WNBR10FET Resistors

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Through hole resistors are a type of electrical component used to control the application of electricity within a device. The WNBR10FET is a through-hole resistor designed for use in high-reliability applications. It is a non-volatile adjustable type of resistor with a 10 watt power rating and a temperature coefficient of 0.03%.

The WNBR10FET features a durability of 10000 cycles, a maximum power dissipation of 10 watts, and a standard and optional series of range with a wide range of resistance values from 1 to 10 kiloohm. The WNBR10FET has a low voltage rating of 85-264VAC, and is especially suitable for applications where high stability and accuracy is required. Its application fields include:

• Power supplies
• Lighting
• Robotics
• Network communications
• Professional audio equipment

In terms of its working principle, through hole resistors are a type of diode, and they work by controlling the voltage flow between two electrical components through an internal resistance mechanism. The WNBR10FET works by taking advantage of the diode\'s properties of restricting alternating current (AC) and allowing direct current (DC). When the diode is forward-biased, current flows through it, allowing the voltage to pass from higher to lower voltage potentials. The WNBR10FET works by creating a voltage peak that is limited to a specified wattage rating. This limitation helps to protect sensitive components from being damaged due to excess current or voltage.

The WNBR10FET has a number of advantages. It is non-volatile, meaning that it will maintain its resistance even if power is lost. It also has high power dissipation capabilities, allowing it to operate at higher temperatures than other types of resistors. The WNBR10FET also has a low temperature coefficient, meaning that it can withstand a wide range of temperatures without its resistance changing significantly. Finally, it has a high durability rating, meaning that it can be used in applications requiring high reliability.

The WNBR10FET is a type of through-hole resistor designed for high-reliability applications such as power supplies, lighting, robotics, and network communications. Its working principle involves taking advantage of the diode\'s properties to control the amount of current and voltage. This resistor has a number of advantages, including non-volatility, high power dissipation capabilities, low temperature coefficient, and high durability. Therefore, it is a great choice for applications where reliable performance and accurate readings are essential.

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