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Part : MPR24000X4021BCU00 Supplier : Vishay Intertechnology Manufacturer : Avnet Stock : - Best Price : €0.7572 Price Each : €1.4933
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0x402

Catalog Datasheet MFG & Type PDF Document Tags

EBU receiver

Abstract: 0x0000040 into bit 22) 50 SCA 2.0 0x402 ;save data as 1st parity count, *2 moves data to bit 23 51 SCA 1.0 , to get XOR, 1 = change 5F CAD 4.0 0 ;times 4 60 XCMA 1.0 0x402 ;save data in B, add data to parity counter 61 SCB 2.0 0x402 ;store new parity counter; 2*B moves data into bit 23 62 CMA 0.5 , CAM 4.0 0x402 1D1 SCA 1.0 0x402 1D2 C 0x0000040 1D3 SCA 1.0 0x404 1D4 SKIP 0 1D5 LCM 1.0 , 0x402 1E1 SCB 0.5 0x402 1E2 SCA 1.0 0x422 1E3 SKIP 1 ; -1E5 LCM 1.0 0x419 1E6 SKIP 6
Wavefront Semiconductor
Original
AN3101-02 EBU receiver 0x0000040 AES DSP application B Register AN3101

AN3101

Abstract: al3101 ) 0x401 ; A=A+i1 0x401 ; store new i1, A=i1*K1 0x402 ; A=A+i2 0x402 ; store new i2 into [M] and B , out0 0x401 0x401 0x402 0x402 0x403 0x403 0x401 0x400 Alesis Semiconductor AN3101
Wavefront Semiconductor
Original
al3101 0x409 0x033 0X002 transistor k31 0x2000000 AN3101-06 AL3101 3C0000 01CCCC 00CCCC AN3101-06-0702

DB25 Parallel connector

Abstract: the peacocks ); } //Initialize the parallel port in ECP mode. void init_ecp(){ outb(0x34,b_addr+0x402); outb(0xf4,b_addr+0x402 , (){ unsigned char x; outb(0x34,b_addr+0x402); outb(inb(b_addr+2)&0x0C,b_addr+2); x=inb(b_addr+2); outb(0x34,b_addr+0x402); outb(0x75,b_addr+0x402); outb(x|4,b_addr+2); while (!inb(b_addr+1)&(1
Motorola
Original
DSP56300 W91284PIC PPC34C60 DB25 Parallel connector the peacocks DSP56303 HC11 AN2085/D DSP56300FM/AD DSP56303EVM DSP56303EMUM/AD DSP56307EVM

transistor k31

Abstract: 0x409 ) 0x100 ; A = A + In (In = IntCH0 out0) 0x401 ; A = A + I1 0x401 ; store new I1, A = I1*K1 0x402 ; A = A + I2 0x402 ; store new I2 into [M] and B ; A = I2*K2 0x403 ; A = A + I3 0x403 ; store new I3 , 0x3C0000 C !N 0xFFFFFFF SCA 0x000000 0x400 0x100 ; input from IntCH0 out0 0x401 0x401 0x402 0x402 0x403 0x403 0x401 0x400 0x421 www.wavefrontsemi.com 4 Modulator 1 1MC 0x3C0000
Wavefront Semiconductor
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0x401

the peacocks

Abstract: DB25 Parallel connector ){ return Read_cnfg(1); } //Initialize the parallel port in ECP mode. void init_ecp(){ outb(0x34,b_addr+0x402); outb(0xf4,b_addr+0x402); Write_cnfgA(0x14); Write_cnfgB(Read_cnfgB()&0x7f); } //Place the ECP in Forward phase. void init_write(){ unsigned char x; outb(0x34,b_addr+0x402); outb(inb(b_addr+2)&0x0C,b_addr+2); x=inb(b_addr+2); outb(0x34,b_addr+0x402); outb(0x75,b_addr+0x402); outb(x|4,b_addr , x; outb(0x34,b_addr+0x402); outb(inb(b_addr+2)|0x20,b_addr+2); x=inb(b_addr+2); outb(0x75,b_addr+0x402
Freescale Semiconductor
Original
CH370

IEEE 1284 Peripheral Interface Controller

Abstract: DB25 Parallel connector the parallel port in ECP mode. void init_ecp(){ outb(0x34,b_addr+0x402); outb(0xf4,b_addr+0x402 , (){ unsigned char x; outb(0x34,b_addr+0x402); outb(inb(b_addr+2)&0x0C,b_addr+2); x=inb(b_addr+2); outb(0x34,b_addr+0x402); outb(0x75,b_addr+0x402); outb(x|4,b_addr+2); while (!inb(b_addr+1)&(1
Motorola
Original
IEEE 1284 Peripheral Interface Controller parallel communication between two 8051 using 825 DSP56307EVMUM/D DSP5630 AN1751/D

AN2085

Abstract: DB25 Parallel connector init_ecp(){ outb(0x34,b_addr+0x402); outb(0xf4,b_addr+0x402); Write_cnfgA(0x14); Write_cnfgB(Read_cnfgB()&0x7f); } //Place the ECP in Forward phase. void init_write(){ unsigned char x; outb(0x34,b_addr+0x402); outb(inb(b_addr+2)&0x0C,b_addr+2); x=inb(b_addr+2); outb(0x34,b_addr+0x402); outb(0x75,b_addr+0x402 , init_read(){ unsigned char x; outb(0x34,b_addr+0x402); outb(inb(b_addr+2)|0x20,b_addr+2); x=inb(b_addr+2); outb(0x75,b_addr+0x402); outb(x&0xfb,b_addr+2); while(!inb(b_addr+1)&(1
Freescale Semiconductor
Original
AN2085 intel 8008 PPC34

BUT16

Abstract: MIPS16e-TX the Configuration Select Register. #define ECR 0x402 // ECP Extended Control Register The ECR register
Toshiba
Original
TX19A BUT16 MIPS16e-TX 1000H MIPS16 R3000A

FDC37C66X

Abstract: FDC37C666 Register. #define ECR 0x402 // ECP Extended Control Register The ECR register controls the extended ECP
Standard MicroSystems
Original
FDC37C666 FDC37C66X FDC37C665/666 FDC37C665 DC37C666 SMSC37C665

0X278

Abstract: FDC37C665 ; BASE+0x402; BASE+0x02; BASE+0x01; BASE+0x03; BASE+0x04; //Parallel BASE Address //Extended
Standard MicroSystems
Original
0X278 0X03F0

74HCT682

Abstract: NeuriCam (SIF) 1408 2 (QSIF) 704 3 QSIF TRUNC 640 Table 11-10 Video Bus Width Word Address 0x401 0x402
NeuriCam
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NC1001 74HCT682 NeuriCam osc 16Mhz 74HCT245 CK16 AN001

MIPS R3000A

Abstract: R3000A short *)0x4000) #define c (*(volatile unsigned short *)0x402) int d; void func() { a = 0x8000
Toshiba
Original
MIPS R3000A TX39 TX39 Family Hardware 900/L1

R3000A

Abstract: MIPS R3000A Size R0 2-8vrg_Init 0 -0x401 (0xFFFFFFFBFF) vrg_InitDic -0x402
Toshiba
Original
dynamic LED traffic light signs details RFT Semiconductors R3000a Performance Semiconductor IEC825-1 YG6260

C-Cube microsystems

Abstract: C-Cube VRP3 : origin = 0x400, length = STACK : origin = 0x402, length = } = 0x000020 = 0x000200 0x002 0x200
-
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C-Cube microsystems C-Cube VRP3 CLM4111YUV

0xFFFF8000

Abstract: hitachi l23 example, for Ingress PHY1, this applies to register 0x402 to 0x40C. When this count is transferred (by
-
Original
0xFFFF8000 hitachi l23 bra spec sheet Hitachi DSA00205 P0700CAS7-MWR P0700CAS7-SLR P0700CAS7-H7R TN-CSX-043A/E ADE-702-246A P0700CAS7-020826E

U10078J

Abstract: U1202 Configuration Parameters Byte Address 0x400 Vender ID [15:8] 0x401 Vender ID [7:0] 0x402 Device
NEC
Original
U10078J U1202 uPD77016 uPD77110 uPD77111 uPD77112 SAP77016-B10 PD77110 PD77111 PD77112 PD77113 PD77113A

DSP F280x GPIO

Abstract: TMS320C280x Reserved 0x201 Configuration Register 0x402 Reserved 0x202 Context Read Pointer Register , Register 0x401 R/W Interrupt Enable Register 00000000h Configuration Register 0x402 R
Texas Instruments
Original
DSP F280x GPIO TMS320C280x SPRZ171 DSP280x AT25F1024A C2000 TMS320
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