RNC50H3701BSRSL

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Through Hole Resistors

A through hole resistor is a resistor that is mounted in a circuit board (PCB) through a hole in the board. Through hole resistors are used in virtually every electrical product and are the most common type of resistor used in circuit boards, particularly in analog and digital circuits. The RNC50H3701BSRSL is a SMT resistor for high-frequency applications including wireless communication systems, automotive applications, and industrial applications.

RNC50H3701BSRSL Application Field

The RNC50H3701BSRSL is a resistor of choice when it comes to high-frequency wireless communication systems, automotive applications, and industrial applications. This high-frequency through hole resistor is suitable for use in power line filters, RF signals transmission and reception, and communication switching. The permanent type and high-temperature conductor used for this specific resistor make it the ideal choice for these sophisticated applications.

The RNC50H3701BSRSL is also capable of resisting high temperatures and can be used in profiled and guided paths, making them suitable for difficult wiring applications. The integrated load plates provide a solid mounting interface for the resistor, and the unique design allows for both the resistor and termination to support high temperatures and resist shock and vibration. The RNC50H3701BSRSL is also graded for high-temperature applications up to rates of up to 200°C.

RNC50H3701BSRSL Working Principle

The RNC50H3701BSRSL is a through hole resistor that consists of two arrays of electrical conductors and connections. The first array consists of multiple resistors with varying resistance that are connected in parallel. The second array consists of small connecting wires that join the resistors in the first array. The conductors in the second array are insulated from each other and the entire assembly is covered in a protective covering. This assembly of resistors and wires is then placed on a printed circuit board (PCB).

The electrical current is passed through the resistor array to provide a resistive load for the circuit. The amount of current that passes through the resistor array is determined by the amount of resistance present in it. The resistor array is designed in such a way that it dissipates heat generated due to the electrical current passing through it. The amount of heat generated is directly proportional to the amount of electrical current passing through the resistor. Thus, the amount of current allowed to pass through it can be regulated by controlling the resistance.

The RNC50H3701BSRSL is also designed to be extremely resistant to external influences such as short-term mechanical stress, electricity, and vibration. The permanent type used for the resistor also helps to ensure that the resistance value remains constant even after long-term exposure to external forces. This makes the RNC50H3701BSRSL an excellent choice for use in all types of high-frequency applications.

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