RN70C1372FBSL

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Through Hole Resistors are a common type of resistor that are used in many industrial, commercial, and residential circuits. They are made up of two wires connected at one or more terminals. The resistor material is then wrapped in a helical shape in order to create the resistance. Their size and shape makes them easy to mount securely in all types of circuit boards. The main advantage of Through Hole Resistors is that they can withstand repetitive high temperatures and have a longer lifetime than other types of resistors.

RN70C1372FBSL is a Through Hole Resistor. It is used in a variety of applications such as DC-DC converters, audio devices, and automotive applications. It is a reliable and cost-effective solution for these applications. It is designed for high frequency and pulse applications with high ripple. The maximum operating temperature of this resistor is 130℃. It is available in a variety of power ratings, from 0.5W to 5W.

The RN70C1372FBSL Through Hole Resistor is constructed of an encapsulated silicon substrate. It is a two-wire resistor with a two-pin terminal. Its low thermal resistance allows for better thermal performance and lower thermal lag. It also has a lower self-heating and higher current carrying capacity. It is designed to accept a wide range of applications and temperatures and is capable of handling power up to 10W.

The working principle of the RN70C1372FBSL Through Hole Resistor is based on Ohm’s law. When a current is passed through the resistor, a voltage proportional to the current will appear across the resistor and the current will be inversely proportional to the resistance. This allows the resistor to control the current in the circuit. The resistor also helps protect the circuit against over-current and over-voltage conditions.

In conclusion, the RN70C1372FBSL Through Hole Resistor is a reliable and cost-effective solution for DC-DC converters, audio devices, and automotive applications. It is designed to accept a wide range of applications and temperatures and is capable of handling power up to 10W. Its working principle is based on Ohm’s law which states that when a current is passed through the resistor, a voltage proportional to the current will appear across the resistor and the current will be inversely proportional to the resistance.

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