3269W-1-503GLF

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Trimmer Potentiometers are devices used widely in circuit design to provide adjustable resistance in order to optimize performance. They are also used to fine-tune certain parameters or to calibrate the output of a circuit. The 3269W-1-503GLF is a trimmer potentiometer specifically designed for use in thin-film applications. It is a small component that features a 20 turn potentiometer with a resistance range of 10 out to 50 ohms.

The 3269W-1-503GLF can be used in many different applications including variable gain amplification, frequency division, and potentiometer voltage dividers. In addition, it can be used in analog switches, linear regulators, and microphone amplifiers. It also has applications in communications, medical, and automotive systems.

The device has a sliding contact made of graphite and a ceramic substrate base. The contact is held in place by a spring mechanism and can be adjusted easily with a screwdriver or a trimming tool. The device is designed to maintain its electrical parameters under operating conditions and has a high resolution of 0.25 ohms per turn. This high resolution allows for fine adjustment of the resistance in order to achieve optimum performance.

The working principle of the 3269W-1-503GLF is based on the principle of resistance change. As the screwdriver or trimming tool is used to adjust the sliding contact, the resistance of the device changes and this in turn alters the output of the circuit. The resistance of the device can be set to any value within the specified range, allowing for fine-tuning of the circuit parameters and optimization of performance.

The 3269W-1-503GLF is a type of trimmer potentiometer specifically designed for thin-film applications. It features a 20 turn potentiometer with a resistance range of 10 to 50 ohms and is capable of maintaining consistent electrical parameters under operational conditions. Its high resolution of 0.25 ohms per turn allows for precise adjustment of the device for optimum performance. Furthermore, the device follows the principle of resistance change whereby the resistance of the device can be adjusted to any value within the specified range, enabling fine-tuning of the circuit parameters for optimal performance.

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