FKN3WSJT-73-12R

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Through Hole Resistors are among the most common components in electronic circuits. FKN3WSJT-73-12R is an example of a through hole resistor. It is a packaged miniature through hole resistor. The device is a standard fixed-value resistor, meaning one that has a permanently pre-defined value.

Package Design

The FKN3WSJT-73-12R package design consists of a cylindrical tube with a single row length of 12mm. The device is made up of a non-magnetic shrouded covering and has a gold-plated terminals. The package also has a fabric insert fastener that makes it easier to handle the resistor once the package is in place.

Resistance Value

The FKN3WSJT-73-12R is designed to have a resistance of 73 ohms. This means that a current of 73 milliamps will flow through the resistor when a voltage source of 1volt is applied across its leads. The device is designed to have a fairly linear resistance characteristic, meaning its resistance does not vary much in cases where a varying current or voltage is applied to it.

Features

The FKN3WSJT-73-12R through hole resistor offers many advantages over other resistors. Its miniature package size makes it suitable for applications where space is limited. Additionally, its gold-plated terminals allow for excellent electrical connections and a low contact resistance. It also has a wide temperature range, making it suitable for use in high temperature applications. Finally, the device has a good self-healing capability so that it can recover from damage caused by long term exposure to high voltage.

Application Field and Working Principle

The FKN3WSJT-73-12R through hole resistor is suitable for use in a wide variety of electronic devices. These include voltage regulators, power converters, motor drives, and servos. In each of these applications, the device works by limiting the current flowing through the circuit to a predetermined value. This protection prevents damage to the circuit by preventing any excessive current from being drawn.

The resistor also helps stabilize the voltage in the circuit since the current is limited to a certain value. The resistance value of the component also helps regulate the operating characteristics of the circuit by limiting the amount of current that can flow through it. Finally, the device helps to reduce heat generation in the circuit since the current is limited, resulting in less heat energy being dissipated.

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