3364W-1-102E Potentiometers, Variable Resistors

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Trimmer Potentiometers, such as the 3364W-1-102E, are commonly used to control time, amplitude, or frequency in a circuit. These devices are typically used in high-performance circuits such as power supplies, automotive electronics, and medical device electronics.

The 3364W-1-102E is a single-turn potentiometer, which is the simplest and most common type of trimmer potentiometer. It has a single, linear tap point, which is usually located in the center of a finely calibrated revolution. Various forms of these devices, including the 3364W-1-102E, are also available with more than one tap point.

The 3364W-1-102E has a certain resistance range and a high resolution of adjustment to meet the requirements of high-precision applications. It has a rating of 0.5 watts at +25°C, a resistance range of 100-1000 ohms, and a resistance tolerance of ±20%. It also has a temperature rating of -55°C to +125°C.

In typical operation, the 3364W-1-102E is connected to a power source and one or more external circuits. It is then adjusted to control the flow of power in the external circuit(s) by varying its resistance, which is a property of the special Variable Resistor element material in the device. The external circuits may include resistors, capacitors, diodes, transistors, and other electronic components.

The Variable Resistor element of the 3364W-1-102E is comprised of a series of metal tracks on a ceramic substrate. As the tap point, or wiper, is moved, the size of the conducting path is changed, resulting in a variation of the device\'s resistance. As the resistance of the Variable Resistor element changes, so does the voltage across the external circuit(s) it is controlling, providing a method of precision adjustment.

For cost effective adjustable circuits in demanding high precision applications, the 3364W-1-102E is a cost-effective solution. It\'s compact size and high reliability makes it popular among designers of precision circuits. Its ability to control time, amplitude, and frequency, makes it an ideal choice for power supplies, automotive electronics, and medical device electronics where precise control is required.

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