Capacitive Switch - MS8883A
• Dynamic proximity switch
• Digital processing method
• Automatic calibration
• Sensing plates can be connected remotely
• Open-drain output (P-type MOSFET, external load between pin and ground)
- Quantity:
- - +
Product Specification
1.General Description:
The integrated circuit MS8883A is a capacitive switch that uses a patented (EDISEN) digital method to detect a change in capacitance on a remote sensing plate.
Changes in the static capacitance (as opposed to dynamic capacitance changes) are automatically compensated using continuous auto-calibration. Remote sensing plates (e.g. conductive foil) can be connected remotely to the IC using coaxial cable.
2.Applications:
• Hermetically sealed keys on a keyboard
• Switch for medical applications
• Switch for use in explosive environments
• Vandal proof switches
• Automotive: Switches in or under upholstery, leather, handles, mats and glass
• Portable entertainment units
• Buildings: Switch in or under carpets, glass or tiles
• Sanitary applications: Use of standard metal sanitary parts (e.g. tap) as switch
3.Typical application:
4.Features:
• Dynamic proximity switch
• Digital processing method
• Automatic calibration
• Sensing plates can be connected remotely
• Open-drain output (P-type MOSFET, external load between pin and ground)
• Designed for battery powered applications (IHI typ. 3μA)
• Adjustable response time
• Adjustable sensitivity
• Output configurable as push-button, toggle or pulse
• Large voltage operating range (VHI = 3.0 to 9V)
• Large temperature operating range (Tamb = -40 to 85°C)
• Internal voltage regulator
• Available in SO8 package
If you cannot find what you want, you can entrust OFweek to source for you. Just click:
Sourcing ServiceRecommended Products
-
Capacitive Switch
-
Capacitive Switch
-
Legacy Nxp Capacitive Touch Sensors
-
Legacy Nxp Capacitive Touch Sensors
-
Human Body Detector
-
Conductivity Standard Solutions
-
Figaro Pre-calibrated module for carbon dioxide
-
NEMOTO Ion Type Smoke Sensor
-
CO2 sensor 4.34 μm Distributed Feedback (DFB) QCL
-
CO Sensor 4.53 μm Distributed Feedback (DFB) QCL