Exhibit Information
| Stage | Key Technologies Stage |
|---|---|
| Hall | hall5 |
| Booth Location | 5K88 |
| Exhibit Products Name |
Next-generation video technology, Commercial video systems, Large-format video systems, Digital cinema, Digital signage Noise-reducing components Connecting components (connectors, switches, relays) LCDs Inorganic & organic electroluminescent (EL) displays LEDs VFDs Touch panels |
Noritake Itron Corp.(Ise Electronics Corp.) a subsidiary of Noritake Co., Ltd. Japan invented Vacuum Fluorescent Display in 1967. This unique display technology was introduced to world by the article of Electronics Magazine issued May 29,1967. The first developed Single digit display tube contributed to the evolution of Electronic Calculators in 1970s. After the dev elopment of flat glass structure VFD in1974 the applications have been expanded to Typewriters, Home appliances, Audio Videos, Automotive panels, Industrial instruments, Gaming machines, Med ical and Communication
equipments according to the technology progress.
Noritake Itron, as an unique technology group, continues to cha llenge the human interface devices such as capacitive touch glass and EMI shield window with using high density thin film patterning and Vacuum process.
VFDs
VFD MODULE
VFD module is Vacuum Fluorescent Display (VFD) with PWB, CPU, power supply, interface circuit, etc. You can use it easily, and save development cost and development time.
GLASS CAPACITIVE TOUCH SWITCH VFD MODULE
- VFD, color filter, and touch switch in a single unit.
- Direct, intuitive operation by screen touch.
- Storage temperature range: -40 to +85 degrees.
Connecting components (connectors, switches, relays)
GLASS CAPACITIVE TOUCH SWITCH
- Capacitive touch switch with "mirror finish" surface area
- High designability for creating high-quality, attractive user interfaces
- Glass substrate for superior conductivity and stable sensitivity
- Long life - no mechanical contacts, moving parts, or pattern deterioration
- Flat glass operating surface - easy to clean
Switch touch areas and conducting lines are formed on a single glass substrate. Using thick film printing technology and thin-film photolithography technology, the conductive, insulating, and light-diffusion layers (as applicable) are progressively applied. High-resolution patterns are possible with color combination of transparent, translucent white, black, silver, or gold (option).
Noise-reducing components
EMI SHIELD WINDOW
- EMI filtering (Electric field) 45dB at 1M - 1000MHz
- Optical : Transmittance 85% (Open area 93%)
- Customizable blackened mesh design by CAD
- Aluminium micro-mesh for EMI filtering
- Blackened mesh for enhanced contrast
- Material: Aluminium on Soda Lime Glass
- Created by accurate photo-etching
- Withstand the most demanding environment
- Low Sheet Resistance < 1ohm/sq
