All Categories
- Industrial LCD display
-
Industrial Products
- DC Servo Drive
- AC Servo Drive
- other
- Heidelberg
- FANUC
- IFM
- Meter
- CCD
- Membrane Keypad
- Film
- YOKOGAWA Module
- Card
- ABB
- MITSUBISHI
- FANUC
- KEYENCE
- BECKHOFF
- Honeywell
- HOLLYSYS
- FUJI servo drives
- HP
- solenoid valve
- thermostat
- Siemens adapter
- color oscilloscope
- Fujitsu connector
- CHELIC
- SMC
- CISCO Module
- INTEL
- Key board
- FAIRCHILD
- Motherboard
- Board
- Bearing
- other
- Control Panel
- Contactor
- Circuit
- OMRON
- Relay
- Controller
- Photoelectric Switch
- Photoelectric Sensor
- Original
- Fan
- Motor Driver
- Limit Switch
- Amplifier
- power supply
- LENZE
- Cable
- Encoder
- Sensor
- Transformer
- Fiber Optic Sensor
- Protection Relay
- Temperature Controller
- Proximity Switch
- Switch Sensor
- Siemens
- Industrial board
- HMI Touch Glass
-
HMI Full Machine Whole unit
- OMRON HMI Touch Panel
- Siemens HMI Touch Panel
- Mitsubishi HMI Touch Panel
- Allen-Bradley automation HMI Touch Panel
- DELTA HMI Touch Panel
- EVIEW DELTA HMI Touch Panel
- KINCO DELTA HMI Touch Panel
- HITECH HMI Touch Panel
- WEINTECK HMI Touch Panel
- TECVIEW HMI Touch Panel
- WEINVIEW HMI Touch Panel
- PRO-FACE HMI Touch Panel
- SIMATIC HMI Touch Panel
- AMPIRE HMI Touch Panel
- HEIDELBERG HMI Touch Panel
- PANASONIC HMI Touch Panel
- PATLITE HMI Touch Panel
- KYOCERA HMI Touch Panel
- KEYENCE HMI Touch Panel
- WEINVIEW HMI Touch Panel
- HITECH HMI Touch Panel
- FUJI HMI Touch Panel
- HAKKO HMI Touch Panel
- SCHNEIDER HMI Touch Panel
- SAMKOON touch panel
- other
- Module
- lcd inverter
- Membrane Keypad Switch
- Winni Touch Screens
- Frequency Inverter
- Servo Motor
- PLC
Recommended Products
Home » News
After G.Freidel, LCD research into the trough, it was said that during the period 1930-1960 is a blank period of liquid crystal research. The reason is probably due to the fact that there was no practical application of liquid crystal. However, during this period, the semiconductor electronics industry has obtained considerable development. The LCD can display application, transparent electrode of graphic and LCD and semiconductor integrated circuit microfabrication technology indispensable. Along with the progress of the semiconductor industry, these technologies have become mature.
In 1940s, a interface (P) was developed for the interface (PN), which was made up of the N interface (pnjunction), which was formed by the semiconductor and conduction electrons of the conduction electrons. Prior to this, in the circuit to achieve from the AC to DC rectifier function, to use the diode, and to achieve the amplification function, to use the transistor. These and bulky components can be replaced by semiconductor diodes and transistors, do not need to vacuum electron emission, only in the solid especially thin film can realize rectifier, zoom function, so that to realize the miniaturization of the electronic circuit.
Then, the thin film and micro image of the electronic circuit including diode and transistor are realized by means of optical processing technology. This technique is referred to as the micro shadow (photolithography). In 1960s, with the development of semiconductor integrated circuit (circuit integrated) technology, electronic equipment to achieve a further miniaturization.
The progress of the technology, in a liquid crystal display device (display) is essential for, with the further development of the materials science and materials processing technology, and development of new display mode and drive technology, liquid crystal display technology has obtained the rapid development.
1968, serving the United States G.H.Heilmeier company issued DS (scattering dynamic, dynamic scattering) model of liquid crystal display device RCA. After this, the United States began the first digital LCD watch practical attempt.
|