OK2015E-R52

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The OK2015E-R52 is a through hole resistor found in a variety of electronic applications. It is made of an insulating ceramic layer (usually alumina) which is coated with a thin-film of metal (usually aluminum). This combination provides reliable conductivity and limits the amount of heat produced during operation.

The OK2015E-R52 is a very versatile resistor due to its low power consumption and wide temperature ranges. It has a resistance range of up to 1MOhms and can be used in a variety of applications, such as power supply, voltage divider, audio frequency amplifier, or an RF amplifier. It is also suitable for use in measuring devices.

The working principle of OK2015E-R52 Throughhole Resistors is quite simple. When current is applied to the resistor, the thin-film metal surface expands which causes an increase in resistance. The ceramic insulator reduces the effects of temperature changes, to ensure that the resistor stays stable and does not suffer thermal runaway. This prevents excessive current from flowing through the resistor which can be damaging in some applications.

OK2015E-R52 can be used in a range of applications, from automotive and industrial to consumer electronics. It is widely used in cars to control voltage regulators, electrical systems, and even in microprocessors. In the industrial sector, the same resistor can be used in various sensor devices to measure and control pressure, temperature, current, and voltage.

In consumer electronics, the OK2015E-R52 is used in many electrical products, including mobile phones, computers, digital cameras, and printers. It is also commonly used in most audio and video systems, such as amplifiers and receivers.

The OK2015E-R52 is a highly reliable and efficient resistor. It is easy to use and install, and its low power consumption ensures a stable operation. Furthermore, its wide temperature ranges and resistance range make it suitable for a variety of applications. Overall, the OK2015E-R52 is an ideal resistor for many applications due to its flexibility and reliability.

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