Description
1. Electrical Specification:
Circuit level: ≤35V(DC), ≤100mA,1W
Loop resistance: 10Ω~500Ω(depending on the length and material of the tail ribbon )
Insulation resistance: 100MΩ 100V
Dielectric withstand voltage: 250V Rms(50-60Hz 1min) without breakdown or arcing after tested.
Insulation UV Ink withstand voltage: ≥800V/mil
Contact callback time: ≤6ms
Service life: Flat type≥5 million times,touch-type ≥1 million times.
contact resistance :0.5~10Ω
Insulation resistance:≥100MΩ(100V/DC)
Substrate withstand voltage:2kV(DC)
Rebound time:≤6ms
Insulation UV Ink withstand voltage:100V/DC
2,Mechanical Characteristics:
Operating pressure: Flat type:57~284g(2~10oz),touch type:170~397g(6~14oz).
Membrane switch path: Flat type 0.1~0.5mm,tactile type 0.6~1.5mm.
3, Environmental parameters:
Operating temperature: Flat type(including metal dome)-20ºC~+80ºC, Embossing type -20ºC~+60ºC.
Storage temperature: Flat type(including metal dome)-40ºC~+80ºC, Embossing type-40ºC~+60ºC.
Humidity : 40ºC,90%~95%,240hours
Applications
Membrane Switch Widely used in electronic communication, electronic measurement instruments,
industrial control, medical equipment, automotive industry, smart toys, household appliances, etc.
Introduction of membrane Switch
A membrane switch is a touch-sensitive device created by the printing, cutting, and laminating of
precision thin-film plastic materials. Low-voltage, low-current momentary electrical contact is made
and retained by applying finger-tip force to the front surface of the switch.
Membrane switch technology has become a reliable front panel solution where environmental
concerns or frequent cleaning are an issue. The sealed nature of the technology coupled with its
reliability and ability to offer tremendous aesthetic flexibility make it the solution of choice for many
industries.
