Our programmable laser drivers allow you to connect and operate your laser diode safely and reliably at a fraction of the cost of other devices.
YAG Laser Power Supply- Yag Laser driver
Main Features:
- Good current soft increasing /decreasing function efficiently avoids laser diode being damaged by inrush current.
- Extremely small ripple noise effectively protect laser diode from inrush current even when current increase or decrease.
- Excellent anti-static function efficiently avoid laser diode being damaged by Static electricity.
- Very good efficiency and perfect open circuit, over current protection and over load protection which makes this power supply has reliable performance.
- Sensitive water Through detection and water temperature detection keep laser diode in good condition.
- Instant voltage/current digital indication makes monitoring voltage/current very easy.
- Internal/external control easily converses internal control of power supply and external control of computer.
- Standard 2U cabinet lets equipment install very easily.
Specification:
Model: HY-JB720-24
Input voltage: AC220V or AC110V (please specify when placing order)
AC Frequency: 47---440Hz
Cold inrush current:≤ 60A(AC220V input); ≤ 30A(AC110V input)
Current Leakage: ≤ 0.7mA(AC220V input) ≤ 0.4mA(AC110V input)
Output Max Output voltage: DC=24V
Voltage ripple noise: ≤ 30mV
Max Ouput Current: DC=1-30A
Current ripple noise: ≤ 30mA
Temperature drift (Half hour after boot): ≤ 100ppm/degree Celsius
Stability(Half hour after boot): ≤ 0.1%
Soft increase/decrease time after current starting: ≥ 10S
Efficiency:≥ 90%(Full load)
MTBF:≥ 50000 hours
Withstand Voltage Input-output: Input-Enclosure: AC1500V 10mA 60s;Output-Enclosue: DC500V 10mA 60s
Environment Operating temperature(-10-40), Relative humidity: ≤ 90%
Cooling: Force-Air Cooling (FAC)
Dimension L-W-H=483-88-192 (mm)
Some helpful information about YAG Laser Power Supply .
Power Supply For Nd: YAG Laser
The electric power supply is an essential part of a laser system. This is why research on electronic devices composing the power supply constitutes a good part of laser technology research field. The first step in the development of an optimized such laser system indeed is the optimized operation of its power supply circuits. In our case we are interested in modelling and development of a power supply for Nd: YAG laser. This laser is to be pumped by flash lamp and working automatically at 1 and 10 Hz and manually on shot by shot. Experimental agreement with modelling has been obtained through the successful use of the developed device to supply a laser operated at the specified frequencies.
