Keithley 2200-30-5 – Power Supply, 30 Volts, 5 Amps

The Keithley 2200-30-5 is a single-channel programmable DC power supply delivering up to 30 V and 5 A (150 W maximum) for research, development, and production testing. It combines precision voltage and current control with dual-display readout, programmable protection, and dual-interface remote operation via GPIB and USB.

Technical Specifications

• Output: 30 V maximum, 5 A maximum, 150 W maximum power


• Voltage accuracy: 0.03% setting, 0.02% readback


• Current accuracy: 0.05% setting and readback


• Resolution: 1 mV voltage, 0.1 mA current


• Ripple and noise: <5 mVp-p


• Constant voltage and constant current operation supported


• Input: 110 V ac (99–132 VRMS) or 220 V ac (198–264 VRMS), 50/60 Hz


• Power consumption: 350 VA Programming and Memory


• List mode: Seven lists, up to 80 steps each, with voltage, current limits, and optional duration


• Setup memories: 40 stored configurations


• Direct entry keypad for manual voltage and current setting


• Rotary knob with adjustable step size


• Front panel lock-out available Protection and Control


• Programmable over-voltage protection (OVP)


• Programmable over-current protection


• Remote sensing via rear panel connections to compensate for lead voltage drops Interfaces and Display


• GPIB (IEEE-488.2 compliant) and USB (TMC-compliant, SCPI command syntax)


• Multifunction TTL input (trigger, output control, or digital input)


• Multifunction TTL output (fault indication or digital output)


• Dual-line vacuum fluorescent display showing programmed and actual output values simultaneously Physical


• Dimensions: 9.52 in × 4.15 in × 15.12 in with boot (242 × 106 × 384 mm)


• Weight: 7.3 kg (16.09 lbs); shipping weight 9.6 kg (21.16 lbs)


• Bench-top mounting

Key Features

• Selectable AC input voltage (110 V or 220 V) with wide acceptance range


• Dual-line VFD for simultaneous display of setpoint and actual values


• List sequencing for automated multi-step test routines


• Rear-panel remote sensing for accurate voltage delivery to remote loads


• TTL interface options for system integration and fault monitoring


• Bench-top form factor suitable for lab and production environments

Typical Applications Device characterization, circuit development, battery simulation, component stress testing, and automated production test sequences requiring precise voltage and current sourcing with repeatable control.

Compatibility & Integration Standard GPIB and USB interfaces enable integration into ATE systems and manual SCPI-based control. Multifunction TTL lines support trigger coordination and status signaling in test racks.