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PCF8833U/2DA 数据表(PDF) 89 Page - NXP Semiconductors |
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PCF8833U/2DA 数据表(HTML) 89 Page - NXP Semiconductors |
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89 / 112 page ![]() 2003 Feb 14 89 Philips Semiconductors Objective specification STN RGB - 132 × 132 × 3 driver PCF8833 15.7 Example of filling the shift register Table 96 shows the sequence of commands to fill the OTP matrix as defined in Table 93. Table 96 Sequence for filling the OTP matrix Notes 1. X = don’t care. For hexadecimal representation, don’t care bits are assumed to be logic 0. 2. The chip stays in shift operation as long as D/C is logic 1. 15.8 Programming flow In order to program an OTP cell, the associated register must be set to logic 1 and a programming voltage of 8 V should to be applied to pins VOTP(gate) and VOTP(drain) for 50 ms. It is strongly recommended to use the sequence shown in Table 97 to program the OTP cells. In any event the requirements stated in Section 15.9 must be met. Important: Whenever a new row in the OTP matrix is selected (change of ORA[2:0]), the OTP cells must not be connected to pin VOTP(drain) (set OPE = 0). For an example see steps 9 to 11 in Table 97. STEP D/C COMMAND BYTE(1) ADDR DESCRIPTION 76543210 1 000000001 01H reset (may also be hardware reset) 2 wait 1 ms for refresh to take effect 3 011110000 F0H enter CALMM mode 1 X X 0 0 0 X 0 1 01H ORA = 000; OPE = 0; CALMM = 1 4 011110001 F1H send OTPSHTIN; note 2 shift15 1 X X 000000 00H set PVB[3:0]; BRS and TRS shift14 1 X X 000000 00H set FVB[3:0]; 0 and EFD shift13 1 X X 000000 00H set PVPR[8:3] shift12 1 X X 000000 00H set PVPR[2:0] and FVPR[8:6] shift11 1 X X 000000 00H set FVPR[5:0] shift10 1 X X 000000 00H set SLD[2:0] and SLC[2:0] shift9 1 X X 000000 00H set SLB[2:0] and SLA[2:0] shift8 1 X X 000000 00H set PS[1:0]; FS[1:0] and ID3[7:6] shift7 1 X 0000000 00H set ID3[5:0] and ID2[7] shift6 1 X 0000000 00H set ID2[6:0] shift5 1 X 0000000 00H set DF8[6:0] shift4 1 X 0000000 00H set DFD[6:0] shift3 1 X 0000000 00H set DFC[6:0] shift2 1 X 0000111 07H set DFB[6:0] shift1 1 X 0010001 11H set DFA[6:0] shift0 1 X 0011010 1AH set MMVOP[5:0] and SEAL 5 011110000 F0H exit CALMM mode; if required 1 X X 0 0 0 X 0 0 00H ORA = 000; OPE = 0; CALMM = 0 |
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