Little Knowledge About Membrane Switch Panel Layer
Little Knowledge About Membrane Switch Panel Layer
Thin film panels are very common in the field of household appliances and various industrial products, and have both decorative and functional control panel trademarks.
The membrane switch plays an important role as a tactile switch between the user and the instrument. Membrane buttons have a better feel and longer life, which can indirectly improve the production efficiency of various types of switches using conductive films. The contacts on the membrane button are located on the conductive parts of the PCB. When the button is pressed by external force, the center point of the contact is concave and contacts the circuit on the PCB, thereby forming a loop, allowing current to pass through, and the entire product can work normally.
Membrane switch panels can be printed on plastics such as PVC, PC, PET, PMMA, etc. through digital printing technology to customize graphics, text, and color requirements according to customer needs. Double-sided tape can be pasted on the back to produce logos, control panels, and protection. of plastic products.
How to choose the thickness of membrane switch panel?
Regardless of whether it is PC, PVC or PET, as the panel layer of the membrane switch, due to its resilience, lifespan and other factors, the thickness is usually 0.175MM, which is relatively moderate. Users can adjust it within the appropriate range according to the characteristics of the product. However, it should be noted that: if the panel layer is too thin, the three-dimensional molding will not be obvious enough, and it is difficult to keep it flat in a larger area; if the panel layer is too thick, the feel will be dull and the operation strength will increase.
What is the use of membrane switch button bulge?
There will be a raised bulge in the membrane switch, so what does this bulge do?
The buttons on the membrane switch are designed as bulges, which can better allow the operator to quickly determine the position of the buttons, make the buttons feel better, and also make the product more designed and three-dimensional. The conventional diameter size of the button protrusion is 8-15MM, and the height is usually between 0.3-1.2MM. Other values can be customized according to customer needs.
4 advantages of membrane switch bumps:
1. Enhanced the decorative effect of the appearance of the membrane switch panel
2. Improve the operator’s feel
3. Accurately give the key range
4. Improve key recognition speed
The panel layer of the membrane switch provides users with an operating feel and visual beauty, so it is also a very important link in the design of the membrane switch. Membrane buttons occupy most of the market due to their low cost, simple process and good feel. Membrane buttons also have the characteristics of thin, soft and good protective performance. Combined with the application of customer products, Yu An Electronics provides customers with the most suitable membrane switch solutions and solves customers’ difficulties. This is our service tenet! If you want to know about membrane switches, you can send us an email: sales@best-membraneswitch.com.
What is a tactile membrane switch?
What is a tactile membrane switch? A tactile membrane switch is an electronic switch that combines membrane switch technology with tactile feedback. Similar to traditional membrane switches, it is composed of multiple layers of membrane material. It usually includes a panel layer, an upper circuit layer, an isolation layer, and a lower circuit layer. In ...
Membrane switch repair
Membrane switch repair? During the use of membrane switches, they are usually affected by some factors and fail. So what are the common repair methods for membrane switches? First, if the membrane switch fails due to significant external impact or long-term wear, it may be necessary to replace the entire membrane switch. This usually involves ...
How to repair a membrane switch?
How to repair a membrane switch? To repair a membrane switch, you can first determine the type of fault, and judge it by observation, touch and multimeter detection. Then disassemble the membrane switch, check and determine the specific fault location and cause, and then repair it, such as repairing the conductive layer with conductive ink, ...
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