RR02J16RTB

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Through Hole Resistors are ubiquitous in most electronic applications, with a wide variety of styles, types, and sizes. The most commonly employed through hole resistor is the RR02J16RTB. This resistor type is typically specified for applications where a higher power rating and stability are required over those achieved by an ordinary through-hole resistor.

The RR02J16RTB is part of a family of through hole resistors manufactured by Chip Interconnect. This resistor type is constructed from two copper alloy leads and four molded high temperature glass bodies, filled with a proprietary tantalum nitride resistive material. The glass bodies are designed with a pin contact interface that conforms to typical component lead spacing, and utilizes a standard “1u” or “500u” interface for soldering. The resistive material used in the construction of the RR02J16RTB is more durable and stable than ordinary resistive substances, as it can withstand repetitive thermal cycling without cracking or degrading.

The RR02J16RTB has been designed for operating temperatures between -45 and +125°C. It’s rated for power up to 5W, depending on configuration. Since it uses tantalum nitride, the resistor enjoys extremely stable resistance over a wide temperature range, making the RR02J16RTB an ideal solution for applications where temperature and power frequently vary.

The RR02J16RTB’s input voltage and current ratings vary depending on lead configuration and capacitor type. With an operating voltage of 40V, the RR02J16RTB provides ample power to most applications. Even when powered with 40V, the current rating of the RR02J16RTB is higher than most competing resistor types. The maximum current ratings are listed in the device data sheets, allowing engineers to easily select the proper configuration for their particular application.

The working principle of the RR02J16RTB is essentially the same as other through hole resistor types. At its core, it consists of a wire lead, two metal shells, and a tantalum nitride resistive material. An electric current is applied to the resistor, causing a voltage drop across the resistor due to its specific electrical resistance. This voltage drop is used to control the amount of current that may flow through the circuit. Tantalum nitride is a highly heat-resistant material, allowing the RR02J16RTB to operate reliably and accurately even in the presence of high temperatures.

The RR02J16RTB is particularly well suited for applications that require reliable power and performance, such as pulse-width modulation for power converters, and certain hot-wire sensors. It’s also well-suited for DC/DC converters and power supplies, providing reliable performance and efficient heat transfer.

In summary, the RR02J16RTB is a robust through hole resistor whose design utilizes tantalum nitride for reliable performance, high power ratings, and efficient heat transfer. It’s an ideal solution for applications that require a reliable power delivery, stability, and accuracy.

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