FCR2WSJR-52-200R

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Through hole resistors, frequently abbreviated as THRs, are an integral part of any electrical and electronic circuit. They\'re used to regulate the flow of electricity, or to provide a way for the electronics system to measure the amount of electricity passing through it. The FCR2WSJR-52-200R is a type of THR with a multitude of applications and a versatile operating principle.

Introduction to FCR2WSJR-52-200R

The FCR2WSJR-52-200R is a three-terminal metal-oxide-semiconductor field-effect transistor (MOSFET) designed to operate as a resistive element. The chip is constructed in a TO-220AB package with three terminals capable of operating with supplies up to 25 V and temperatures up to 200 degrees Celsius. It features improved dynamic and static characteristics, providing superior performance in applications that require low drift and minimal temperature-induced resistive variation.

Applications of FCR2WSJR-52-200R

The FCR2WSJR-52-200R is ideal for use in power management, thermal management, motor control, and other advanced automotive, industrial, and medical applications. It can also be used to stabilize the input signal in communication systems, serve as the voltage divider in electronic consumer and automotive products, and as a switching device for high power applications. In addition, the FCR2WSJR-52-200R can be used to sense and measure the presence of current in high speed circuits such as motor drives, power supplies, and DC to DC power converters.

The FCR2WSJR-52-200R is also used in the manufacture of integrated circuits (ICs), including discrete-level IC components such as transistors, capacitors, resistors, diodes, and bifurcated resistors. Its use in ICs enables smaller size, higher accuracy, reduced lead count, and less body area, providing greater design flexibility. Additionally, the FCR2WSJR-52-200R can be used for protection in hybrid DC-DC converters, and for capacitive discharge ignition systems and audio amplifiers.

Working Principle of FCR2WSJR-52-200R

The working principle of the FCR2WSJR-52-200R is based on a “voltage across a resistor” model. In a resistor, the current through the resistor is equal to the voltage across the resistor, divided by the resistance value of the resistor. This principle can be applied to the FCR2WSJR-52-200R, which is believed to work based on this simple equation. In other words, the FCR2WSJR-52-200R is designed to exhibit a constant resistance value when a voltage is applied across its terminals.

The FCR2WSJR-52-200R is designed to have a very low transition voltage drop, enabling both positive and negative current flow depending on the voltage between its terminals. This is achieved through a combination of static and dynamic characteristics, and integrated circuit technology. The FCR2WSJR-52-200R also utilizes a symmetrical connection architecture to reduce the shift and drifting of the circuit output when the voltage across its terminals increases.

Conclusion

The FCR2WSJR-52-200R is a three-terminal device designed to regulate the flow of electricity, or to provide a way for the electronics system to measure the amount of electricity passing through it. Its small size and low temperature capabilities make it perfect for use in a variety of power management, thermal management, motor control, and other advanced industrial, automotive, and medical applications. Additionally, its simple voltage across a resistor model of operation and its symmetrical connection architecture make it a great choice for stabilizing input signals and sensing and measuring the presence of current.

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