Color LCOS (Liquid Crystal on Silicon) display chip and drive control method thereof
A display chip, color technology, used in static indicators, cathode ray tube indicators, instruments, etc., can solve the problems of complex circuit structure, high cost of the whole machine, high power consumption of the whole machine, reduce weight and space volume, The effect of saving production cost and reducing power consumption of the whole machine
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Embodiment 1
[0035] In order to reduce the cost of the whole machine, reduce the power consumption of the whole machine, and reduce the size of the space of the whole machine, the present invention provides a color LCOS display chip, see figure 1 , the color LCOS display chip, including: 0V power supply arrangement circuit 1 and the ground wire pad 15 connected to the 0V power supply arrangement circuit 1, RGB input temporary register 2 and RGB data input pad connected to the RGB input temporary register 2 16. Non-linear correction table code finder 3, decoder 4, multi-potential generator 5 and reference potential pad 17 connected to multi-potential generator 5, serial two-wire circuit 6 and serial two-wire circuit 6’s serial line pad 18, clock buffer 7 and RGB clock pad 19 connected to clock buffer 7, RGB synchronous clock generator 8, horizontal synchronous clock generator 9, vertical synchronous clock generator 10, charge pump 11. The 3.3V power supply finishing circuit 12 and the 3.3V ...
Embodiment 2
[0047] In order to reduce the cost of the whole machine, reduce the power consumption of the whole machine, and reduce the size of the space of the whole machine, the present invention provides a driving control method for a color LCOS display chip, see Figure 6 , the method includes the following steps:
[0048] 101: After the ground pad 15 is connected to the ground wire, the 3.3V power supply pad 20 is connected to the 3.3V power supply, and the reference potential pad 17 is connected to the reference power supply, the state machine scheduler 13 is started;
[0049] 102: State machine scheduler 13 starts charge pump 11 to output 15V voltage to 15V power line 34, starts 0V power supply line 35 to output 0V voltage, starts 3.3V power line 36 to output 3.3V voltage to 3.3V power line 36 V voltage, start clock buffer 7 to output clock signal to clock line 29, start multi-potential generator 5 to output reference reference potential to multi-potential reference power line 27, s...
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