3262W-1-470LF

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Trimmer potentiometers are adjustable resistors used to fine-tune circuits to improve system accuracy. The 3262W-1-470LF Trimmer Potentiometer is one such device, featuring a single turn design with an Electroless Nickel Palladium Immersion Gold contact in a 0.1” inch square package. Its small size makes it ideal for space-constrained applications where simplicity and cost-effectiveness are a factor.

The 3262W-1-470LF is suitable for contact sensing and power control applications, where the stability of the system is of the utmost importance. It is available in two models – the C01-C41 and the full-size C41-C85. Both are offered in three resistance ranges – 10K to 20K, 20K to 30K and 30K to 50K, making them suitable for both high- and low-end products. Additionally, the trimmer potentiometer features a wide variety of contact materials and configurations to meet a range of design requirements.

The 3262W-1-470LF trimmer potentiometer works on the basic principle of variable resistance. As the user turns the dial, the resistance of the potentiometer changes. This change is then used in the circuit to adjust the parameters of that circuit, such as voltage, power or frequency. This makes them useful for fine-tuning and calibrating equipment for accuracy and stability.

The 3262W-1-470LF comes with a 0.1 inch pitch, single arms, and a range of resistance. It is designed to provide reliable and accurate performance over a long period of time, and can be used for a variety of applications including contact sensing, power control, and voltage dividing. Additionally, the trimmer potentiometer is constructed of high quality materials to ensure durability and longevity.

The 3262W-1-470LF trimmer potentiometer is an ideal choice for small or space-constrained applications where cost and simplicity are important. It offers a wide range of resistance, contact materials and configurations to meet a variety of design requirements. Additionally, its durability and reliable performance make it a great choice for applications requiring fine-tuning and accurate parameter setting.

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