$2,058.00
A precision single-channel programmable DC power supply delivering up to 60 V, 3.2 A, and 192 W with high measurement accuracy, ideal for powering, testing, and characterizing electronic devices in R&D and production.
The Keithley 2280S-60-3 Programmable Single Channel DC Power Supply is a high-performance instrument engineered to provide both stable power output and precise measurement capabilities. With an output rating of 60 V, 3.2 A, and 192 W, this supply is optimized for testing a wide range of electronics, from low-power devices to higher voltage components.
Unlike conventional power supplies, the 2280S integrates high-resolution voltage and current measurement functions, enabling users to capture both steady-state and dynamic load behaviors accurately. Its fast transient response ensures stable operation when powering sensitive devices, while its low-noise design makes it suitable for advanced characterization.
The instrument features a clear color display, intuitive controls, and multiple communication interfaces including USB, GPIB, and LAN, ensuring seamless integration into automated test systems. This makes it a versatile solution for research laboratories, production testing, and device characterization.
Key Features:
Programmable output: 60 V, 3.2 A, 192 W
High accuracy voltage/current measurement capability
Fast transient response for dynamic load testing
Low output noise for sensitive applications
Connectivity: USB, GPIB, and LAN
Large color display with easy-to-use interface
Compatible Applications/Materials:
Powering and testing electronic devices and circuits
Semiconductor and component characterization
Battery charging and simulation
R&D, QA, and production environments
Included Accessories:
Power cord, user manual, calibration certificate, and safety documentation.
Compliance & Standards:
Meets CE, UL, and ISO/IEC requirements; suitable for GLP-compliant laboratories and production facilities.
Benefits for Lab Users:
Combines precision power delivery with built-in measurement functions
Reduces the need for separate instruments, saving bench space
Enables accurate device characterization with stable, low-noise output
Easily integrates into automated test setups for efficiency
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