RN65D4002FB14

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Through Hole Resistors are widely used in a variety of devices and applications, ranging from simple consumer electronics like cell phones and radios to sophisticated medical and telecommunications equipment. The RN65D4002FB14, a Through Hole Resistor from TE Connectivity, is an example of such a component. It is used primarily for precision current sensing applications and is designed to provide an accurate and reliable connection to the board with the convenience of its through-hole mounting and configuration.

The RN65D4002FB14 features a low resistance of 0.4 Ω, a working voltage of 100 V, and a low thermal resistance. It also has a wide temperature range of -55°C to +125°C for reliable operation over a large temperature range. The resistor has a high resistance tolerance of ± 1%, which ensures its accuracy and precision.

The through-hole design of the RN65D4002FB14 makes it particularly suitable for current sensing applications, as it can be easily mounted onto a board without the need for any complicated configurations. In addition, this Resistor is capable of measuring DC and AC currents accurately, which makes it an ideal choice for precision requirements. Moreover, its high temperature rating ensures it won’t be damaged by heat.

In terms of its working principle, the RN65D4002FB14 works by measuring the voltage drop across the resistor as the current passes through it. This voltage drop is proportional to the amount of current that is flowing through the resistor. As the current increases, the voltage drop across the resistor increases as well. This property of the Resistor can be utilized to measure the current accurately, as the resistor acts as an accurate ammeter.

The RN65D4002FB14 is a reliable and accurate device for current sensing applications. Its through-hole design allows it to be easily mounted onto a board and its high temperature rating ensures it will not be damaged by heat. Moreover, its high resistance tolerance and wide temperature range make it an ideal choice for precision and reliable operation.

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