Semiconductor Discrete Device Electrical Performance Testing Solution
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Semiconductor Discrete Device Electrical Performance Testing Solution https://www.precisesmu.com Overview Semiconductor discrete devices generally refer to semiconductor components with a single function,such as diodes and transistors,used in circuits such as rectification,voltage stabilization,switching,and mixing in power electronic equipment.They are one of the core components that composition of power electronic change devices.They are widely used in various national economy fields,such as consumer electronics,automotive electronics,electronic instruments and meters,industrial and automation control,computers and peripheral equipment, and network communication. The market prospects for semiconductor discrete devices are very broad.According to different substrates, discrete semiconductor devices can be divided into different types. When using silicon based semiconductor as the substrate, discrete semiconductor devices mainly include Simplifying the Characteristic Parameter Testing of Semiconductor Discrete Devices Using Digital Source Measure Unit(SMU) Rich experience in semiconductor I-V characteristic testing; Comprehensive solutions:Diodes, MOSFETs, BJTs,IGBTs,Diodes resistors,Thyristors,etc; Provide appropriate cable accessories and test fixtures. diode, BJT, SCR, MOSFET, IGBT and other products.When using wide bandgap semiconductor materials as the substrate, semiconductor discrete devices mainly include SiC、GaN semiconductor Junction Diode Symbol and Static I-V Characteristics power devices.From the demand side, discrete devices benefit from the development of new energy, automotive electronics, 5G communication RF and other markets,and have great development prospects. One of the best tools for analyzing the characteristic parameters of Figure:Diode Characteristic Curve Figure:Reverse breakdown test of diode discrete semiconductor devices is the Digital Source Unit (SMU). The digital Source Measure Unit can serve as an independent constant voltage or constant current source, voltmeter, ammeter, and ohmmeter, and can also be used as a precision electronic load. Its high-performance architecture also allows it to be used as a pulse generator, waveform generator, and automatic current voltage (I-V) characteristic analysis system, supporting four quadrant Figure:Diode Entire I-V Curve, using Precise SMU Figure:Diode C-V testing,Curve, using Precise SMU The Precise "Five in One" high-precision digital Source Measure Unit(SMU) can provide measurement tools for university researchers,device testing engineers, and power module design engineers. Figure:BJT Output testing Curve, using Precise SMU Figure:Threshold voltage(VGS(th)) testing Curve,using Precise SMU Figure: Five in one digital Source Measure Unit For more solutions and testing connection guidelines, please contact us asap! Tel:+8613615888735 Email:sales@whprecise.com Official Website Figure:MOSFET Output testing Curve, using Precise SMU Figure:MOSFET C-V Testing Curve, using Precise SMU