RNC50H1691FSB14

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Through Hole Resistors are resistors that are physically larger than those used in surface mount technology. Simply put, through hole resistors are actually “wedged” into a circuit board through a hole. This is where the name “through hole” was derived from. RNC50H1691FSB14 is a standard example of a through hole resistor.

RNC50H1691FSB14 is a through hole resistor that is designed to be resistant to water and other liquids. It has a rated resistance of 1.69 ohms and a temperature coefficient of 1000PPM/ °C. It is also capable of handling large amounts of current, up to 1 amp, and can maintain its resistive characteristics from -55°C to +125°C. Its maximum power dissipation is 1/4 watt and it has an insulation resistance of greater than 100M ohms.

RNC50H1691FSB14 is mainly used in applications dealing with high frequencies such as radio communications, radar, GPS, and mobile phones. It is also widely used in computers, consumer electronics, defense, and medical equipment. The typical height of the RNC50H1691FSB14 is 4.1 mm, making it suitable for use in limited space environments.

The working principle of RNC50H1691FSB14 is based on Ohm’s law, which states that voltage is equal to the current passing through a resistor times the resistance. Specifically, RNC50H1691FSB14 consists of a wire or a coil of wire that is wrapped around a non-conductive ceramic core. As electricty passes through the wire or the coil, an electrical resistance is created. By varying the length of the wire or the diameter of the coil, the resistance can be adjusted. The ceramic core also helps to stabilize the resistor’s temperature coefficient.

In a nutshell, RNC50H1691FSB14 is a type of through hole resistor that is widely used in different applications dealing with high frequency signals. Its design and construction are based on Ohm’s law and its compatibility with limited space makes it ideal for use in tight environments. Its resistance and temperature coefficient are also highly reliable, making it suitable for use in even the most demanding of conditions.

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