FKN300FR-73-3R6

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Through Hole Resistors, or otherwise known as THRs, are resistors used in printed circuit boards for their resistance to heat, voltage and other effects. The FKN300FR-73-3R6 is a type of THR that used for different applications. This article will discuss the application field and working principle of the FKN300FR-73-3R6.

This THR device is a multi-layer ceramic resistor that is available in an array of resistance values with a range of nominal resistance values such as 10-1000kΩ. The device is rated for a wattage of 1/8 watt and can be used in high voltage circuits. The device is housed in a reliable and molded ABS housing. Furthermore, it has a design that is well sealed to protect against moisture, dust and other contaminants.

The primary application field for the FKN300FR-73-3R6 THR device is power supplies, telecommunication equipment, consumer electronics and automotive equipment. The device can function as a power resistor for most power components in these applications. This includes power components used in industrial applications such as robotic equipment, medical equipment, and military applications.

The THR device also has a wide range of applications in consumer electronics. Some applications that have used the device include being used as a protection device in cell phones and PDAs, and also being used in automotive audio systems. The device can also be used in the automotive industry as a resistance heater for engines.

The working principle of the FKN300FR-73-3R6 THR device is based on the conservation of electrical energy. It works by converting electrical energy into heat in order to provide resistance and current control. The device is designed to maintain a constant resistance which helps ensure stable power output and protection against overloading. The device can be designed to have different levels of resistance, from a few ohms up to several hundred kiloohms.

The device is constructed of several layers of material that are combined to form a circuit. Each layer is designed to have a specific function. The layers are combined in a pattern that provides the device with consistent resistance and stability throughout its lifetime. The combination of the layers also provides the device with a low level of heat emission, as well as providing protection against damage from temperature variations.

In conclusion, the FKN300FR-73-3R6 THR device is an ideal choice for power control, temperature resistance and other applications. It is most commonly used in power supplies, telecommunication equipment, automotive equipment and other consumer electronics. The device has a wide range of resistance values, from a few ohms up to several hundred kiloohms. It is constructed of several layers of material that work together in order to provide the device with a low level of heat emissions, while maintaining a constant resistance. This device is reliable and efficient, making it an ideal choice for many applications.

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