The Gossen Konstanter 32d5k011 is a programmable DC power supply engineered for laboratory and industrial test environments. It delivers dual independent outputs, each rated at 8V and 2A, providing 16W per channel for a combined system capacity of 32W. Built on BET (bidirectional energy transformation) technology, this instrument achieves response times below 1 ms with minimal load-independent transient behavior, making it suitable for dynamic testing scenarios requiring precise, stable power delivery.
Technical Specifications
• Output Configuration: Dual outputs, 8V per channel at 2A per channel
• Output Power: 16W per channel; 32W total system capacity
• Regulation: Voltage and current regulated; floating output terminals
• Response Time: <1 ms via BET technology
• Ripple & Noise: Minimal residual ripple
• Protection: Overvoltage protection (OVP), overcurrent protection (OCP), and overtemperature protection included as standard
• Output Control: ON/OFF switching with lockable control elements available
– Key Features
• Fast transient response and stable output under dynamic load conditions
• Remote sensing capability to compensate for voltage drop across output leads
• Programmable voltage and current sequencing for automated test routines
• Computer-controlled operation via multiple interface standards
• RS232C serial interface supports daisy-chaining up to 30 units from a single PC port
• Analog interface for external voltage control
• Optional IEEE 488 (GPIB) interface and RS232-USB converter available
• Master-slave operation enables parallel or series connection configurations
– Typical Applications
Ideal for device testing, system development, redundant power architectures, and precision measurement environments where stable dual-output power and fast load-response characteristics are essential.
– Compatibility & Integration
Software drivers support LabWindows/CVI, LabVIEW, and Agilent VEE platforms. Suitable for laboratory benchtop operation and 19" rack mounting with appropriate adapters. Sturdy metal housing ensures reliable long-term operation in demanding test environments.
