Source Measure Unit SMU

TH1992A Precision Source/Measure Unit with ±210V DC Voltage Output Integrated Protection and Safety Features: SMUs incorporate integrated protection and safety features to safeguard the device under test and the instrument itself. These features include overvoltage protection, overcurrent protection, and thermal protection mechanisms. They prevent damage to the device or the SMU in case of faults or unexpected conditions, ensuring safe and reliable operation during testing.

TH1992B Precision Source/Measure Unit with ±210V DC Voltage Output Flexible Operation Modes: Source Measure Units offer various operation modes to accommodate different testing scenarios. Common modes include constant voltage (CV), constant current (CC), and constant resistance (CR). These modes allow users to perform specific tests and measurements, such as voltage sweeps, current sweeps, and resistance measurements, with ease and accuracy. The flexibility in operation modes

TH1991B Series 10fA/100nV Power Supply & Measurement Resolution Source/Measure Unit High Measurement Accuracy and Resolution: SMUs are known for their high measurement accuracy and resolution. They employ advanced measurement techniques, such as four-wire sensing, to minimize measurement errors caused by lead resistance and contact resistance. Additionally, SMUs feature high-resolution analog-to-digital converters (ADCs) and precision voltage and current references, ensuring

TH1991A Series Precision Source/Measure Unit with High-speed Sampling & Arbitrary Waveforms Programmable Voltage and Current Outputs: SMUs offer programmable voltage and current outputs, allowing users to set precise levels for sourcing electrical signals. This flexibility is essential for testing a wide range of components, from passive elements like resistors and capacitors to active devices such as transistors and integrated circuits. The ability to program different

TH1991C Series Precision Source/Measure Unit with ±210V DC Voltage, ±3A DC Current Simultaneous Sourcing and Measurement: The Source Measure Unit is designed to provide simultaneous sourcing and measurement of electrical parameters such as voltage, current, and resistance. It can act as a programmable power supply, delivering a specified voltage or current to the device under test, while simultaneously measuring the response of the device. This capability enables efficient

TH1991 Precision Source Measure Unit with 7-inch Capacitive Touch Screen A Source Measure Unit (SMU) is a versatile electronic instrument that combines the functions of a power supply and a digital multimeter. It is widely used in various applications requiring precise and simultaneous sourcing and measuring of electrical parameters. Performance Characteristics TH1991/TH1992 series precision source/measure units can output and measure voltage and current at the same time. The

TH1991/TH1992: Linux OS-Based Source/Measure Unit for Arbitrary Waveform Generation Learn us in Youtube. Features 7-inch capacitive touch screen, resolution 800×480 Linux operating system Four-quadrant precision power output and measurement Single/dual channel output and measurement Up to ±210V DC voltage, ±3A DC current/±10.5A pulse 10fA/100nV minimum measurement resolution (6 1/2 digits) 10fA/100nV minimum supply resolution (6 1/2 digits) Up to 1,000,000 dots/sec sampling

Precision Smu Measurement Unit 7 Inch Capacitive Touch Screen Performance Characteristics TH1991/TH1992 series precision source/measure units can output and measure voltage and current at the same time. The instrument integrates the functions of current source, voltage source, voltmeter and ammeter, and each function can be switched arbitrarily. TH1991/TH1992 series precision source/measure units can output up to ±210V DC voltage, ±3A DC current and ±10.5A pulse current,