RN60C3742FBSL

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A through hole resistor, also known as THP (through-hole package), is a type of resistor designed for use in electronic products that can be assembled into printed circuit boards (PCBs). The RN60C3742FBSL is a through-hole resistor in a small package which allows for easy installation into PCBs.

The RN60C3742FBSL is designed for sensitive analog and digital control applications in which the ability to read small resistive values accurately is critical. The resistor is constructed with an insulating ceramic body and a metal (nickel-gold plated) contact pin. The nickel-gold plating provides low contact resistance and long-term stability of the contact point.

The primary use of this resistor is in printed circuit boards, as it offers high precision resistive values and is manufactured with tight tolerances (±1%, ±0.5%, and ±0.1%). Due to its small size, the resistor is ideal for designs in which small board spaces are required. Additionally, this resistor is capable of handling moderate power levels up to 1W.

The working principle behind the RN60C3742FBSL is rather simple. The contact pin is attached to the center of the resistor body, forming a junction point. This junction point allows for the resistance to be adjusted by either increasing or decreasing the distance between the pin and the resistor body. The resistance value is determined by the amount of current that flows through the resistor.

The RN60C3742FBSL is an ideal option for applications requiring controlled current flow, such as digital logic control circuits, voltage regulators, power supplies, and microprocessors. The low-profile design conforms to the resistance requirements of the application and provides sufficient power handling capacity. This resistor is also available in various resistance values.

In summary, the RN60C3742FBSL is a small-sized, high-precision through-hole resistor for use in a variety of electronic applications. The resistor offers high precision resistive values with tight tolerances and is capable of handling moderate power levels up to 1W. It is an ideal choice for applications requiring controlled current flow, such as digital logic control circuits, voltage regulators, power supplies, and microprocessors.

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