RWR71S35R7FRBSL

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Through hole resistors are a type of resistor which are made of non-conductive materials, usually ceramic, and are connected to the PCB through a series of holes which are cut in their body. These through holes can be used to allow a current to flow through them, in a controlled manner, which is then used to alter the resistance of the resistor. The type of resistor represented by RWR71S35R7FRBSL is a through hole resistor which has an integrated thermistor, meaning it also has temperature sensing capabilities.

The application field of the RWR71S35R7FRBSL resistor is mainly in commercial and industrial applications where the need for current sensing and thermal control is needed. Typical applications include motor controls, electrical relays and various types of safety mechanisms. This type of resistor can also be used in automotive electronic systems and is becoming increasingly popular for applications which require temperature control and accurate current sensing. This type of resistor can also be used to measure the current in certain types of electrical power supplies.

The working principle of the RWR71S35R7FRBSL resistor is that it uses the integrated thermistor to measure the temperature of the circuits in which it is installed. This thermistor is designed to provide the required response when the temperature of the circuit exceeds a certain level, making it possible to detect the current flow. The thermistor will then alter its resistance in order to maintain the level of current in the circuit, ensuring that the circuit does not overload. The resistor will also be able to detect over-current conditions and will shut down the circuit if they occur, providing additional safety features for the system.

The RWR71S35R7FRBSL through hole resistor is a very useful component in many applications where accurate thermal control and current sensing are required. The thermistor allows the resistor to maintain the correct current levels in the circuit, while also providing additional safety features which can prevent damage in the event of an over-current condition. This makes this type of resistor highly suitable for applications where precision temperature sensing and current sensing are required.

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