IRFR130ATM

IRFR130A is a single N-Channel advanced power MOSFET (metal-oxide semiconductor field-effect transistor) which is designed to withstand critical temperature and voltage, while canceling out the effects of temperature on electrical characteristics. It is unique in a sense that it provides design engineers very high precision and maximum control in terms of electrical and thermal considerations. It is a perfect choice for applications where robustness and high performance is required.

The uniqueness of IRFR130A begins with its advanced design which comprises of very low on-resistance, and maximum gate charge which provides higher power efficiency and very tight on/off control during pulsed load applications. This solid-state semiconductor also features short-circuit typical avalanche current better than the competition, and has low total gate charge which minimizes switching losses. By minimizing switching losses, this device can manage ultra-high-speed switching like no other device.

Typical application fields of the IRFR130A are anywhere from portable cellular phone accessories, computer peripheral DC-DC converters, which require a very high frequency, to systems requiring very low on-resistance & high load current under ambient temperature, like in CD/DVD & ATX power interface management. It also works wonders in other applications such as audio amplifiers, high-voltage power converters and power supplies. In industrial applications this device is mainly used to drive motors, lamps, solenoids and relays.

The working principle behind IRFR130A is relatively simple, but highly effective. When an alternating voltage is applied to the device, it will cause the current to pass through the two terminals, the source and the drain. When the gate voltage is increased, the on-resistance of the device decreases and more current can pass through it. When the gate voltage is decreased, the on-resistance of the device increases, and hence the current is limited. This ability makes it very useful for applications that require precise control of current.

It is also important to note that IRFR130A is not just limited to direct current applications. It can also be used in applications where alternating current (AC) is required. The typical turn-on & turn-off times for this device are very low, with a high avalanche voltage (VDSS), making it suitable for high frequency switching, even when exposed to harsh environments.

All in all, it is easy to see that IRFR130A is a highly dependable and efficient device that can be used in a variety of applications. Its advanced design provides additional protection against over-temperature and over-current, making it safe to use in any situation. Its low on-resistance and maximum gate charge allows it to reduce switching losses and provide better power efficiency, while its superior voltage and temperature characteristics make it suitable for use in high frequency switching and a wide array of other applications.