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XC3130A-4PC44I Rochester Electronics LLC Field Programmable Gate Array, 100 CLBs, 1500 Gates, 227MHz, CMOS, PQCC44, PLASTIC, LCC-44
XC3130A-3PC44C Rochester Electronics LLC Field Programmable Gate Array, 100 CLBs, 1500 Gates, 270MHz, CMOS, PQCC44, PLASTIC, LCC-44
XC3130A-3PC84C Rochester Electronics LLC Field Programmable Gate Array, 100 CLBs, 1500 Gates, 270MHz, CMOS, PQCC84, PLASTIC, LCC-84
XC3130A-4VQ64I Rochester Electronics LLC Field Programmable Gate Array, 100 CLBs, 1500 Gates, 227MHz, CMOS, PQFP64, PLASTIC, VQFP-64
XC3130A-3VQ64C Rochester Electronics LLC Field Programmable Gate Array, 100 CLBs, 1500 Gates, 270MHz, CMOS, PQFP64, PLASTIC, VQFP-64
XC3130A-4VQ64C Rochester Electronics LLC Field Programmable Gate Array, 100 CLBs, 1500 Gates, 227MHz, CMOS, PQFP64, PLASTIC, VQFP-64

P51-1500-S-AD-D-4.5OVP-000-000 datasheet (1)

Part ECAD Model Manufacturer Description Type PDF
P51-1500-S-AD-D-4.5OVP-000-000 P51-1500-S-AD-D-4.5OVP-000-000 ECAD Model SSI Technologies Pressure Sensors, Transducers, Sensors, Transducers, SENSOR 1500PSI 7/16-20 UNF 4.5V Original PDF

P51-1500-S-AD-D-4.5OVP-000-000 Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
2001 - ARM 7TDMI 32 BIT MICROPROCESSOR

Abstract: MPC 2002 DS4056 E911 GP2010 GP2015 GP2021 GP4020 ARM6 tdmi
Text: discharge (HBM)* 2kV *Mil Std 883 Human Body Model = discharge from 100pF through 1500 between any 2 pins , ROM 512316 SADD [19:0] SDATA[15:0] JTAG JTAG INTERFACE SRAM 2K332 (6ns) NSUB NSWE[1:0] NCSC[2:0] SADD [19:0] SDATA[15:0] SWAIT NOSE TCK TDI TDO GP4020 TMS , . Signal Name Type Associated circuit block Description 1 SADD [0] I/O MPC System Address bit 0 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 SADD [1


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PDF GP4020 DS5134 GP2015 GP2010 ARM 7TDMI 32 BIT MICROPROCESSOR MPC 2002 DS4056 E911 GP2021 GP4020 ARM6 tdmi
2001 - ARM 7TDMI 32 BIT MICROPROCESSOR

Abstract: MPC 2002 DS4056 E911 GP2010 GP2015 GP2021 GP4020 gps m 89 pin configuration
Text: discharge (HBM)* 2kV *Mil Std 883 Human Body Model = discharge from 100pF through 1500 between any 2 pins , ROM 512316 SADD [19:0] SDATA[15:0] JTAG JTAG INTERFACE SRAM 2K332 (6ns) NSUB NSWE[1:0] NCSC[2:0] SADD [19:0] SDATA[15:0] SWAIT NOSE TCK TDI TDO GP4020 TMS , . Signal Name Type Associated circuit block Description 1 SADD [0] I/O MPC System Address bit 0 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 SADD [1


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PDF GP4020 DS5134 GP2015 GP2010 ARM 7TDMI 32 BIT MICROPROCESSOR MPC 2002 DS4056 E911 GP2021 GP4020 gps m 89 pin configuration
2001 - ARM 7TDMI 32 BIT MICROPROCESSOR

Abstract: ARM7 microcontroller pin configuration MF1 plus 80 GP4020 GP2021 GP2015 GP2010 E911 DS4056 DS5134
Text: discharge (HBM)* 2kV *Mil Std 883 Human Body Model = discharge from 100pF through 1500 between any 2 pins , ROM 512316 SADD [19:0] SDATA[15:0] JTAG JTAG INTERFACE SRAM 2K332 (6ns) NSUB NSWE[1:0] NCSC[2:0] SADD [19:0] SDATA[15:0] SWAIT NOSE TCK TDI TDO GP4020 TMS , . Signal Name Type Associated circuit block Description 1 SADD [0] I/O MPC System Address bit 0 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 SADD [1


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PDF GP4020 DS5134 GP2015 GP2010 ARM 7TDMI 32 BIT MICROPROCESSOR ARM7 microcontroller pin configuration MF1 plus 80 GP4020 GP2021 E911 DS4056 DS5134
2006 - 001C

Abstract: No abstract text available
Text: APPLICATION NOTE H8/300L Super Low Power Series Addition of Signed 32-Bit Binary Numbers ( SADD ) Introduction The software SADD adds a signed 32-bit binary number to another signed 32-bit binary number and , Addition of Signed 32-Bit Binary Numbers ( SADD ) 1. Arguments Description Input Output 2 , Super Low Power Series Addition of Signed 32-Bit Binary Numbers ( SADD ) 4. 4.1 Description Details of functions 1. The following arguments are used with the software SADD : a. Input arguments R0


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PDF H8/300L 32-Bit H8/38024 REJ06B0165-0200/Rev 001C
2001 - "Rf Front-End"

Abstract: ARM 7TDMI 32 BIT MICROPROCESSOR ARM 7TDMI MICROPROCESSOR GP2021 GP2015 GP2010 E911 DS4056 TMS 3450 ARM6 different
Text: discharge (HBM)* 2kV *Mil Std 883 Human Body Model = discharge from 100pF through 1500 between any 2 pins , ROM 512316 SADD [19:0] SDATA[15:0] JTAG JTAG INTERFACE SRAM 2K332 (6ns) NSUB NSWE[1:0] NCSC[2:0] SADD [19:0] SDATA[15:0] SWAIT NOSE TCK TDI TDO GP4020 TMS , . Signal Name Type Associated circuit block Description 1 SADD [0] I/O MPC System Address bit 0 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 SADD [1


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PDF GP4020 DS5134 GP2015 GP2010 "Rf Front-End" ARM 7TDMI 32 BIT MICROPROCESSOR ARM 7TDMI MICROPROCESSOR GP2021 E911 DS4056 TMS 3450 ARM6 different
2002 - ARM 7TDMI 32 BIT MICROPROCESSOR

Abstract: MPC 2002 DS4056 E911 GP2010 GP2015 GP2021 GP4020 ARM7 for gps vehicle tracking system
Text: discharge from 100pF through 1500 between any 2 pins Manufactured under licence from ARM Ltd ARM and , MICRO UIM BUS MPC JTAG BOOT ROM 512316 SADD [19:0] SDATA[15:0] JTAG JTAG INTERFACE SRAM 2K332 (6ns) NSUB NSWE[1:0] NCSC[2:0] SADD [19:0] SDATA[15:0] SWAIT NOSE , Description 1 SADD [0] I/O MPC System Address bit 0 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 SADD [1] SADD [2] SADD [3] SADD [4] SADD [5] GNDPWR SADD [6


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PDF GP4020 GP2015 GP2010 GP4020/IG/GQ1N GP4020/IG/GQ1Q ARM 7TDMI 32 BIT MICROPROCESSOR MPC 2002 DS4056 E911 GP2021 GP4020 ARM7 for gps vehicle tracking system
2001 - ARM6 tdmi

Abstract: ARM 7TDMI 32 BIT MICROPROCESSOR ARM 7TDMI MICROPROCESSOR ARM7 DATASHEET for gps vehicle tracking system MPC 2002 GP2010 E911 GP2010C TCXO 16MHZ sinewave tracking position decoder
Text: discharge (HBM)* 2kV *Mil Std 883 Human Body Model = discharge from 100pF through 1500 between any 2 pins , ROM 512316 SADD [19:0] SDATA[15:0] JTAG JTAG INTERFACE SRAM 2K332 (6ns) NSUB NSWE[1:0] NCSC[2:0] SADD [19:0] SDATA[15:0] SWAIT NOSE TCK TDI TDO GP4020 TMS , . Signal Name Type Associated circuit block Description 1 SADD [0] I/O MPC System Address bit 0 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 SADD [1


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PDF GP4020 DS5134 GP2015 GP2010 ARM6 tdmi ARM 7TDMI 32 BIT MICROPROCESSOR ARM 7TDMI MICROPROCESSOR ARM7 DATASHEET for gps vehicle tracking system MPC 2002 E911 GP2010C TCXO 16MHZ sinewave tracking position decoder
2001 - MARK NUB

Abstract: 2k332 2kx32
Text: Model = discharge from 100pF through 1500 between any 2 pins Manufactured under licence from ARM Ltd , ARM7 TDMI MICRO JTAG UIM MPC UIM BUS SDATA[15:0] NICE NTRST JTAG INTERFACE SADD [19:0] BOOT ROM 512316 SRAM 2K332 (6ns) JTAG GP4020 SADD [19:0] SDATA[15:0] NSUB NSWE[1:0] NCSC[2:0 , 21 22 23 Signal Name SADD [0] SADD [1] SADD [2] SADD [3] SADD [4] SADD [5] GNDPWR SADD [6] SADD [7] VDD PWR NSCS[0] NSCS[1] NSCS[2A] SADD [19] SDATA[0] SDATA[1] SDATA[2] SDATA[3] GNDPWR SDATA[4] SDATA[5] VDD


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PDF GP4020 DS5134 GP2015 GP2010 GP4020/IG/GQ1N GP4020/IG/GQ1Q GP4020 MARK NUB 2k332 2kx32
2001 - ARM 7TDMI 32 BIT MICROPROCESSOR

Abstract: correlator GP4020 GP2021 GP2015 GP2010 E911 DS4056 MPC 2002 ARM7 microcontroller pin configuration
Text: discharge (HBM)* 2kV *Mil Std 883 Human Body Model = discharge from 100pF through 1500 between any 2 pins , ROM 512316 SADD [19:0] SDATA[15:0] JTAG JTAG INTERFACE SRAM 2K332 (6ns) NSUB NSWE[1:0] NCSC[2:0] SADD [19:0] SDATA[15:0] SWAIT NOSE TCK TDI TDO GP4020 TMS , . Signal Name Type Associated circuit block Description 1 SADD [0] I/O MPC System Address bit 0 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 SADD [1


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PDF GP4020 DS5134 GP2015 GP2010 ARM 7TDMI 32 BIT MICROPROCESSOR correlator GP4020 GP2021 E911 DS4056 MPC 2002 ARM7 microcontroller pin configuration
1997 - 32768L

Abstract: SPRT125 SPRU189 SPRU190 TMS320 TMS320C6201 bh23
Text: No file text available


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PDF TMS320C62xx SPRU198 32768L SPRT125 SPRU189 SPRU190 TMS320 TMS320C6201 bh23
1997 - SPRT125

Abstract: SPRU189 SPRU190 TMS320 TMS320C6201
Text: No file text available


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PDF TMS320C62xx SPRU198 SPRT125 SPRU189 SPRU190 TMS320 TMS320C6201
1995 - PH2401

Abstract: icebreaker lock system using bluetooth
Text: GND OpVDD Sadd <1> Sadd <5> SubGND Bsio_clk Sdata<11> GND Hst_usb_d_mns PLLVDD nSoe nScs<1 , Hst_uart_rxd Sdata<12> Sdata<10> Sadd <3> Sdata<15> Bsio_ss Gpio<0> GND Type Description O I/O , H7 H8 Name nSub Sadd <18> Sdata<9> Hst_uart_txd Sdata<3> Sdata<8> Sdata<6> Gpio<1> Gpio<2> GND LaVDD U1cts U1txd Sadd <0> PLL_at1 nScs<0> Sdata<4> Gpio<3> Gpio<4> Gpio<5> LaVDD GND , Lin_pcm_clk Lin_pcm_frm Tdo_bdiag_2 Tck_bdiag_0 Ri _ txd Ri_rx_act Sadd <6> Sadd <2> Sadd <7> GND OpVDD


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PDF MT1020A DS5630 MT1020A/IG/BP1N 121-pin DS5360 PH2401 icebreaker lock system using bluetooth
1997 - mobile repair tutorial

Abstract: SPRT125 SPRU189 SPRU190 TMS320 TMS320C6201 ALP16
Text: No file text available


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PDF TMS320C62xx D426013-9761 SPRU198A mobile repair tutorial SPRT125 SPRU189 SPRU190 TMS320 TMS320C6201 ALP16
2003 - 06FD

Abstract: 001C
Text: APPLICATION NOTE H8/300L Series Addition of Signed 32-Bit Binary Numbers ( SADD ) Introduction 1. The software SADD adds a signed 32-bit binary number to another signed 32-bit binary number and places the result in general-purpose registers. 2. The arguments used with the software SADD are signed , Signed 32-Bit Binary Numbers ( SADD ) 1. Arguments Description Input Output Data length (bytes , .1.00 September 2003 Page 2 of 8 H8/300L Series Addition of Signed 32-Bit Binary Numbers ( SADD ) 4. 4.1


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PDF H8/300L 32-Bit REJ06B0165-0100Z/Rev 06FD 001C
1999 - vocoder

Abstract: SPRU187 VOCODERS SPRA617 C62XX L_mac l_shl WORD16 VAR1
Text: add. Example 1. Saturated Add Without Intrinsics int sadd (int a, int b){ int result; result = a + , . Example 2. Saturated Add With Instrinsics result = _ sadd (a, b); The _ sadd intrinsic looks like a function call in C but actually maps directly to the 'C62xx SADD instruction and will not result in a , with Intrinsics */ #define L_add(a,b) (_ sadd (a,b) #define L_sub(a,b) (_ssub(a,b) #define L_mult(a,b) (_smpy(a,b) #define L_mac(a,b,c) (_ sadd (a,_smpy(b,c) #define L_msu(a,b,c) (_ssub(a,_smpy(b,c


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PDF SPRA617 TMS320C62xx vocoder SPRU187 VOCODERS C62XX L_mac l_shl WORD16 VAR1
2001 - Not Available

Abstract: No abstract text available
Text: Name nScs<3> Hst_usb_d_pls Hst_uart_cts SubGND LaVDD GND OpVDD Sadd <1> Sadd <5> SubGND , Bsio_data_out OpVDD Sdata<1> Sdata<2> Hst_uart_rts Hst_uart_rxd Sdata<12> Sdata<10> Sadd <3> Sdata<15 , G10 G11 H1 H2 H3 H4 H5 H6 H7 H8 Name nSub Sadd <18> Sdata<9> Hst_uart_txd Sdata<3> Sdata<8> Sdata<6> Gpio<1> Gpio<2> GND LaVDD U1cts U1txd Sadd <0> PLL_at1 nScs<0> Sdata<4 , Ri_rx_act Sadd <6> Sadd <2> Sadd <7> GND OpVDD Tdi_bdiag_1 Tms_bdiag_3 Sadd <8> Ri_tx_en Ri_spi_clk


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PDF MT1020A DS5630 MT1020A/IG/BP1N MT1020A
2001 - 16 bit linear PCM

Abstract: Philsar Semiconductor Audio interface USB H11-J1
Text: Sadd <1> Sadd <5> SubGND Bsio_clk Sdata<11> GND Hst_usb_d_mns PLLVDD nSoe nScs<1> Sdata<0> Sdata<5> Sdata , > Sadd <3> Sdata<15> Bsio_ss Gpio<0> GND Type O I/O I Description System Chip Select, active low USB , G4 G5 G6 G7 G8 G9 G10 G11 H1 H2 H3 H4 H5 H6 H7 H8 Name nSub Sadd <18> Sdata<9> Hst_uart_txd Sdata<3> Sdata<8> Sdata<6> Gpio<1> Gpio<2> GND LaVDD U1cts U1txd Sadd <0> PLL_at1 nScs<0> Sdata<4> Gpio<3> Gpio<4 , LaVDD Lin_pcm_clk Lin_pcm_frm Tdo_bdiag_2 Tck_bdiag_0 Ri _ txd Ri_rx_act Sadd <6> Sadd <2> Sadd <7> GND


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PDF MT1020A DS5630 MT1020A/IG/BP1N 121-pin 16 bit linear PCM Philsar Semiconductor Audio interface USB H11-J1
2000 - VOCODERS

Abstract: SPRU187 SSUB abs_s
Text: easily expressible in C is the saturate add. Example 1. Saturated Add Without Intrinsics int sadd (int a , represented by single C intrinsic. Example 2. Saturated Add With Instrinsics result = _ sadd (a, b); The _ sadd intrinsic looks like a function call in C but actually maps directly to the C62x SADD instruction , */ /*/ #define L_add(a,b) (_ sadd (a),(b) /* int sat addition */ #define L_sub(a,b) (_ssub(a),(b , L_mac(a,b,c) (_ sadd (a),L_mult(b, c) /* saturated mpy & accum */ #define L_macNs(a,b,c) L_add_c(a


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PDF SPRA617A TMS320C62x VOCODERS SPRU187 SSUB abs_s
1998 - TMS320C6X

Abstract: SPRT125 spru198b mobile repair tutorial TMS320C62xx 6116 memory TMS320C6201 TMS320 SPRU190 SPRU189
Text: No file text available


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PDF TMS320C62x/C67x SPRU198B TMS320C6X SPRT125 spru198b mobile repair tutorial TMS320C62xx 6116 memory TMS320C6201 TMS320 SPRU190 SPRU189
2000 - TSM320

Abstract: L_mac l_shl TMS320C64X optimization Implementation of G.729 on TMS320C54x C6000 asm TMS320C6000 intrinsics list TMS320C6000 TMS320 SPRU189 C6000
Text: writing a multi-cycle function. This complicated code can be replaced by the _ sadd () intrinsic, which , L_mult(a,b) #define extract_h(a) #define L_shl(a,b) # define round(a) (_ sadd (a),(b) (_ smpy , (unsigned)(_ sadd (a),0x8000)>>16) Figure 2. The Math Function Used in the Residu Function A complete , #define #define short Word16; int Word32; lg 40 L_mult(a,b) (_smpy(a),(b) L_mac(a,b,c) (_ sadd (a),_smpy(b),(c) L_add(a,b) (_ sadd (a,b) L_shl(a,b) (b<0) ? (a) >> (­b) : _sshl(a,b) round


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PDF SPRA698 TMS320C6000 C6000 TMS320C6000TM C6000TM) TSM320 L_mac l_shl TMS320C64X optimization Implementation of G.729 on TMS320C54x C6000 asm TMS320C6000 intrinsics list TMS320C6000 TMS320 SPRU189
MC6026D

Abstract: FC4008M FC8022D MC6020D-50 MC4008M MC6026D-50 MC4016M FC4012M FC6020D mc4102
Text: Crimp Contact Selection - SND, SDD, SCBM, SCBC, SAD, SADD Series (Space Flight) SND, SCBC , , SCBC, SAD, SADD Series (Space Flight) PART NUMBER WIRE SIZE mm 2 / Quanity (AWG) MC6018M , Contact Selection - SND, SDD, SCBM, SCBC, SAD, SADD Series (Space Flight) Material: High Conductivity , Contact Selection - SND, SDD, SCBM, SCBC, SAD, SADD Series (Space Flight) TYPE OF CONTACT* FEMALE , of 5)07/12/2004 10:49:39 Õ Crimp Contact Selection - SND, SDD, SCBM, SCBC, SAD, SADD Series


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PDF FC6020D-501202 FC6026D-501202 MC6020D-50 MC6026D-50 FC6018M 20and 20Settings/hemmat/Deskt. 20SAD, 20SADD 20Series MC6026D FC4008M FC8022D MC6020D-50 MC4008M MC6026D-50 MC4016M FC4012M FC6020D mc4102
2001 - Not Available

Abstract: No abstract text available
Text: /XPIN IO ARM7 TDMI MICRO UIM BUS MPC JTAG BOOT ROM 512316 SADD [19:0] SDATA[15:0] JTAG JTAG INTERFACE SRAM 2K332 (6ns) NSUB NSWE[1:0] NCSC[2:0] SADD [19:0] SDATA[15:0 , Description 1 SADD [0] I/O MPC System Address bit 0 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 SADD [1] SADD [2] SADD [3] SADD [4] SADD [5] GNDPWR SADD [6] SADD [7] VDD PWR NSCS[0] NSCS[1] NSCS[2A] SADD [19] SDATA[0] SDATA[1] SDATA[2] SDATA[3] GNDPWR


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PDF GP4020 DS5134 GP2015 GP2010
2001 - Not Available

Abstract: No abstract text available
Text: /XPIN IO ARM7 TDMI MICRO UIM BUS MPC JTAG BOOT ROM 512316 SADD [19:0] SDATA[15:0] JTAG JTAG INTERFACE SRAM 2K332 (6ns) NSUB NSWE[1:0] NCSC[2:0] SADD [19:0] SDATA[15:0 , Description 1 SADD [0] I/O MPC System Address bit 0 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 SADD [1] SADD [2] SADD [3] SADD [4] SADD [5] GNDPWR SADD [6] SADD [7] VDD PWR NSCS[0] NSCS[1] NSCS[2A] SADD [19] SDATA[0] SDATA[1] SDATA[2] SDATA[3] GNDPWR


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PDF GP4020 DS5134 GP2015 GP2010
TMS3206X

Abstract: research paper on wireless sdram memory module 1993 Turbo Encoder bs 1361 llr approximation turbo decoder decoder k map 2 to 4 TMS320C62001
Text: TMS3206X's _ sadd intrinsic function which computes a saturated add. The beta calculations are similar , add - more efficient*/ /* this is our one gamma calculation */ g = _ sadd (Lest[iStage-1]<<16, Lp , *(Aptr+jStageAlpha-4+0)<<16; i2 = _ sadd (*(Aptr+jStageAlpha-4+2)<<16, g); /* g21 */ /* our approximated ln[exp(i1 , calculation */ g = Lp[i]<<16; /*g21, g01*/ /* calc 1's LL */ LL1 = _VMAX(_ sadd (_ sadd (*(Aptr+j+0)<<16,g),*(Bptr+j+1)<<16), _ sadd (*(Aptr+j+1)<<16,*(Bptr+j+2)<<16); LL1 = _VMAX(LL1, _ sadd (_ sadd (*(Aptr+j+2)<<16,g


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PDF TMS320C6201 TMS320C6x TMS3206X research paper on wireless sdram memory module 1993 Turbo Encoder bs 1361 llr approximation turbo decoder decoder k map 2 to 4 TMS320C62001
UPD78350GC

Abstract: No abstract text available
Text: No file text available


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