Keithley 2220G-30-1 Programmable Dual Channel DC Power Supply

The Keithley 2220G-30-1 Programmable Dual Channel DC Power Supply delivers clean, accurate, and flexible power for demanding electronics applications. Each of its two isolated channels provides up to 30 V and 1.5 A, with a combined total power output of 45 W. The isolated design allows channels to be used independently or combined in series for higher voltage or in parallel for increased current, giving engineers maximum flexibility in their test setups.

Engineered with low output ripple and noise, the 2220G-30-1 ensures stable and reliable performance, even for sensitive devices. Its USB and GPIB interfaces make it easy to integrate into automated test environments, while the intuitive front-panel display and controls simplify benchtop use. Built-in safety protections including overvoltage and overcurrent safeguards protect both instruments and devices under test.

Key Features:

• Dual programmable outputs: 30 V, 1.5 A per channel

• Total output power: 45 W

• USB and GPIB interfaces for remote programming and automation

• Isolated channels for independent, series, or parallel operation

• Low ripple and noise for stable output

• Compact benchtop design with easy-to-use interface

• OVP (Overvoltage Protection) and OCP (Overcurrent Protection)

Compatible Applications/Materials:

• R&D laboratories for electronic circuit design and testing

• Educational labs for dual-output experiments

• Automated and manual production testing setups

• Device powering, battery testing, and semiconductor characterization

• Electronics servicing and prototyping

Included Accessories:
Power cord, user manual, calibration certificate, and safety documentation.

Compliance & Standards:
CE certified, ISO/IEC compliant, and suitable for GLP-compliant labs.

Benefits for Lab Users:

• Two isolated outputs in one compact supply

• Flexible operation in series, parallel, or independent mode

• Seamless integration into automated test systems via GPIB/USB

• Reliable, clean power for sensitive electronic devices

• Enhanced protection for both user and test equipment