SIPC46N60C3X1SA1

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The SIPC46N60C3X1SA1 is a N-channel MOSFET (metal-oxide semiconductor field-effect transistor) developed by SIPOS and based on silicon technology. It is used in power circuits and can be found in several electronics. This type of MOSFET has been designed to handle large amounts of current, greater than 45A in this case. The single N-channel offers very low on-state resistance, which in turn reduces switching losses and increases efficiency. Additionally, the SIPC46N60C3X1SA1 is characterized by great dielectric breakdown voltage, high peak current capability, low RDS(on) and excellent fast switching performance.

The SIPC46N60C3X1SA1 MOSFET is mainly used in high-voltage and current applications, such as power supplies, motor control, UPS systems, synchronous rectification and voltage regulation. Moreover, due to its properties it is also very suitable in digital switching, lighting and solenoid control as well as frequency converters and DC/DC or AC/DC converters.

The basic purpose of this MOSFET is to control the operation of an electronic device. It can act as an amplifier or switch and be used to provide power to digital circuits and control the signals of Analog circuits that use continuous voltage level changes. The MOSFET is controlled by the input gate voltage. When the gate is low, the MOSFET is switched off and when it is high the MOSFET is switched on.

The SIPC46N60C3X1SA1 comes with a Drain-Source resistance of just 47mOhm, which implies less loss in power transfer and a very low gate threshold voltage, making it a great choice for power supply design. Furthermore, it also features ESD (electrostatic discharge) protection, which protects against even the most extreme voltage discharges caused by user contact.

The SIPC46N60C3X1SA1 is a great addition to modern electronic applications and its numerous qualities make it a must have for the development of digital and analog circuits. It offers superior performance in terms of low on-state resistance, high peak current capability, low RDS(on) and excellent fast switching performance.

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