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pCB SLIP RINGS – WHAT ARE THEY?

PCB SLIP RINGS – WHAT ARE THEY?

Often known as ultrathin flat slip rings, PCB slip rings are a type of pancake slip ring. It includes two parts, the ring surface and the brush assembly, and is a common form for flat slip rings. Plating copper and gold are applied to the ring surface circuit board, giving it an ultra-hard and wear-resistant surface.To get more news about pcb slip ring, you can visit grandslipring.com official website.

What is the Structure of PCB Slip Rings?

Where do PCB slip rings come from? Knowing this makes it easier for any customer to understand its reliability. PCB slip rings are made by many manufacturers. Customers expect that each of their PCB slip rings perform well. They are composed of two parts:

The surface: The one which gives it its pancake-like appearance. If there is little space for upward movement, it is flat to occupy horizontal space. Manufacturers use various materials to create the surface, but usually a thick layer of copper and gold is added during the process.

Brushes: A slip ring also contains brushes to transmit signals just like any other slip ring. Depending on the manufacturer, PCB slip rings can have brushes of various materials. Metal alloys can be used for brushes or fibers that are more reliable and are made with the latest technology.

Unique features of PCB Slip Rings?

The PCB slip ring is unique among the other devices due to the materials used in making it. This slip ring features the following characteristics that make it a good choice for customers:
Small-space requirements: When you are installing a slip ring and don’t have a lot of horizontal and vertical space, this pancake-shaped slip ring is ideal because it takes up little space horizontally and vertically. If you are working in a small space but want the system to function normally, it is ideal because it provides a thickness of up to 5.8m.

Friction is low: brushes brush against conductive metal. To make the surfaces and to make brushes, manufacturers use copper and gold. The moving and stationary parts have less friction because rusting is reduced.

Low electric noise: Without friction, a machine or device will not produce any sound when it operates; creating a quiet working environment that is both conducive and productive.

Low torque: Brushes are in direct contact with the metal, causing minimal friction to occur. Therefore, slip rings are suitable for complex machines since they reduce torque.