The Gossen Konstanter 7KD2402-3XD3 is a dual-output DC power supply engineered for laboratory, development, and test bench applications. It delivers two independent 18V DC outputs, each rated for 1A, with constant voltage and constant current regulation modes. The unit features overvoltage and overcurrent protection with adjustable delayed shutdown, dual 4-place multifunction displays for voltage/current/power readout, and manual adjustment via rotary pulse generators. Load regulation and transient response are optimized for load-independent performance, with response times typically under 1 ms. Protection circuits and regulation accuracy are hallmarks of the Konstanter series, making this supply suitable for powering sensitive electronic systems requiring stable, independent dual-rail outputs.
Technical Specifications
• Output Channels: 2 independent outputs
• Output Voltage: 18V DC per channel (nominal)
• Output Current: 1A DC per channel (nominal)
• Maximum Output Power: ~36W (based on dual 18V @ 1A configuration)
• Regulation Modes: Constant Voltage (CV) and Constant Current (CC)
• Load Regulation: Load-independent response design
• Transient Response: Typically <1 ms
• Output Protection: Overvoltage Protection (OVP) and Overcurrent Protection (OCP) with adjustable delayed shutdown
• Ripple and Noise: Minimal residual ripple (Konstanter series characteristic)
– Key Features
• Dual 4-place multifunction displays for V, A, and W measurement
• Rotary pulse generator controls with adjustable resolution
• Control element locking to prevent unauthorized adjustment
• Independent channel operation with cross-channel isolation
• Short transient response for load-step applications
– Typical Applications
• Component and module testing
• Laboratory bench development work
• Electronic system validation
• Dual-supply circuit powering
– Compatibility & Integration
The 7KD2402-3XD3 is suitable for 19" rack mounting configurations. Analog control interfaces and optional RS 232C serial capability are available on Konstanter series models.
