UPA2385T1P-E1-A

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The UPA2385T1P-E1-A is a P-channel enhancement-mode vertical DMOS transistor array. It is part of the UPA2385 series transistor arrays from Toshiba, a type of transistor used for power switching applications. It is a high voltage, high power array with a maximum drain-source voltage of 400 volts and a maximum drain current of 1.3 Amperes. This device is excellent for applications requiring high voltage, high current, and low on-resistance, such as motor control, switching regulators and relays.

Application Field: The UPA2385T1P-E1-A can be used in a wide range of applications. It is ideal for motor control, power switching devices, automotive applications, voltage converters, relays, and more. In these applications, the device can serve as a power switch, drive large loads, and provide high efficiency operation with low on-resistance. It is also suitable for high-voltage switching operations, such as for gate driver circuits.

Working Principle: The UPA2385T1P-E1-A operates as a vertical P-channel enhancement mode MOS transistor array. It consists of three cascaded NMOS transistors, each with a gate terminal and an isolated source and drain. The source and drain of the upper and lower transistors are connected to an isolated region, forming a “floating” gate structure. The gate of the middle transistor is connected to the gate of the lower transistor. When a control voltage is applied to the gate of the lower transistor, the top and bottom transistors will be switched on and off, depending on the voltage applied to their gates. In this way, the UPA2385T1P-E1-A can be used to control the flow of current in a circuit, making it suitable for high-voltage switching operations.

The UPA2385T1P-E1-A is a versatile and powerful transistor array that can be used in many different applications. It offers high voltage, high current, and low on-resistance, making it an excellent choice for motor control, power switching devices, and relays. The device operates as an enhancement-mode vertical DMOS transistor array, using a floating gate structure to control the flow of current in a circuit.

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