123NQ100

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The 123NQ100, better known as a MOSFET, is a versatile power device that is most commonly used as a rectifier in applications like switch-mode power supplies, telecoms and renewable energy. Its major feature is its low on-resistance and its ease of use when switching high currents on and off. The 123NQ100 operates in some simple steps.

First, the device must be a regulated voltage source, providing up to 100 volts depending on the circuit. Then, when the gate voltage is applied, the device will becomes a switch and charge it\'s capacitor. The resistance of the 123NQ100 is less than its breakdown voltage. This difference in resistance causes current to flow through the diode, as illustrated in the diagram.

When the gate is turned off, the 123NQ100 will switch off, thus allowing the charge to be released and the current to stop flowing through the diode. The result is that the device will become a rectifier - a device which only allows current to flow in one direction. This allows the use of the 123NQ100 in applications like LED lighting and RF power control.

The 123NQ100 also provides excellent thermal management, thanks to an integral heatsink. This heatsink helps to dissipate heat from the device during operation, meaning that the device remains cooler even at higher currents. This helps to ensure that the device functions properly and does not overheat.

The 123NQ100 can also be used in synchronous rectifier applications, providing improved efficiency and EMI performance. In this application, the device functions similarly to the normal rectifier path but with the addition of an additional voltage source which allows the current to be controlled. The device acts as a switch, allowing the current flow to be switched on or off to regulate the output voltage.

The 123NQ100 is an established, reliable rectifier in a variety of applications, including power management, telecommunication and renewable energy. Its low on-resistance and integrated heat sink offer excellent thermal management, while its use in synchronous rectifier applications can provide excellent performance and improved efficiency.

The specific data is subject to PDF, and the above content is for reference