The transient thermal resistance tester is a device that measures the transient thermal resistance of IGBT, MOS-FET, diode, BJT, etc.
The BJT transient thermal resistance measurement device applies a specified power between the collector and emitter, raises the chip temperature, and measures the difference in base-emitter voltage (ΔVBE) using the small currents (Im) before and after. This allows for the estimation of the thermal resistance of the sample. The IGBT transient thermal resistance measurement device, similar to the BJT transient thermal resistance measurement device, measures the voltage difference between the gate and emitter (ΔVGE). The P-MOS FET transient thermal resistance measurement device, like the BJT transient thermal resistance measurement device, measures the voltage difference between the gate and source (ΔVGS). The BJT transient thermal resistance measurement device can measure the ΔVF of the diode between the base and emitter.
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basic information
Applied Voltage: 2～30/100/600/1200V Current: 0.1～30/100/200/500/1000A Power Application Width: 100, 200, 500μS 1, 2, 5, 10, 20, 50, 100, 200, 500mS 1S, 2S, 30S, DC Measured Current (Im): 1～99/199/999mA Measurement Range: ΔVBE: ～999/1999mV (Maximum VBE: 3V) ΔVGS/VGE: ～999/1999/9990mV (Maximum VGS/VGE: 20V) Sampling Point: Td 50～990μS *The thermal resistance measuring device has power limitations, and the measurement range is restricted by voltage, current, and application time. Additionally, the size and weight of the device can vary significantly based on these specifications. The above specifications are just examples, and detailed discussions are necessary for design and manufacturing. Please contact us for more information.
Applications/Examples of results
The thermal resistance tester is an essential measuring instrument for evaluating devices in order to provide feedback to the previous processes and promote performance and reliability improvements.
Company information
Koper Electronics is located in Atsugi City, Kanagawa Prefecture, and is an advanced technology company that develops, designs, and manufactures measurement and inspection equipment for high-power semiconductors used in hybrid cars (HV) and electric vehicles (EV) under its own brand. In Japan, it has received high praise from major electronics and automobile manufacturers as its customers. Additionally, the "ZeroCon," which maintains a 0°C environment with high precision, has been highly regarded by users in scientific research and calibration facilities as an indispensable device.