Instek GSM-20H10G: Quad-Channel Source Measure Unit for Precision Testing

Instek GSM-20H10G Source Measure Unit: Precision and Versatility for Demanding Applications

The Instek GSM-20H10G Source Measure Unit (SMU) is a high-performance instrument designed to meet the rigorous demands of research, development, and production testing. With its exceptional accuracy, wide measurement range, and advanced features, the GSM-20H10G empowers engineers and scientists to characterize and analyze electronic devices with unparalleled precision.

Product Specifications:

Voltage Source: -210 V to 210 V, 1.05 A
Current Source: -1.05 A to 1.05 A, 22 W
Voltage Measurement: 10 nV to 210 V, 10 fA to 1.05 A
Current Measurement: 10 fA to 1.05 A, 10 nV to 210 V
Quad-Channel Operation: 4 independent channels for simultaneous measurements
GPIB Interface: Remote control and data acquisition

Features and Benefits:

High Accuracy and Resolution: The GSM-20H10G boasts exceptional accuracy of 0.02% + 100 μV for voltage measurements and 0.05% + 100 pA for current measurements. Its high resolution of 10 nV and 10 fA enables precise characterization of low-level signals.
Wide Measurement Range: The unit’s wide measurement range covers a broad spectrum of applications, from low-power electronics to high-voltage devices. Its ability to source and measure both positive and negative values provides comprehensive analysis capabilities.
Quad-Channel Operation: The GSM-20H10G features four independent channels, allowing for simultaneous measurements on multiple devices or different parameters. This capability significantly enhances efficiency and reduces test time.
GPIB Interface: The GPIB interface enables remote control and data acquisition, facilitating automated testing and integration with other instruments.
Intuitive User Interface: The GSM-20H10G’s user-friendly interface simplifies operation and minimizes setup time. Its large display and clear menus provide easy access to all functions and settings.

Providing accurate and reliable measurements for precise device characterization
Enabling efficient testing through its wide measurement range and quad-channel operation
Enhancing productivity with its GPIB interface for automated testing
Simplifying operation with its intuitive user interface
Delivering a comprehensive solution for demanding applications in research, development, and production testing