OK12G5E-R52

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The OK12G5E-R52 is an advanced model of through-hole resistors. This type of resistor is one of the more common electronic components found in everyday use. It is also the most common form of resistor and utilizes ceramic and tantalum ceramic materials for the core material. Their main use is to control the amount of electrical current that flows through an electronic circuit.

The construction of through-hole resistors involves stacking alternating layers of ceramic and tantalum ceramic material that is then bonded together and sealed with epoxy to create the overall package. These packages are then soldered to the circuit board as one discrete unit with the electrical connection coming from the pins that are on the bottom of the resistor package.

In terms of form, through-hole resistors are very similar to regular resistors. They both have a negative and positive lead which can be soldered to the circuit boards as well as mounting holes. The form of the resistor also depends on the manufacturer and can range from cylindrical to rectangular. The major difference between the two is the number of layers that make up the resistor.

The OK12G5E-R52 through-hole resistor is a well-known and popular type of resistor due to its efficiency and ability to withstand high temperatures and other environmental conditions. It has a high-temperature rating of up to 1000°F (537°C). The resistor is also compatible with electric components such as digital tubes, diodes, transistors, LED lights and more. The resistor also has a smaller size which makes it easier to integrate with other components.

The OK12G5E-R52 through-hole resistor has a working principle that involves the passing of an electrical current through a resistive material to achieve the desired amount of resistance. The value of the resistor is determined by the amount of resistor material used as well as by the size and shape of the resistor. The ohmic value is the amount of current it complies with the amount of voltage that is applied to it.

The OK12G5E-R52 is a common choice for use in electrical circuits, especially for high power applications. Its main application is in controlling the electricity that comes from the power source to the load, whether it is an LED, microcontroller, or other electronic circuit. As a rule, these resistors are insulated in order to avoid short circuiting, and may have protective coverings such as shrink or conformal coatings. The leads, or pins, of the resistors are typically left exposed to allow for easier mounting and repairs.

The OK12G5E-R52 through-hole resistor is fairly easy to install and repair, and it provides reliable electrical performance. Its small size and relative low cost also make it a popular choice among many electronics professionals and hobbyists alike. With the current trend of miniaturization, through-hole resistors will continue to be increasingly used in a wide range of applications.

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