ADSP-21XX BLOCK DIAGRAM Search Results

Contextual Info: ANALOG ► DEVICES ADSP-2100 Family DSP Microcomputers ADSP-21XX FUNCTIONAL BLOCK DIAGRAM SUMMARY 16-Bit Fixed-Point DSP Microprocessors with On-Chip Memory Enhanced Harvard Architecture for Three-Bus Performance: Instruction Bus & Dual Data Buses Independent Computation Units: ALU, Multiplier/

IC SEM 2105

Abstract: sem 2105 16 pin sp2111 ay dms hi bms ADSP-2115-BP-55 OP marking code D22 adsp 21xx processor SP-2111 ADSP21XX block diagram ADSP-2101
Contextual Info: ANALOG DEVICES ADSP-2100 Family DSP Microcomputers ADSP-21XX FUNCTIONAL BLOCK DIAGRAM SUMMARY 16-Bit Fixed-Point DSP Microprocessors with On-Chip Memory Enhanced Harvard Architecture for Three-Bus Performance: Instruction Bus & Dual Data Buses Independent Computation Units: ALU, Multiplier/

addressing modes in adsp-21xx

Abstract: ADSP21XX block diagram addressing modes of adsp 21xx processors direct addressing mode in adsp-21xx EPROM 2764 ADSP-21xx block diagram ADSP-2106
Contextual Info: ANALOG DEVICES ADSP-2100 Family DSP Microcomputers ADSP-21XX FUNCTIONAL BLOCK DIAGRAM SUM M ARY 16-Bit Fixed-Point DSP Microprocessors with On-Chip Memory Enhanced Harvard Architecture for Three-Bus Performance: Instruction Bus & Dual Data Buses Independent Computation Units: ALU, Multiplier/

2164 RAM

Contextual Info: ANALOG DEVICES ROM-Coded DSP Microcomputers ADSP-2161/2162/2163/2164 FEATURES ROM-Programmed, Memory-Variant Pin-Compatible Versions of the ADSP-2101 and ADSP-2103 ADSP-2100 Family Code & Function Compatible ADSP-2161/2162 8K Words of On-Chip Program Memory ROM

2104 RAM

Contextual Info: ANALOG DEVICES Low Cost DSP Microcomputers A36F-2104/ASF-2109 SUM M AR Y 16-Bit Fixed-Point DSP Microprocessors w ith On-Chip M em ory Enhanced Harvard Architecture for Three-Bus Performance: Instruction Bus & Dual Data Buses Independent Com putation Units: ALU, M ultiplier/

EE-35 Troubleshooting your ADSP-218x EZ-ICE

Abstract: EE-175 EE-34 EE-35 EE-68 EE35
Contextual Info: Engineer-to-Engineer Note a EE-175 Technical notes on using Analog Devices DSPs, processors and development tools Contact our technical support at dsp.support@analog.com and at dsptools.support@analog.com Or visit our on-line resources http://www.analog.com/ee-notes and http://www.analog.com/processors

ADMC331

Abstract: visual dsp adsp-2100 Analog Devices Motor 37LV65 ADDS-21XX-SW-PC ADSP-2100 ADSP-2101 ADSP-2171 AT17C65 XC1765E
Contextual Info: a ADMC331 DSP Motor Controller Developer’s Reference Manual Revision 2.1 11 September 2000 ADMC331 DSP Motor Controller Developer’s Reference Manual Table of Contents 1. INTRODUCTION .6

ADMCF32X

Abstract: Lib21 visual dsp adsp-2100 ADMCF326 asm21 37LV65 ADSP-2100 ADSP-2101 ADSP-2171 AT17C65
Contextual Info: a ADMCF32X DSP Motor Controller Developer’s Reference Manual Revision 1.3 29 November 2000 ADMCF32X DSP Motor Controller Developer’s Reference Manual Table of Contents 1. INTRODUCTION. 7

Fox TCXO 16MHZ schematic diagram

Abstract: ADF4360-2 ADF4360 ADF4360-1BCP ADF4360-2BCP ADF4360-3BCP ADF4360-4BCP 801BE 840dB DECT base station schematic
Contextual Info: PRELIMINARY TECHNICAL DATA a Integrated Synthesizer and VCO ADF4360-2 Preliminary Technical Data GENERAL DESCRIPTION FEATURES Output Frequency Range: 1800 MHz to 2150 MHz Divide-by-2 output +3.0 V to +3.6V Power Supply 1.8 V Logic Compatibility Integer-N Synthesizer

Contextual Info: PRELIMINARY TECHNICAL DATA a Integrated Synthesizer and VCO ADF4360-6 Preliminary Technical Data GENERAL DESCRIPTION FEATURES Output Frequency Range: 1000 MHz to 1250 MHz Divide-by-2 output +3.0 V to +3.6V Power Supply 1.8 V Logic Compatibility Integer-N Synthesizer

Contextual Info: PRELIMINARY TECHNICAL DATA a Integrated Synthesizer and VCO ADF4360-7 Preliminary Technical Data GENERAL DESCRIPTION FEATURES Output Frequency Range: 250 MHz to 1300 MHz Divide-by-2 output +3.0 V to +3.6V Power Supply 1.8 V Logic Compatibility Integer-N Synthesizer

power off delay timer circuit diagram

Abstract: TFS 211-1 AD7450 AD7453 AD7453BRM AD780 DB10 MC68HC16 AD7800
Contextual Info: PRELIMINARY TECHNICAL DATA a Preliminary Technical Data FEATURES Specified for VDD of 2.7 V to 5.25 V Low Power at max Throughput Rate: 3.75 mW typ at 555kSPS with VDD = 3 V 9 mW typ at 555kSPS with VDD = 5 V Pseudo Differential Analog Input Wide Input Bandwidth:

Contextual Info: PRELIMINARY TECHNICAL DATA a Preliminary Technical Data FEATURES Specified for VDD of 2.7 V to 5.25 V Low Power at max Throughput Rate: 3.75 mW typ at 600kSPS with VDD = 3 V 9 mW typ at 600kSPS with VDD = 5 V Pseudo Differential Analog Input Wide Input Bandwidth:

d1859

Contextual Info: □ ANALOG AD1859 DEVICES Stereo, Single Supply 18-Bit Integrated 1A DAC Rev. 02.7 7/28/95 FEATURES Complete Low Cost Stereo DAC System In a Single Die Package Variable Rate Oversampling Interpolation Filter Multlblt JA Modulator with Triangular PDF Dither

AD7452

Abstract: AD7450 AD7452BRM AD8138 DB10 AD7452BRT Analog devices branding codes c07
Contextual Info: PRELIMINARY TECHNICAL DATA a Preliminary Technical Data FEATURES Specified for VDD of 3 V and 5 V Low Power at max Throughput Rate: 7 mW typ at 555kSPS with 3 V Supplies 3 mW typ at 555kSPS with 5 V Supplies Fully Differential Analog Input Wide Input Bandwidth:

Contextual Info: PRELIMINARY TECHNICAL DATA a Differential Input, 600kSPS, 12-Bit ADC in an 8-lead SOT-23 Preliminary Technical Data FEATURES Specified for VDD of 3 V and 5 V Low Power at max Throughput Rate: 7 mW typ at 600kSPS with 3 V Supplies 3 mW typ at 600kSPS with 5 V Supplies

Branding KX

Contextual Info: PRELIMINARY TECHNICAL DATA a Preliminary Technical Data FEATURES Fast Throughput Rate: 1MSPS Specified for V DD of 3 V and 5 V Low Power: 9mW typ at 1MSPS with 5V Supplies Fully Differential Analog Input Wide Input Bandwidth: 20MHz 70dB SNR at 300kHz Input Frequency

AD7452

Abstract: AD7452BRM DB10 EVAL-AD7452CB
Contextual Info: PRELIMINARY TECHNICAL DATA a Differential Input, 555kSPS, 12-Bit ADC in an 8-lead SOT-23 Preliminary Technical Data FEATURES Specified for VDD of 3 V and 5 V Low Power at max Throughput Rate: 7.25 mW max at 555kSPS with 3 V Supplies 3.3 mW max at 555kSPS with 5 V Supplies

CL 2181 ic

Abstract: FE-300 ADSP-2181
Contextual Info: June 1994 ADSP-2181 For current information contact Analog Devices at 617 461-3881 FEATURES PERFORMANCE 30 ns Instruction Cycle Time from 16.67 MHz Crystal @ 5.0 Volts 33 MIPS Sustained Performance Single-Cycle Instruction Execution Single-Cycle Context Switch

V10K

Contextual Info: PRELIMINARY TECHNICAL DATA a Differential Input, 1MSPS, 12- & 10-Bit ADCs in 8-lead SOT-23 Preliminary Technical Data FEATURES Fast Throughput Rate: 1MSPS Specified for VDD of 3 V and 5 V Low Power at max Throughput Rate: 3.75 mW typ at 1MSPS with 3 V Supplies

V10K 275

Abstract: Motorola 9839 AD7450 AD7450AR AD7450ARM AD7450BR AD7450BRM AD8138 DB10 EVAL-AD7450CB
Contextual Info: PRELIMINARY TECHNICAL DATA a Preliminary Technical Data FEATURES Fast Throughput Rate: 1MSPS Specified for VDD of 3 V and 5 V Low Power at max Throughput Rate: 3 mW typ at 833kSPS with 3 V Supplies 8 mW typ at 1MSPS with 5 V Supplies Fully Differential Analog Input

V20K

Abstract: AD7440 AD7450A AD7450AART AD7450ABRT DB10
Contextual Info: PRELIMINARY TECHNICAL DATA a Differential Input, 1MSPS, 12- & 10-Bit ADCs in 8-lead SOT-23 Preliminary Technical Data FEATURES Fast Throughput Rate: 1MSPS Specified for VDD of 3 V and 5 V Low Power at max Throughput Rate: 3.75 mW typ at 1MSPS with 3 V Supplies

V20K 300

Abstract: sa7a AD7440 AD7450A AD7450AART AD7450ABRT DB10
Contextual Info: PRELIMINARY TECHNICAL DATA a Differential Input, 1MSPS, 12- & 10-Bit ADCs in 8-lead SOT-23 Preliminary Technical Data FEATURES Fast Throughput Rate: 1MSPS Specified for VDD of 3 V and 5 V Low Power at max Throughput Rate: 3.75 mW typ at 1MSPS with 3 V Supplies

MIPS26

Abstract: adsp21msp59 HA20 27C512 DIL
Contextual Info: A N A LO G ► D E V IC E S FEATURES 38 ns Instruction Cycle Tim e 26 MIPS from 13.00 MHz Crystal ADSP-2100 Family Code and Function Com patible w ith N ew Instruction Set Enhanced for Bit Manipulation Instructions, M ultiplication Instructions, Biased Rounding, and Global Interrupt Masking