Ceramic potentiometer

Rated power: W. Shaft length: 45 mm.

Cermet resistive elements incorporate a ceramic based ink which allows a higher level of heat absorption and dissipation than most other composite materials used in potentiometers. Cermet resistive elements also have a wider temperature operating range compared to other substrates. Hot Molded Carbon — Carbon based materials also exhibit a greater ability to absorb and dissipate heat than most other composites. Carbon resistive elements incorporate a carbon based ink film which, depending on the thickness of the ink film, can allow a higher level of heat absorption and dissipation than most other composite materials used in potentiometers. Thick film carbon potentiometers are comparable to Cermet in their ability to absorb and dissipate heat when they are incorporated onto a carbon molded base material. Conductive Plastic — Conductive plastic materials do not absorb and dissipate heat as well as Cermet or Carbon. Conductive Plastic resistive elements incorporate a conductive plastic based ink film deposited onto a plastic substrate.

Ceramic potentiometer

Rated power: 20 W. Shaft length: 25 mm. Test voltage: VAC. Available via download:. No models are currently available. Private Customer Are you a private or business customer? Private Customer Prices are displayed incl. The search term must be at least 2 characters long. Series: D EAN:

No models are currently available Circuit diagram symbols and PCB footprint can be requested by clicking on the icon for the respective product, ceramic potentiometer.

Panel Potentiometers are variable resistors that are commonly used for all applications involving a reasonable number of cycles few tens of thousands, manually actuated. Mounted behind the front panel for various equipment, they frequently feature buttons mounted on their shafts. Typical applications include: setting the light or the brightness of a screen, turning the volume for an audio application, setting the speed on tool machining equipment, or various parameters for industrial remote controls. Typical markets include:. In summary Vishay offers a very versatile family of products with a wide range of potential options. Products » Panel Potentiometers. Panel Potentiometers Panel Potentiometers are variable resistors that are commonly used for all applications involving a reasonable number of cycles few tens of thousands, manually actuated.

A cermet potentiometer is a variable resistor made of ceramic-metal composite, offering low noise, stability, and precision in various electronic applications. A cermet potentiometer is a type of variable resistor that plays a crucial role in various electronic circuits and devices. This article provides an in-depth look at cermet potentiometers, their applications, advantages, and how they differ from other types of potentiometers. A cermet potentiometer is comprised of a resistive element made from a cermet material, which is a composite of ceramic and metallic materials. The cermet material is often a combination of metal particles, such as tungsten or platinum, and ceramic oxides, like alumina or beryllia. This composite material is then deposited onto a substrate, usually made of glass, ceramic, or a similar insulating material. The resistive element is connected to a pair of fixed terminals, while a third terminal, called the wiper, moves along the resistive track. As the wiper moves, it changes the resistance between the fixed terminals and the wiper, thereby allowing the user to control the output voltage or current in a circuit. The wiper is typically attached to a shaft, which can be rotated manually or adjusted by an automatic control mechanism.

Ceramic potentiometer

Cermet resistive elements incorporate a ceramic based ink which allows a higher level of heat absorption and dissipation than most other composite materials used in potentiometers. Cermet resistive elements also have a wider temperature operating range compared to other substrates. Hot Molded Carbon — Carbon based materials also exhibit a greater ability to absorb and dissipate heat than most other composites. Carbon resistive elements incorporate a carbon based ink film which, depending on the thickness of the ink film, can allow a higher level of heat absorption and dissipation than most other composite materials used in potentiometers. Thick film carbon potentiometers are comparable to Cermet in their ability to absorb and dissipate heat when they are incorporated onto a carbon molded base material. Conductive Plastic — Conductive plastic materials do not absorb and dissipate heat as well as Cermet or Carbon. Conductive Plastic resistive elements incorporate a conductive plastic based ink film deposited onto a plastic substrate. In all of the above examples, the ability of the potentiometer to dissipate heat is further enhanced by other mechanical parts used in the construction of the potentiometer. The primary dissipative path for heat generated by the resistive element is through the metal shaft and bushing. When the potentiometer is mounted in a metal panel the heat dissipation is further enhanced.

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Mechanical Characterisics? Available: 21 pcs. Search results: 1 item in 9 variations. Available: 12 pcs. EAN: Please create a new request or select an existing one. Key Specification: Version ceramic wire potentiometer. Ceramic wire potentiometer, 2. Shaft length: 25 mm. Images may differ. Rated power: 20 W.

The most elementary component in electronics is the resistors. We have already discussed the basics of resistors and how they can be used in a circuit. Another important form of resistor that is widely used is the variable resistors or Potentiometers.

What do the green ECAD icons mean. Technical specifications Download Datasheet. Create Wishlist from Cart. Power 20 W. Series D VAT Freight incl. Track Taper. Declaration of Conformity - EN. Rotation and Translation Terms? Wishlist Name.