1. Overview.
The Keithley 2612B Source Meter is a high-performance, versatile Source Measure Unit (SMU) for testing a wide range of electronic devices. It has stable performance and a wide range of applications, and is suitable for various fields such as scientific research, production, and quality inspection. In this article, we will take a closer look at how to use the Keithley 2612B source meter to help you better understand and use the instrument.
Second, performance characteristics.
The Keithley 2612B source meter has the following performance characteristics:
High precision: The instrument has extremely high measurement accuracy, which can realize high-precision measurement of voltage, current, resistance, capacitance, inductance and other parameters.
Wide measurement range: The Keithley 2612B source meter has a voltage measurement range of 01mV to 1100V with a current measurement range of 01 A to 110 mA with a resistance measurement range of 001 to 110m with a capacitance measurement range of 001 pf to 110 F with an inductance measurement range of 001 h to 110 mh.
High-speed measurement: The instrument adopts a high-speed measurement circuit, which can complete the acquisition and calculation of a large amount of data in a short time and improve the measurement efficiency.
Multi-functional interfaces: The Keithley 2612B source meter is equipped with USB, LAN, GPIB and other interfaces, which is convenient for users to transmit and control data.
Easy to operate: The instrument has a user-friendly interface that makes operation simple and intuitive. Users can easily complete a variety of measurement tasks by controlling them via the touch screen or keypad.
Robust and durable: Keithley 2612B source watches are highly reliable and stable due to high-quality materials and rigorous manufacturing processes. Whether in the laboratory or on the production site, it can be competent for testing tasks in various harsh environments.
3. How to use.
Here's how to use the Keithley 2612b source table:
Connecting the instrument: Connect the device or board under test to the Keithley 2612B source meter through the corresponding cable to ensure a stable and reliable connection. Depending on the test requirements, the appropriate cable and interface connection can be selected.
Boot start: Press the power switch, the instrument will automatically start and enter the operation interface. Follow the prompts on the interface to proceed to the next step.
Parameter setting: On the operation interface, the voltage, current, resistance, capacitance, inductance and other parameters required for the test can be set through the corresponding menu or button. Select the appropriate units and accuracy class as needed.
Start the test: After setting the parameters, press the "Start" button and the instrument will start the test. After waiting for a while, the test results will be displayed on the screen or transferred to the computer via the interface.
Data processing: The collected test data can be further processed and analyzed by computer software. For example, you can plot curves, calculate errors, export data, and so on.
End the test: After completing the test, turn off the instrument, disconnect the cable, and end the test process.
Fourth, the field of application.
The Keithley 2612B source table is suitable for the following areas:
Scientific research institutions: The instrument can be used in the research, development, debugging and verification of electronic equipment, providing high-precision measurement data of voltage, current, resistance, capacitance, inductance and other parameters, providing strong support for scientific research.
Manufacturing: In the manufacturing process of electronic products, Keithley 2612B source meter can be used for first-class testing and quality control to ensure that the performance and quality of the product meet the requirements.
Quality inspection organization: The quality inspection organization can use the Keithley 2612B source meter to conduct comprehensive testing and analysis of electronic equipment to ensure that the equipment meets the relevant standards and specifications.