OX683KE

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Through-hole resistors, also known as through-bore, are electronic components whose inductance and capacitance lie within the four terminal bases. They are used for applications requiring a single resistance value that is relatively low compared to other components. The OX683KE is a type of through hole resistor designed for applications in which a stable operating voltage is required. This resistor is also used in applications requiring a greater noise sensitivity or improved power efficiency.

The primary feature of the OX683KE is its double flanged construction. This provides superior power dissipation and improves the thermal performance of the resistor. Additionally, the two flanges increase the contact area and allow for fast connection of the resistor terminals to the printed circuit board. This allows for a better contact and a more reliable electrical connection.

The other major feature of the OX683KE is its high stability. It has an excellent temperature coefficient of up to -50.0 ppm/°C. This allows it to maintain its resistance value with excellent accuracy, even when subjected to thermal variations. Additionally, it has a high reliability rating, and offers excellent electrical and mechanical performance. This makes it ideal for applications where high stability and reliability are essential.

The OX683KE also has a working principle that makes it effective in many applications. This resistor is based on two tin oxide layers and two polyester film layers. This construction creates a resistive layer, which allows current to flow through it via a combination of electrons and holes. The two layers of polyester film ensure that the resistor layer maintains its high stability, as its structure does not change with time and temperature.

The OX683KE is ideal for applications requiring stable operating voltage, improved noise sensitivity, and improved power efficiency. It is commonly used in switches, potentiometers, GPIO ports, buffers, and signal conditioning circuits, and is also suitable for high power applications such as motor drivers, LED drivers, and power converters. It is also suitable for medical devices, Automotive, Aerospace, Military, and telecommunications applications.

In conclusion, the OX683KE through hole resistor is suitable for a number of different applications. It offers a high level of stability and reliability, and has a working principle that allows it to effectively dissipate power. Furthermore, it is highly resistant to temperature variations and offers excellent electrical and mechanical performance. As such, the OX683KE is an ideal choice for applications requiring a stable operating voltage, improved noise sensitivity, and improved power efficiency.

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