SBZ-2008 Simmer Supply for Flashlamp Stability and Longevity

Specifications

Max Input Current: 3.5 A
Simmer Output Current: 500 mA
Simmer Max Output Voltage: 200 V
Trigger Voltage: 1000 V
Trigger Pulse Energy: 150 mJ
Restrike Rate: 3 Hz
Input Voltage: 24 V DC
Maximum Input Current: 3.5 A
Output Current: 300-800 mA
Max. Output Voltage: 200 V
Max. Output Power: 70 W
Open Circuit Voltage: 1400 V
Size (LxWxH): 152x68x38 mm
Weight: 0.2 kg
Document icon Download Data Sheet Download icon

Features


  • Enhanced Lamp Longevity: The SBZ-2008 simmer supply is designed to strike and maintain a low-current discharge in flashlamps, significantly increasing their lifetime and operational stability.

  • Adjustable Output Current: Provides an adjustable output current ranging from 300 to 800 mA, with a default setting of approximately 500 mA.

  • High Output Voltage: Automatically adjusts output voltage up to a maximum of 200V, according to the current set point and V/A curve of the flashlamp.

  • Maximum Output Power: Delivers a robust output power of up to 70W, ensuring efficient performance.

  • Triggering Capabilities: Features a trigger voltage of 1 kV and a trigger pulse energy of approximately 150 mJ, with a restrike rate of around 3 Hz.

  • Built-in Protections: Includes short circuit and open circuit protections to safeguard the device and connected equipment.

  • No External Cooling Required: Designed to operate efficiently without the need for additional cooling mechanisms.

  • Wide Operating Temperature Range: Functions effectively in temperatures ranging from -20°C to +45°C, with a storage temperature range of -40°C to +85°C.

  • Compact and Lightweight: With dimensions of 152x68x38 mm and a weight of just 0.2 kg, the SBZ-2008 is easy to integrate into existing systems.

Applications


  • Laser System Applications: The SBZ-2008 simmer supply is designed for use in laser systems, strikes and maintains low-current discharge in the flashlamp, with both serial and external triggering methods, enhancing the lifetime and operational stability of flashlamps.