S320C Search Results

architecture of TMS320C10

Abstract: TCM2913 TMS320C10 TMS320C10 fft TMS32010 TMS320C x series TMS320 TMS320C10-25 TMS320C15 TMS320C15-25
Contextual Info: y? f * ï TM S320 FIRST GENERATION DIGITAL SIGNAL PROCESSORS ?> JANUARY 1987 160-n s Instruction Cycle TM S 32010, TM S320C 10 1 .5K /4K -W o rd On-Chip Program ROM 3 A 2 /P A 2 £ A O /P A O £ 2 £ 3 39 : 38 : A3 £ 4 C 5 37 : 36 : A5 35 : 34 : A7 X1 £ 6

FIFO 32x8

Abstract: lin bus example C codes
Contextual Info: WHITE /MICROELECTRONICS WA-A2XXX ATLAS TM S320C40 PERIPHERAL PROCESSOR MODULAR ADVANCET FEATURES • TM S320C 40 DSP Interfa ce 1553B Remote T e rm in a l/B u s C o n tro lle r Interfa ce ■ C lock Frequencies: 33, 40 M H z 16 P rogram m able Chip S elects

TD-5

Abstract: TMS32O TMS32010-16 S320E
Contextual Info: TMS320 FIRST-GENERATION DIGITAL SIGNAL PROCESSORS JA N U A R Y 1987 T M S 32010, TM S320C 10 • 160-ns Instruction Cycle • 1 4 4 /2 5 6 -W o rd On-Chip Data RAM N PACKAGE TOP V IE W 1.5K /4K -W ord On-Chip Program ROM A1/PA1 4K-W ord On-chip Program EPROM

htc legend

Abstract: CR31-CR16 d72020 SPRA012A cq313 TMS320C17 TMS320P17 CR23-CR16 A339 serial port 8250
Contextual Info: S320C17, TMS320E17, TMS320LC17, TMS320P17 DIGITAL SIGNAL PROCESSORS J A N U A R Y 1 9 8 7 — R E V IS E D J U L Y 1991 Key Features: TM S320C17/E17/LC17/P17 • 200-ns Instruction Cycle Timing S320C17/E17/P17 Dua-Channel Serial Port In te rru p t ^

Digital Signal Processors

Abstract: TMS320C10 280NS TMS32010 TMS320C10-14 TMS320C10-25 x1 x2 eprom d1 d2 d3 d4 d5 d6
Contextual Info: S320C10, S320C10-14, S320C10-25 DIGITAL SIGNAL PROCESSORS JANUARY 1987 — R E VISED JULY 1991 Key Features: TM S320C10 GND +5 V • Instruction Cycle Timing — 160-ns S320C10-25 — 200-ns (TMS32010) — 280-ns (S320C10-14) 144-Word RAM Interrupt

EDI2DL32256V

Abstract: TMS320C6201 pipeline burst
Contextual Info: ^EDI EDI2DL32256V 256Kx32 Synchronous Pipeline Burst SRAM ELECTRONIC DESIGNS. INC Features S320C6x External SBSRAM Memory Solution DSP Memory Solution The ED I2DL32256V x x BC is a 3.3V, 256Kx32 Synchro­ • Texas Instruments' S320C6201 • Texas Instruments'TM S320C67x

S320EKT

Abstract: LTST-S320 LTST-S320CKT LTSTS320AKT S320AKT S320CKT S320GKT S320YKT gallium arsenide phosphide LTST-S320AKT
Contextual Info: Right Angle Chip LED Lamp LTST- S320AKT LTST- S320CKT LTST- S320EKT LTST- S320GKT LTST- S320YKT Amber AlGaAs Red Red Orange Green Yellow Features Side looking special for LCD backlight. Package in 8mm tape on 7" diameter reels. Compatible with automatic placement equipment.

DI027

Abstract: SI010 DI024 DI028 DI026 SI06 si011 di021
Contextual Info: WH11DXL2X-001X MODULAR WHITE /M ICRO ELECTRO NICS 320C30 M ODULE, 16M SRAM/16M FLASH, ASIC ADVANCED* FEATURES FUNCTIONAL DESCRIPTION • Based on TM S320C 30 DSP ■ ■ Processor C lock Frequencies: 25, 33 M H z The 320C30 D igital Signal Processor M CM is a high perform ance,

p5v3

Abstract: 8Kx32 P5V2
Contextual Info: WH11FXL2X-001X WHITE /M IC R O E L E C T R O N IC S 320C30 M ODULE. 16M SRAM/16M FLASH. FPGA MODULAR ADVANCED* FEATURES FUNCTIONAL DESCRIPTION • Based on TM S320C 30 DSP ■ ■ Processor Clock Frequencies: 25, 33 M H z ■ Integra ted Clock G eneration C irc u itry

Contextual Info: W H12DXL2X-002X WHITE /M IC R O E L E C T R O N IC S 320C40 M ODULE, 16M SRAM/16M FLASH, ASIC ADVANCED* FEATURES FUNCTIONAL DESCRIPTION • Based on TM S320C 40 DSP ■ ■ Processor Clock Frequencies: 33, 40 M H z ■ Integra ted Clock G eneration C irc u itry

Contextual Info: Catalog 82172 1C Sockets Revised 6-98 PGA Sockets — Patterns Continued 18x18 325 Positions Interstitial TI TM S320C40 19 x 19 237 Positions Style Page No.’ Solder Tail Length Socket No. TAZ 115 .110 2.79 1 382533-0 115 .170 4.32 382533-9 SLZ HAZ’ 122

Contextual Info: M/HITE /MICROELECTRONICS W A - A 2 X X X [m o d u là r i ATLAS TM S320C40 PERIPHERAL PROCESSOR ADVANCH * FEATURES 1553B Remote Terminal/Bus Controller Interface • S320C40 DSP Interface ■ Clock Frequencies: 3 3 ,4 0 MHz 16 Programmable Chip Selects ■

TMS320C x series

Abstract: TMS32010 iaw 5f pinout TMS320C10 TMS320C1 TMS32010-14 Chi Mei led DIN 1851 TMS320C EVM32
Contextual Info: T M S 3 2 0 FIRST-GENERATION DIGITAL SIGNAL PROCESSORS JAN U AR Y 1987 TM S32010, TM S320C10 • 1 60-ns Instruction Cycle • 1 4 4 /2 5 6 -Word On-Chip Data RAM • 1.5K /4K -W ord On-Chip Program ROM • 4K-W ord On-chip Program EPROM T M S 3 2 0 E 1 5 /E 1 7

Contextual Info: TCM129C18, TCM129C19, TCM29C18, TCM29C19 ANALOG INTERFACE FOR DSP D 3 0 3 6 , AUG UST 1 9 8 7 -R E V IS E D JUNE 198 8 • Reliable Silicon-Gate CMOS Technology • Low Power Consumption Operating Mode . . . 80 mW Power-Down Mode . . . 5 mW fi-Law Coding •

TMS320D

Abstract: dpdi EC K2U 74299 TMS320C30 EF vs EC LS74
Contextual Info: TLC32044C, TLC32044I VOICE BAND ANALOG INTERFACE CIRCUITS D3098, MARCH 1988-REV ISED DECEMBER 1990 Advanced LinCMOS Silicon-Gate Process Technology N PA C KA G E T O P V IE W NU C 1 ^ 2 8 D n u RESET C 2 27 U n u EODR C 3 26 J I N FSR C 4 24 D A U X IN +

TCM2912

Contextual Info: TCM129C13, TCM129C14, TCM129C16, TCM129C17, TCM29C13, TCM29C14, TCM29C16, TCM29C17 COMBINED SINGLE CHIP PCM CODEC AND FILTER D 2 7 6 5 . APRIL 1 9 8 6 -R E V IS E D JUNE 1 9 8 8 FEATURE TABLE Replaces Use of TC M 2910A in Tandem w ith TCM2912C FEATURE Reliable Silicon-Gate CMOS Technology

L9141

Abstract: FEATURES of TMS320 C 54 XX PROCESSOR lph 7670 TMS32020 TMS320 LA 7670 68-PIN TMS320C25 dummy 68pin DFDP-TI001
Contextual Info: T M S 32 0 SECOND GENERATION DIGITAL SIGNAL PROCESSORS MAY 6 8 -P IN GB • 100-n s Instruction Cycle Time • 5 4 4 Words of Programmable On-Chip Data RAM PIN GR ID A R R A Y C E R A M IC P A C K A G E T • 4K Words of On-Chip Program ROM • 128K Words of Data/Program Space

EMIF sdram full example

Abstract: TIMING DIAGRAM OF MCBSP and E1 interface AC97
Contextual Info: Chapter 4 Peripherals In addition to on-chip memory, the S320C62x and S320C67x devices also contain peripherals for communication with off-chip memory, coproces­ sors, host processors, and serial devices. All of these peripherals are briefly described here, but each ’C6x device has only a specific subset of them. See

ITE 8511 TE application circuit

Abstract: ITE 8511 SPRS01QB OP-AR16
Contextual Info: TM S320 SECOND-GENERATION DIGITAL SIGNAL PROCESSORS SPRS01QB - M A Y 1987 - REVISED NO VEM BER 1 9 9 0 68-P IN 6 B P A C K A G E * I • 80-ns Instruction Cycle Time I • 5 4 4 W ords o f On-Chip Data RAM • 4 5 6 7 8 9 10 11 4K W ords o f On-Chip Program ROM

FR 0200-02

Abstract: power supply dsp TMS320F240 TMS320F240 "space vector" tms320 D13-26 PWM by using dsp TMS320F240 SXM 08 tl 0741 C240 F240
Contextual Info: S320C240, TMS320F240 DSP CONTROLLERS S PR S042A - OC TO BER 1996 - REVISED D ECE M BE R 1997 D High-Performance Static CMOS Technology D Includes the T320C2xLP Core CPU D Dual 10-Bit Analog-to-Digital Conversion - Object Compatible With the S320C2xx - Source Code Compatible With

MATH ASSOCIATES

Abstract: an 17828 YDAY rts6701
Contextual Info: Chapter 9 Runtime-Support Functions Some of the tasks that a C program performs such as I/O, dynamic memory allocation, string operations, and trigonometric functions are not part of the C language itself. However, the ANSI C standard defines a set of runtimesupport functions that perform these tasks. The S320C6x C compiler

D7891

Contextual Info: AN ALO G D EV IC ES LC2M0S 8-Channel, 12-Bit High Speed Data Acquisition System AD7891 FEATURES Fast 12-Bit ADC with 1.6 is Conversion Time Eight Single-Ended Analog Input Channels Overvoltage Protection on Each Channel Selection of Input Ranges: ± 5 V, ±10 V for AD7891-1

Contextual Info: ANALOG DEVICES FEATURES Analog Input Block 11-Bit Resolution Analog-to-Digital A/D Converter 7 Single-Ended (SE) Analog Inputs 4 Simultaneously Sampled Analog Inputs Expansion with 4 Multiplexed Inputs 3.2 fjts Conversion Time/Channel 0 V -5 V Analog Input Range

Contextual Info: 16-Bit, 1.2 MSPS CMOS, Sigma-Delta ADC AD7723 ANALOG DEVICES FEATURES 16-Bit Sigma-Delta ADC 1.2 MSPS Output Word Rate 32/16 x Oversampling Ratio Low-Pass and Band-Pass Digital Filter Linear Phase On-Chip 2.5 V Voltage Reference Standby Mode Flexible Parallel or Serial Interface