3352E-1-105LF

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Thumbwheel potentiometers are widely used in the electronic industry for their accurate setting and reliable performance. The 3352E-1-105LF is no exception.

The 3352E-1-105LF is a large, multi-turn absolute contactless thumbwheel potentiometer, designed for applications that require a high degree of precision and reliability. It is capable of delivering up to 10,000 counts per revolution, far greater than conventional rotary devices, and features a range of settings allowing for the fine tuning of parameters such as voltage, current and speed.

The construction of the 3352E-1-105LF is robust and durable. It is designed to withstand temperatures of up to 125°C and is also resistant to vibration, humidity, moisture and other environmental factors. It also has an excellent life expectancy of up to several million revolutions.

The 3352E-1-105LF is well suited to a variety of applications, including industrial automation, motion control and robotics. It can be used in many fields to accurately set parameters such as position, velocity, acceleration, torque and pressure. It is also a great choice for applications that require the measurement of variable resistances.

The working principle of the 3352E-1-105LF is relatively simple. It consists of two main parts -- a slider and a tumbler. The slider is connected to a shaft, which is in turn connected to an electrical circuit. As the shaft is rotated, the slider slides along the tumbler, which is perforated with a series of conductive patterns. The position of the slider corresponds to a value that is determined by the number of resistance points crossed by the slider and tumbler. The result is an analog voltage that can be measured and used to control various parameters.

Thanks to its reliable and accurate performance, the 3352E-1-105LF is a powerful and versatile component that can be used in a wide range of applications. It is both cost-effective and easy to integrate, making it an excellent choice for any application that requires precise control of parameters.

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