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transistors - Understanding the curves of a MOSFET
https://electronics.stackexchange.com/questions/552237/understanding-the-curves-of-a-mosfet
The yellow region is the "linear", or "ohmic", or "triode" region. In the saturation region, the thick horizontal (well, slightly tilting upwards) straight …
How to Measure a MOSFET I-V Curve | MCS Test
https://mcs-testequipment.com/news/how-to-measure-a-mosfet-i-v-curve
How to Measure a MOSFET I-V Curve. One of the best ways to ensure a MOSFET is functioning properly and meets specifications is to determine its characteristics by tracing I-V curves. There are a number of …
MOSFET Drain-Source On-Resistance Test | Tektronix
https://www.tek.com/en/support/faqs/how-can-i-test-mosfet-drain-source-resistance-my-curve-tracer
The measurement is made in the ohmic (i.e. linear) region of the device. Generally speaking, the lower the MOSFET on-resistance, the better. One of the ways to trace this resistance is to use a curve tracer. On a curve tracer, the so called “Collector Supply” drives the drain while the “Step Generator” drives the gate.
How can I test a MOSFET for Gate Threshold Voltage on …
https://www.tek.com/en/support/faqs/how-can-i-test-mosfet-gate-threshold-voltage-my-curve-tracer
Gate threshold voltage is the lowest VGS at which a specified small amount of ID flows. The test is run with VGS = VDS. On the curve tracer, the Collector Supply provides VDS. Patch cords are used to short the gate to the drain so that VGS=VDS. VGS is displayed on the horizontal axis, and the resulting ID is displayed on the vertical axis.
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