92J1R6E

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Through Hole Resistors

Probably the most common form of resistor is the so-called through hole resistor, such as the type the 92J1R6E. As the name implies, a through hole resistor is a device with a hole that runs through its length and is designed for mounting on circuit boards. Through hole resistors are simple devices, consisting of a cylindrical packaging containing a thin wire or filament wound in a helical fashion to provide the resistance value. Inserted into a board, the resistor is mechanically and electrically connected to other components in the board via its leads and provides the desired electrical resistance between its pins.

Application Field and Working Principle

Resistors are classified into four major categories according to the type of application field they are used to address: linear, non-linear, high-precision, and special purpose. The 92J1R6E is a typical, low-cost device typical of the linear subdivisions and is designed primarily for use in voltage-divider and power-supply circuits, as well as other circuits using adjustable values of resistance. Its working principle is simple, wherein, electricity passing through the resistor is limited according to its resistance value. The resistance is determined by the material composition of the resistor and the design of the resistor body.

The resistor body contains a metallic wire or filament that is formed into a helix and encapsulated in an insulating material. Depending on its intended application, some resistors also contain some sort of filler material or air-core construction to further its electrical and resistance properties. Typically, the resistor construction consists of two to three components: a metal or carbon wire or filament, an insulating material, and a filler material. The metal or carbon wire filament can vary in diameter depending on the resistance value required.

The 92J1R6E is a three-terminal device with two leads extending from each end and one from the middle. The internal components of the resistor are arranged such that when an electric current passes through the middle terminal, it is limited in flow by the intrinsic resistance contained inside the resistor body between the two end terminals. The amount of resistance applied is determined by the internal design and material composition of the resistor.

For a given resistance value, the current limit of the resistor depends on the operating voltage placed across the terminals. Higher voltages create higher frequencies of signal or power, which causes the current to vary according to the amount of resistance applied to the resistor. The 92J1R6E is designed to handle currents up to 5 A and is equipped with protective enclosures to prevent overheating and damage to the operating circuit.

A through-hole resistor, such as the 92J1R6E, is a simple yet reliable component used in all kinds of electronic circuits for various applications. It functions as an energy loss device by limiting the flow of current with its intrinsic resistance value. Electrical engineers often use it to adjust current levels in circuits, as well as as an element in power supply and voltage-dividing circuits.

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