STPCH28MBGR

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The STPCH28MBGR is an advanced power switching device used for a range of applications in the electronics industry. As a high-current, low-voltage, low-on-resistance (up to 0.2Ω) electronic component, the STPCH28MBGR is widely used as an efficient power switching solution for a variety of industrial applications. Its well-engineered design ensures reliable operation and generated minimal power losses.

The STPCH28MBGR is typically employed in switching on/off high-current systems, such as electric vehicles, electric scooters, induction cooktops, heaters and other heating systems. It can also be used in cooling systems, switching off motor-run applications, among other uses. The wide operating temperature range of (−40 to +150°C) makes this device particularly suitable for extreme environmental conditions.

As a bidirectional electronic device, the STPCH28MBGR offers a wide range of performance features. It has low dissipated power operation, fast switching (up to 10 A/μs), ESD protection of up to 18 kV on each terminal, and dynamic characteristics (figure of merit, rise-time, hold-up time, and typical delay time).

The STPCH28MBGR incorporates a “Hidden Pin” technology, which allows for the design and manufacture of reliable and efficient power systems. With a Drain-Source Voltage of up to 40 Volts, this device ensures smooth functioning and improved power efficiency. Additionally, it has built-in over-temperature protection for added safety in extreme temperature conditions.

The working principle of the STPCH28MBGR involves switching on and off the power to a load by employing the voltage applied to its gate terminal. When the gate voltage is increased beyond a threshold voltage (known as the “Gate Threshold Voltage”), the STPCH28MBGR device turns on and allows current to flow from its Drain to Source. When the gate voltage is decreased below the threshold voltage, the device turns off and current is not allowed to flow.

The STPCH28MBGR is an ideal device for a wide range of cost-sensitive, thermal and power efficiency-critical applications. Its bidirectional nature, low on-resistance, fast switching speed, low dissipated power, and robust construction make it suitable for many different types of industrial applications.

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