjustable; LD Temperature-Control Drive |12V/10A; LD Temperature Accuracy |≤±0.1℃; Laser-Head Temperature-Control Drive |12V/10A; Laser-Head Temperature Accuracy |≤±0.1℃; Operating Environment |Temperature:-10~+50 Degrees, Humidity:<90%; Storage Environment |Temperature:-20~+85 Degrees, Humidity:<95%; Dimensions |483*425*133(mm); Total Weight |Approximately12kg; External Fuse |10A.

Load Current: 15A Max Load Voltage [At Least1V below Supply Voltage]: 70V Max,At Least1V below Supply Voltage Rise/Fall Time: <=1ms

The STXF-LDDH laser-diode driver board, also called a laser power-supply board or constant-current-source board, is a newly introduced high-technology product with chip-level customization and an innovative circuit concept. It is especially suited to driving high-voltage, low-current laser diodes. Its single-board design simplifies integration into laser products. It serves end-pumped, side-pumped, semiconductor, fiber, and other lasers requiring diode pumping, and is suitable for welding, marking, and other applications. Analog current input:0-5V corresponds to0-maximum current, or a customer-specified range. Current-feedback output:0-2.5V corresponds to0-maximum current, or a customer-specified range. Model:STXF-LDDH-xxAyyV-MV, with xx/yy selected to meet customer requirements. Ordering convention:STXF-LDDH-xxAyyV-MV. xx is the factory-rated current corresponding to maximum analog input; selectable values:1-15. yy is the supply voltage; maximum load voltage must be at least1V below the supply; options:48/60/72. Example:STXF-LDDH-15A48V-MV.

Output Power Pₒₚₜ [Free-Space Output,Optional Fiber Output]: typical:100 mW Linewidth Δλ [Series overview]: typical:0.2 MHz Mode-Hop-Free Range ΔλTᵤₙₑ [Series overview]: min:6 GHz

The single-frequency laser is a compact integrated semiconductor laser with narrow linewidth, high output power, and high wavelength stability. It incorporates a dual-stage isolator and offers free-space or fiber-coupled output as required. It is ideal for cold-atom experiments and quantum precision measurement, including laser cooling and trapping, atom lasers, quantum optics, laser spectroscopy, and radiometric calibration. The633nm single-frequency version has the same compact integrated design, narrow linewidth, high power, and wavelength stability. An optional dual-stage isolator and free-space or fiber-coupled output, combined with iodine-molecule calibration, enable replacement of HeNe lasers with higher output for precision measurement. The760nm single-frequency version is compact and integrated, with narrow linewidth, high power, and wavelength stability, offering free-space or fiber-coupled output for oxygen absorption spectroscopy and precision measurement. The795nm version combines compact integration, narrow linewidth, high power, and wavelength stability, with an optional dual-stage isolator and free-space or fiber output for Rb cold-atom experiments and quantum precision measurement. The894nm version provides these same design and performance characteristics, optional dual-stage isolation, and free-space or fiber output for Cs cold-atom experiments and quantum precision measurement. The1064nm version is compact and integrated, with narrow linewidth, high power, and wavelength stability, offering free-space or fiber output for single-frequency laser seeding and precision measurement. The1550nm version likewise offers compact integration, narrow linewidth, high power, wavelength stability, and free-space or fiber output for fiber-laser seeding, fiber sensing, and precision measurement.