58C1-10K

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Rotary potentiometers (called as "potentiometers") and rheostats are two general types of resistance devices. This article describes the application field and working principle of 58C1-10K.

The 58C1-10K is a miniature rotary-style potentiometer that is designed to provide accurate and reliable measurements of resistance. It is widely used in signal processing, communication systems, and industrial control applications. The 58C1-10K can also be used as a variable resistor in a range of systems.

The 58C1-10K is based on the principle of a secondary winding galvanometer, which is a device that converts resistance into electrical signal. The 58C1-10K is constructed with a central fixed contact and two or more moveable contacts, which can rotate around the stationary contact. With the rotations of the contacts, the resistance between the stationary and moveable contacts will change accordingly.

The internal construction of the 58C1-10K can be divided into two parts. The first part is the main body, which consists of a resistance element, a stator, and a rotor. The second part is the winding, which consists of a conductor with one or more turns of it. The resistance element is a non-polarized wire-wound resistor, and it is resistant to thermalshock, vibration, and shock. The resistance element can be built to vary its resistance according to the temperature or other environmental conditions. The stator is a bonding material surrounding a non-magnetic housing. The rotor consists of a metal core or magnet and an armature or an actuator.

The 58C1-10K works by measuring the resistance of the wire-wound element when the rotor turns. The rotor\'s movement will cause its armature to displace the resistive element, making the resistance changed from the initial value. The contact of the rotor creates electrical current through the resistive element, and this current can be measured to determine the resistance. The resistance obtained from the 58C1-10K is quite accurate and can be used in various types of electrical or electronic systems.

In conclusion, the 58C1-10K is a type of rotary potentiometer that is highly accurate and reliable in measuring resistance. It is commonly used in electronic systems and control systems for its high precision. It works by using a secondary winding galvanometer to convert the resistance into an electrical signal. The internal construction of the 58C1-10K consists of a resistance element, a stator, and a rotor. The rotor displaces the resistive element when it rotates, causing the resistance to change from the initial value.

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