Keithley 2450 SourceMeter SMU Precision Source Measure Unit 200V 1A

Keithley 2450 SourceMeter SMU (Source Measure Unit)

The Keithley 2450 SourceMeter SMU is a high-precision instrument designed for simultaneous sourcing and measurement of voltage and current, making it an essential tool for electronics testing, semiconductor characterization, and research laboratories. As part of Keithley’s advanced SourceMeter series, the 2450 combines power, accuracy, and ease of use in a compact benchtop design.

Featuring a modern touchscreen interface and intuitive controls, the Keithley 2450 simplifies complex testing workflows while delivering highly accurate and repeatable measurements.

Key Features & Benefits

Precision Source & Measure Capability
Simultaneously source and measure voltage and current with high accuracy

Wide Output Range
Up to 200V and 1A, suitable for a broad range of applications

High Resolution & Accuracy
Ideal for sensitive electronic component testing

Interactive Touchscreen Interface
Simplifies setup, monitoring, and data visualization

Built-in Graphing & Analysis
Perform I-V characterization and data plotting directly on the device

Flexible Measurement Modes
Supports multiple sourcing and measurement configurations

Connectivity Options
USB, LAN, and GPIB support for remote control and automation

Technical Specifications

Model: 2450 SourceMeter SMU

Voltage Range: Up to 200V

Current Range: Up to 1A

Measurement Functions: Voltage, Current, Resistance

Display: Touchscreen graphical interface

Connectivity: USB / LAN / GPIB

Form Factor: Benchtop

Applications

Semiconductor device testing

I-V curve tracing

Electronic component characterization

Research and development

Material testing

Power device analysis

Laboratory measurements

What’s Included

Keithley 2450 SourceMeter SMU

Power cable

Test leads (if included)

User documentation (if available)

Why Choose Keithley 2450?

The Keithley 2450 is a trusted industry standard for professionals who require high-precision measurement and sourcing in one instrument. Its advanced capabilities, ease of use, and reliability make it ideal for both research labs and industrial testing environments.