Keithley 6221 digital bench power supply is a high precision, four-output device offering 105V maximum output voltage and 120 VA power capability. It features digital control for reliable and precise power delivery to sensitive test and measurement applications.
This instrument is optimized for use in industrial and laboratory environments including semiconductor testing, nanotechnology research, and superconducting applications. Its low output current and high accuracy support Hall measurements, resistance measurements using Delta mode, pulsed measurements, and differential conductance assessments.
Operating within a temperature range of 0°C to 50°C, the device ensures stable performance in critical test scenarios. Connectivity is facilitated through a DB9 plug interface. The compact form factor with 213mm width, 89mm height, and 370mm depth allows easy bench placement.
Certified to CE, UV, and UL standards, the power supply meets stringent safety and quality benchmarks necessary for industrial use. The single display unit supports straightforward monitoring of output parameters.
Four independent outputs allow versatile power delivery. Maximum output voltage of 105V ensures suitability for sensitive test environments. Digital control provides enhanced accuracy and repeatability. Operating temperature range from 0°C to 50°C supports various lab conditions.
Compact design with dimensions 213mm width, 89mm height, and 370mm depth. Equipped with DB9 plug interface for connectivity. Supports single display readout for monitoring. Certified for CE, UV, and UL standards ensuring safety compliance.
Ideal for precision applications in R&D, semiconductor, nanotechnology, and superconductor testing.
Perfect for industrial, laboratory, manufacturing, and research applications requiring precise, low-noise DC power sources. Keithley’s 6221 supports advanced test environments with reliable digital control and comprehensive certifications. Explore a wide range of Bench Power Supplies available on EnvMart for your exact technical requirements.
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