OX681KE

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Through Hole Resistors are one of the most common types of resistors found in electronic circuits. The OX681KE is one example of this type. Its construction and design follows similar guidelines to other through hole resistors, with a few distinct advantages.

Technically, through hole resistors are actually the most basic form of resistors. A through hole resistor is essentially a resistive element which is enclosed within a cylindrical or squarish package. This packaging containing the resistive element can be a molded plastic or ceramic package, or may even be a coated metal body.

The OX681KE is designed specifically for user convenience and cost savings. It is a custom developed through hole resistor created by Opto Technology and is a part of their OX series. The OX681KE is designed to reduce the number of cost and labor intensive operations associated with through hole resistors in order to save space, time and money.

The most significant feature of the OX681KE is that it is constructed from a single piece of conductive material. This reduces the number of costly and time consuming stages involved in mounting and soldering multiple components together in order to create the complete product. It also simplifies manufacturing, as the 3D shape of the resistor can be produced directly from a single piece of conductive material. Additionally, usage of a single piece of material eliminates extra steps and costs associated with conventional constructions for resistors.

The OX681KE also has other notable features that make it highly attractive to designers. Its package is small and compact, making it suitable for a wide range of applications. It also has an increased power dissipation compared to other resistor constructions of the same size. This helps make it ideal for high current, high temperature applications. Finally, the OX681KE offers very good signal integrity and temperature stability, as well as a precise current limiting and tight thermal and electrical margins.

Due to its high power dissipation, easy installation, and precise design, the OX681KE resistor is used in a variety of electronic applications. It is heavily used in power supplies, solid state lighting, automotive/industrial applications, laboratories and many other applications which require high-precision, low-power components and devices. It is also most useful in the design of power-intensive circuits, such as those found in LED lighting, computer power supplies, audio amplifiers and industrial control systems.

The working principle of OX681KE is actually quite simple. The resistor is connected in series with the device being powered, and its job is to limit the current passing through the device. By adjusting the resistance, this current can be set to the optimal level that is required for the device to run properly. As the current passing through the resistor rises, its resistance also rises in order to limit the current. This process helps avoid costly and damaging current surges.

In summary, through hole resistors such as the OX681KE are essential components for a variety of electronic applications. They offer an efficient and precise method of regulating current, as well as providing superior thermal and electrical margins. This makes them very attractive for use in high power applications. Furthermore, their small size and easy installation also make them a convenient and cost-effective choice.

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