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Through Hole Resistors

The RN70E2051BBSL is a through-hold resistor that is capable of operating in high temperature environments and offering high reliability. It is suitable for a variety of applications, including vibration and shock resistant applications, in high temperature and high voltage environments as well as various automotive and military applications.

Application Field

The RN70E2051BBSL is a through-hole resistor, meaning that its physical design allows for it to be installed without the use of any special fixtures or tools. It is suitable for high temperature applications up to 175°C due to its specialized materials and construction. This makes it a common choice for high temperature environments, such as engines, motors, and power supplies which may be subject to high temperatures and shock. Additionally, it can be used in applications utilizing high voltages, such as plasma-based electronics, circuit protection, and power supplies.

In addition to its suitability in high temperature and voltage applications, the RN70E2051BBSL is also designed to resist shock and vibration, making it suitable for devices which may find themselves exposed to such forces. Additionally, its high reliability and superior performance make it the ideal choice for automotive and military applications where reliability is a must.

Working Principle

The RN70E2051BBSL operates within an ohmic range, meaning that it is only capable of consuming current in a linear fashion in response to a given voltage. It is constructed from an annealed oxide film, placed in between two or more layers of ceramics. This assembly is then packed in an epoxy resin which is flame retardant and moisture proof. As a through-hole resistor, it is designed to dissipate heat, preventing the resistor from reaching dangerous temperatures. Additionally, the resistor is resistant to shock and vibration due to its design principles.

Depending on the application, the RN70E2051BBSL can be applied in various ways. For example, if the resistor is intended to be used in an environment with high current draw, then it can be connected in parallel with a capacitor or an inductor which can help absorb and store the excess current. Additionally, the resistor can be connected to other components in series, allowing for a complete circuit to be created.

Conclusion

The RN70E2051BBSL is a through-hole resistor that is designed for high temperature and voltage applications, as well as providing high reliability and superior performance in shock and vibration resistant applications. It is constructed from an annealed oxide film and is encapsulated in a flame retardant epoxy resin. Depending on the application, the resistor can be connected to components in series or parallel which can offer enhanced performance benefits.

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