EY150KE

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The EY150KE is a type of through-hole resistor manufactured by Kitagawa Corporation. It is meant to be used as a part of a current-limiting circuit in order to protect any electric devices from being overloaded. It can be found in a variety of applications including automotive and industrial equipment.

The EY150KE consists of a body, insulator, inner core, ceramic rod, and terminals. The body is made from durable cyclone-resistant glass-epoxy material, ensuring that its performance is not compromised, even in harsh conditions. The insulator is made from a combination of PTFE and phosphate glass, which provide the highest grade of insulation. The ceramic prevents rusting of the terminals and extends the life of the resistor. Lastly, the terminals are made from brass for a reliable connection.

The EY150KE has a variety of features that make it ideal for use in current-limiting circuits. Its low on-resistance, high-temperature rating, and wide operating temperature range (from -50°C to 150°C) make it the preferred choice for a variety of applications. Additionally, the resistor has a superior heat dissipation ability and a high current-stability that makes it ideal for long-term and continuous operation without the need for frequent adjustments.

The working principle behind the EY150KE is simple. It operates by limiting the amount of current that can flow through the circuit, thereby protecting it from damage due to overloading. This is accomplished by using the resistor\'s resistance to convert some of the current to heat, which is then dissipated into the surrounding environment. When the current reaches the rated value, the resistor will act as a protective circuit breaker, cutting off the flow of electricity until the circuit is reset. This helps to ensure that electronic devices are not damaged due to excessive amperage.

In summary, the EY150KE through-hole resistor is designed for use in current-limiting circuits. It is highly reliable and provides superior performance due to its robust construction, low on-resistance, wide operating temperature range, high-temperature rating, and superior heat dissipation ability. Furthermore, its working principle of limiting current helps to protect electronic devices from damage due to overloading.

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