Electronics Engineering Herald                 
Home | News | New Products | India Specific | Design Guide | Sourcing database | Student Section | About us | Contact us | What's New
Processor / MCU / DSP
Memory
Analog
Logic and Interface
PLD / FPGA
Power-supply and Industrial ICs
Automotive ICs
Cellphone ICs
Consumer ICs
Computer ICs
Communication ICs (Data & Analog)
RF / Microwave
Subsystems / Boards
Reference Design
Software / Development kits
Test and Measurement
Discrete
Opto
Passives
Interconnect
Sensors
Batteries
Others

New Products

  Date: 04/06/2015

Fujitsu added a new projected capacitive touch panels

Fujitsu has added a new projected capacitive touch panels (FID-154 Custom and PCAP-S Standard series) to its existing 4-, 5- and 7-wire, dual-touch analog resistive touch panels. These new touch panels feature a film-film sensor with a glass top structure and are available in standard (7” to 15.6”) and custom (up to 8”) sizes. They offer 85 to 90% typical transparency, 2 to 10 simultaneous inputs and an operating life of 10 million touches. A Chip-on-Film (COF) controller IC requires minimal mounting space and supports major operating systems with I2C interfaces. Volume production begins in June 2015.

According to Bruce DeVisser, Fujitsu’s product marketing manager for input devices, applications are steadily increasing for both resistive and projected capacitive touch panels, not only in consumer markets, but also in industrial and other markets, such as education, retail and hospitality. “As technology increasingly pervades our vocational and recreational spaces, how humans interact with that technology continues to evolve, with the touch interface expanding steadily,” DeVisser said.

The SRP for the standard series panels starts at $35 each in single-piece quantities. Custom printing and technical support, such as system tuning, are also available.




 
ADVT
Home | News | New Products | India Specific | Design Guide | Sourcing database | Student Section | About us | Contact us | What's New
©2010 Electronics Engineering Herald