The TDK-Lambda TCR600S1.6 is a 600 W single-phase DC power supply engineered for industrial and commercial applications requiring stable, regulated output with advanced protection. It operates across dual modes—constant voltage and constant current with automatic crossover—and delivers exceptionally tight load regulation and low output ripple across the full operating envelope.
Technical Specifications
Input Characteristics
• Standard input: 115 VAC, 10 A, 47–63 Hz
• Input voltage range: 105–130 VAC (full specification)
• Optional inputs available: 100 VAC, 200 VAC, 208/220 VAC (at extra charge)
Output Performance
• Output voltage regulation: Constant voltage or constant current with automatic crossover
• Output voltage ripple: Low (value )
• Temperature coefficient (voltage): 0.02%/°C of maximum output voltage rating
• Temperature coefficient (current): 0.03%/°C of maximum output current rating
• Load regulation (CV mode, 50–100% output): <0.1% of set voltage
• Load regulation (CV mode, below 50% output): <0.05% of maximum output
• Load regulation (CC mode, 50–100% output): <0.1% of set current
• Load regulation (CC mode, below 50% output): <0.05% of maximum output
• Transient response: Recovers within specified limits for 30% load step increase
Environmental & Safety
• Operating temperature: 0–40 °C (continuous duty)
• Storage temperature: −40 to +85 °C
• Dielectric withstand: 2500 V rms (primary to secondary and chassis)
• RFI/EMI filtration: Internal ferrite toroidal chokes with VDE-listed X and Y capacitors
• Thermal protection: Thermostat-protected critical circuitry
– Key Features
• Remote sensing terminals for voltage drop compensation
• Local or remote programming via external resistance, voltage, or current
• Programming sensitivity (voltage output): 5000 Ω, 5 V, or 1 mA full scale
• Programming sensitivity (current output): 100 Ω, 100 mV, or 1 mA full scale
• Integrated bias, protection, and metering circuitry
• Optional MODBUS TCP and Ethernet interfaces
– Typical Applications
Industrial test and measurement, process control, telecommunications infrastructure, battery charging, and laboratory power distribution.
– Compatibility & Integration
Remote sensing and dual-mode operation support precision load applications. Optional fieldbus connectivity enables integration into networked test systems and automated manufacturing environments.
