Thin Flim Switch Keyboard Whit Emboss Key PET Overlay And 3M
Adhesive
Quick Detail:
| Operating Temperature | -40—70(C°) | Operating Voltage | ≤50(V) |
| Rated Current | 0-30V DC | Contact resistance | 0.5-10( Ω) |
| Insulation Resistance | ≤50(Ω) | Key operation force | 15-750g |
| Dome springback time | ≤5(ms) | Substrate voltage | 1500VDC
|
Descriptions:
Flexible Remote Control Panels
1) Custom made OEM/ODM
2) Precise silk screen printing overlay add touch screen panel
3) Rich colors
4) High sensity & High quality
5) Environment Friendly
6) Perfect exterior
6) Raw Materials: PC film overlay+ touch panel
Applications:
Products are widely used in communication, industrial control,
household appliances, GPS, children's kid-learning, electronic
reading machine, various game machines, Instruments and
Apparatuses, attendance machine,
Electronic scale, medical equipment, electronic tools equipment,
automatic sewing machine,
Embroidery Machine, Machine Maintenance equipment, computer
keyboard and electronic calculators and etc.
Technical Specification Of Membrane Switch
| wire lead resistance: | ＜1Ω/CM | Life time: | >1 Million times |
| rated current: | 25-100mA,0～30V DC | Operation Temperature: | -40℃～70℃ |
| Rated Voltage: | ＜50V, DC | Operation Humidity: | at40℃,＜98%RH |
| Insulation resistance: | ＜100MΩ,250V DC | Dome springback time: | ＜5 msec |
| Switch travel: | Flat Type 0.05-0.3mm | Base Material voltage withstand: | 1500 V DC |
| tactile type:0.3-1.5mm | Tail flexiblility: | any angle within 180 degree |
Competitive Advantage:
1. High reliable in function
2. Long life over 1 million operation times
3. Function test 100% before shipment
4. Long history in the industry
5. Experiences in cooperation famous brands such as SANYO, Philips
etc.
6. Three factories to support mass production
7. Low cost
8. Professional staffs and in administration level
9. Expert sales team to support customer services.
10. Perfect exterior & rising available
11. Metal dome or silicone keypad is also available.
12. 100% quality tested
