Keysight N6782A: Precision Source Measure Unit for Functional Testing

Keysight N6782A Source Measure Unit: Precision and Versatility for Functional Test

The Keysight N6782A Source Measure Unit (SMU) is an advanced instrument designed to meet the demanding requirements of functional test applications. With its 2-quadrant operation, 20 V/1 A or 6 V/3 A output range, and 20 W maximum power, the N6782A provides exceptional flexibility and accuracy for testing a wide range of electronic devices.

Product Specifications:

Voltage Range: 0 to 20 V
Current Range: 0 to 1 A (20 V range) or 0 to 3 A (6 V range)
Power Range: 0 to 20 W
Measurement Accuracy: 0.05% + 100 nA
Source and Measure Resolution: 100 nV and 100 pA

2-Quadrant Operation: Allows for both sourcing and sinking of current, enabling testing of both active and passive devices.
High Power Output: Provides ample power for testing high-power devices, such as power transistors and LEDs.
Precision Measurement: Delivers accurate and reliable measurements, ensuring confidence in test results.
Versatile Connectivity: Supports multiple interfaces, including USB, LAN, and GPIB, for easy integration into test systems.
Intuitive Software: Simplifies operation and data analysis, reducing test setup time and improving efficiency.

Value to the Customer:

The Keysight N6782A Source Measure Unit offers exceptional value to customers by:

Enhancing Test Accuracy: Precision measurements and high-power output ensure reliable and repeatable test results.
Increasing Test Efficiency: Versatile connectivity and intuitive software streamline test setup and data analysis, saving time and resources.
Expanding Test Capabilities: 2-quadrant operation and a wide output range enable testing of a diverse range of devices.
Improving Product Quality: Accurate and comprehensive testing helps identify defects and ensure the reliability of electronic products.

With its advanced features and exceptional performance, the Keysight N6782A Source Measure Unit is the ideal choice for functional test applications that demand precision, versatility, and efficiency.