RNC60H9650DSRE6

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Through Hole Resistors are electronic components used to limit electrical current flow in circuits. RNC60H9650DSRE6 is an example of a Through Hole Resistor. It is a low-temperature-coefficient (TCR), thick-film negative-temperature-coefficient (NTC) deep-trench resistor designed to provide precise tolerances over wide temperature range.

RNC60H9650DSRE6 are available in case sizes and tolerances that suit a variety of applications. The power range varies from 1/4 watt up to 13 watt. The physical size or case outline of RNC60H9650DSRE6 is identified by a two-digit code, such as "06," which corresponds to a case outline size of 1206 mils. The complete code for the part specifies the case outline, the electrical and environmental characteristics, and the temperature and old coefficient.

RNC60H9650DSRE6 has a comprehensive range of applications. It is designed for surface mount technology (SMT) and it is suitable for reflow soldering process too. It is ideal for automotive applications as well as for industrial and commercial applications. The resistors are designed for medium and high current applications where close tolerances, low noise, and fast thermal response are important.

The working principle of RNC60H9660DSRE6 is straightforward and follows the basic principles of physics. Electrons from a voltage source flow through the resistor and are impeded and limited by the resistance. The more resistance offered, the more the electrons are slowed. This in turn causes the electrical energy to dissipate as heat. Different resistor materials, sizes, shapes, and power ratings are used to achieve the desired result.

The materials used for this type of through-hole resistor are generally a combination of plated metal, ceramic, and conductive materials that form a resistive layer. The size and geometry of the resistive elements dictate the resistance of the component. The conductive elements are typically made of a conducting material such as carbon, aluminum, or silver. The resistive layer is usually made of ceramic, while the support or terminal pins are usually made of metal.

When the correct combination of voltage and resistance is applied, a certain current will flow through the resistor giving an electrical result. The stability of these resistors over time and at extreme temperatures is improved over wirewound resistors, which are the traditional type of through-hole resistor. Whereas wirewound resistors tend to deteriorate due to heat, vibration, and moisture, thick-film resistors like the RNC60H9660DSRE6 are much more reliable and offer better stability over time.

The RNC60H9660DSRE6 is an ideal choice for a variety of applications, from automotive and medical equipment to industrial and consumer products. Its low-temperature-coefficient (TCR) and its precise tolerance over a wide temperature range make it a great option for these applications. Its thick-film construction ensures superior reliability and stability over time. Furthermore, its compact size makes it easy to integrate into any kind of device without taking too much space.

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