仪器简介：

Features
 
 Output power up to 3.2 kJ/s
 Output voltage regulation better than ±0.1 %
 Output voltage up to 1800 V
 Pulse repetition rate up to 150 Hz
 LCD display for easy monitoring and control of output parameters
 RS232/CAN interface for remote control
 Single phase mains
 Power factor correction (optional)
 PS5050 model flashlamp driver is designed for flashlamp-pumped lasers and establishes itself as an updated version of PS5010 driver. PS5050 features microprocessor control and back illuminated LCD display where all output parameters of power supply are conveniently displayed.
 Flashlamp driver comprises one or several charging modules, a discharge and simmer module and a control circuit. Such design allows the unit to be operated with the utmost ease and convenience. The unit is fitted into a 19" standard housing and may be comfortably mounted in your power supply stands. The unit is manufactured in conformity with EN61010 and EN55011 standards.
 Driver can be remotely controlled through RS-232 and CAN (Controller Area Network) interface.
 
 
 
 SPECIFICATIONS OF PS5050Number of independent outputs 1
 Peak charge rate Ppeak, kJ/s < 6.8 1)
 Max. average output power Pavg @ 10 Hz PRR, kJ/s > 3.2 1,2)
 Standard charging voltage Uch,V 1000, 1400, 1800 3)
 Pulse duration fixed
 Pulse repetition rate, Hz < 150
 Pulse to pulse stability, % 0.1
 Load regulation, % 0.1
 Linearity, % 0.2
 Resolution, V 1
 Ignition pulse voltage, kV 16 4)
 Ignition pulse duration, ns > 1000
 Simmer current, A 0.6
 Simmer voltage, V < 300
 Striking voltage, V < 900
 Protection features: overvolt, overheat, flashlap breakdown, interlock
 
 Error report: No simmer current, No charge, HV connectors
 
 Remote control RS-232 / CAN
 Maximum CPFN value, &micro;F < 240
 Mains: single phase 230 V (-10%, +5%) or 3-phase 380 V (-10%, +5%) 5)
 
 Power consumption, average, kW < 4
 Power consumption, peak, kW < 6
 Operationg conditions: ambient temperature from 0 to +400C, humidity from 10 to 90% non-condensing
 
 
 
 1) For parallel operation of four charging modules
 2) See Fig. 1 for other pulse repetition rates
 3) Inquire for other voltages
 4) optional 30 kV
 5) 3-phase 208 V mains are optional