APTC90DSK12T1G

APTC90DSK12T1G is a very popular FET array chip in the market. It has a wide range of applications from consumer electronic devices to industrial controls.

An FET array contains multiple FETs, each occupying an area that usually covers several connection pins. FET arrays are usually used in applications requiring multiple high current and/or low voltage. The use of FET arrays can also provide enhanced efficiency, noise reduction, and faster response times.

APTC90DSK12T1G is a low gate capacitance FET array. It is suitable for power applications that require high current and/or low voltage. It is also suitable for use as an ac switch in a low power circuit. The device can handle up to 1.2A of current.

APTC90DSK12T1G has an on resistance of 12.5mOhm, which is very low compared to other FET arrays. It also has a high on state voltage drop, which makes it ideal for low voltage power supply applications. The gate voltage of the device can range from 0V to 8V, allowing for a wide range of gate capacitance.

APTC90DSK12T1G features a low gate drive that allows for a low resistance, fast-acting switch in power applications. The device also features a high voltage capability that can withstand up to 12V. The device’s low on resistance, high voltage capability, and low gate drive make it a good choice for power application.

The working principle of an FET array is similar to that of an ordinary MOSFET. The device uses a p-channel and an n-channel transistor to control current flow. When the gate voltage of the array is applied, the p-channel and n-channel transistors act as a single device. The amount of current that flows through the device is determined by the input gate voltage. When the gate voltage is increased, more current flows through the array, and when it is decreased, less current flows.

APTC90DSK12T1G can be used in a number of applications including power regulation, ac switching, and low power switching. The device is an ideal solution for applications that require high current, low voltage, and fast-acting switch. It is also suitable for use in low power circuits, as it can reduce the amount of wasted power. In addition, the device offers a high onstate voltage drop, providing improved efficiency and noise reduction.