RN60C5651CB14

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Through Hole Resistors are used in a variety of applications, such as temperature measurements, capacitance measurements, voltage and current measurements, ground and power inductions, signal processing, power regulation, and more. The RN60C5651CB14 is one such Through Hole Resistor – a CBR resistor – that features both cost efficiency and high performance. This particular resistor contains a temperature-stable high-value resistor with surge voltages as high as 60 volts.

This reliable resistor is designed to be used in RF radio transceiver circuits, allowing stable voltage and current measurements at high frequencies. Its surge power handling capability up to 2500 watts makes it suitable for a wide range of applications. Additionally, its non-inductance construction ensures that its accuracy is not affected by the frequency of the input signal.

The RN60C5651CB14 Application Field and Working Principle applies a ceramic semiconductor to make up the resistor element. This element is encapsulated inside a hermetically sealed metal case providing corrosion protection, and is rated for power up to 2500 watts. It is designed to operate both in a voltage and in a current mode with a range of 9.4 volts to 35 volts and has a temperature coefficient as low as 75ppm/°C for resistance.

The working principle of this Through Hole Resistor is based on the fact that ceramic contains silicon oxide, which, when exposed to electric current, increases its resistance. This means that the resistor is designed with a temperature coefficient that is as high as 75ppm/°C, maintain its stability throughout a wide temperature range. Additionally, the resistor features a built-in damage-prevention mechanism to prevent it from going into thermal runaway.

The RN60C5651CB14 Through Hole Resistor is designed to provide high-speed and high-accuracy performance for a wide range of applications with its non-inductive construction, surge power handling capability, wide operating temperature range, and low temperature coefficient. Additionally, its hermetically sealed metal case ensures that the resistor is resistant to atmospheric corrosion and other environmental damage. It is an ideal choice for temperature measurement, signal processing, and RF radio transceiver circuits.

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