OF111JE

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The OF111JE is part of a family of through-hole resistors with varied characteristics depending on the exact variant. OF111JE resistors are better known as carbon composition resistors and are used when small voltage drops, a wide operating temperature range and a high degree of stability is required. They are designed to work in both high and low voltage environments with an insulation resistance suitable for industrial applications. These features make them an obvious choice for a range of industries including consumer electronics, medical devices, military, aerospace and automotive.

Carbon composition resistors are constructed by mixing carbon with nonconductive materials such as alumina or mica. This mixture is then encased in a ceramic or plastic body which acts as an insulator and helps to protect the resistor from the external environment. This style of resistor is designed to handle higher power than its wirewound counterpart. This higher power rating makes it especially useful in power supplies, motor controls and other systems where accuracy and reliability are of particular importance.

The OF111JE is a through-hole resistor with low contact resistance and thermal transfer. It features an axial lead design with an easy-to-handle and reliable lead frame. This lightweight design means the component can be easily applied to the circuit board with the use of a standard soldering iron. It is also capable of high power dissipation up to 1.3 watts and is versatile enough for use in both AC and DC circuits.

The resistance value of the OF111JE can be adjusted depending on its application. Internal components such as the carbon composition resistors are used to vary the resistance within a certain range. The resistor is also designed to minimize the voltage that is dropped across the resistor. Additionally, the resistor features a high temperature coefficient of resistance, making it appropriate for circuit designs with varying environmental conditions.

The OF111JE through-hole resistor is popular due to its high heat resistance, low resistance values and robust design. They are ideal for use in a variety of applications including audio amplifiers, voltage regulators, and switching power supplies, among others.

The working principle of the OF111JE through-hole resistor is based on Ohm’s law, which states that current will be inversely proportional to resistance. The internal components of the resistor will heat up when electricity flows through them. This heated material will then resist electricity passing through it, and thus creates a barrier that reduces the flow of current to the desired level.

Overall, the OF111JE is a reliable and cost effective way to control the flow of current in a wide range of applications. This type of through-hole resistor is highly capable of dissipating heat, which is important for applications in which temperature variations are common. When correctly applied, the OF111JE can help to reduce errors, create accurate power control and protect components from destructive currents. It is an essential component for many electrical and electronic devices.

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