FCR3WSJT-73-110K

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Through Hole Resistors are the most common type of resistor. The FCR3WSJT-73-110K is a through-hole resistor, with a number of features that makes it ideal for many applications. This resistor features a resistance of 110 kilo-Ohms, a lead spacing of 2.54mm, a package type of radial, ceramic casing, and a continuous current rating of 0.1 amps.

Through hole resistors are available with a variety of characteristics in order to suit different application requirements. The FCR3WSJT-73-110K has a tolerance lattice of 5%, and an operating temperature range of -55°C to +150°C allowing it to be used in a range of temperatures. The through-hole resistors have a typical temperature coefficient of +1.8ppm/°C.

One of the greatest advantages of the FCR3WSJT-73-110K is its high power rating. It has a power rating of ¼ watt. This makes it suitable for use in a wide range of applications where high power is essential. The resistor also features a high voltage rating of 250 volts. This allows it to be used in situations where high voltage is necessary.

The FCR3WSJT-73-110K has a number of uses in various application fields. It is used in temperature compensation circuits, battery management systems, power denigration systems, industrial automation systems, and in the medical field. It is also used in automotive applications, such as in the design of electronic fuel injectors.

The FCR3WSJT-73-110K works by providing a fixed resistance between two electrical connections. This creates a voltage drop across the resistor. When a current passes through the resistor, the voltage across it will be equal to the Ohm’s law, which is equal to the resistance multiplied by the current. This constructed voltage will then be used to control the flow of current and supply power to other components in the system.

In conclusion, the FCR3WSJT-73-110K is an ideal through hole resistors for various applications. It features a power rating of ¼ watt, a tolerance lattice of 5%, a voltage rating of 250 volts, a temperature range of -55°C to +150°C, and a continuous current rating of 0.1 amps. It is often used in temperature compensation circuits, battery management systems, power denigration systems, industrial automation systems, and in the medical field. It is also used in automotive applications, such as in the design of electronic fuel injectors.

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