MSM5218 Search Results

MSM5218

Abstract: MSM4040 M5218 msm4024 MSM5218RS 100kw msm5204a SICK AG D7 MSM5205 MSM4014
Contextual Info: ¡ Semiconductor MSM5218 ¡ Semiconductor MSM5218 ADPCM Voice Analysis/Synthesis IC GENERAL DESCRIPTION The MSM5218 is a complete voice analysis/synthesis IC featuring the Adaptive Differential Pulse Code Modulation ADPCM method of data compression. The MSM5218 contains an analysis stage

MSM6375

Abstract: MSM6374
Contextual Info: INTRODUCTION O K I Semiconductor 5. PACKAGING P ro d u c t N o. o f D ie nam e P in s F o rm MSM5205 18 MSM6585 18 MSM6295V 42 MSM6295 44 MSM6376 64 MSM6372 18 S O P /Q F P D ip RS M S -K G S -K 18 18 18 O o o o o o o o o o o o 24 MSM63P74 o o 20 MSM5218 24

4bit straight adpcm method

Abstract: 4014PS ic 5218 a MSM5218
Contextual Info: O K I Semiconductor MSM5218 ADPCM Voice Analysis/Synthesis 1C GENERAL DESCRIPTION The MSM5218 is a complete voice analysis/synthesis IC featuring the Adaptive Differential Pulse Code M odulation ADPCM method of data compression. The MSM5218 contains an analysis stage

MSM5218RS

Contextual Info: O K I Semiconductor MSM5218 AD PCM SPEECH ANALYSIS/SYNTHESIS IC GENERAL DESCRIPTION TheM SM 5218 is a com plete speech an alysis/ synthesis LSI featuring the A daptive Differ­ ential Pulse C ode M od u latio n ADPCM m ethod of data com pression. The MSM5218

ic cmos 4014

Abstract: 4bit straight adpcm method m5218 l
Contextual Info: O K I Semiconductor MSM5218 ADPCM Voice Analysis/Synthesis IC GENERAL DESCRIPTION The MSM5218 is a complete voice analysis/synthesis IC featuring the Adaptive Differential Pulse Code Modulation ADPCM method of data compression. The MSM5218 contains an analysis stage

csb 384P

Abstract: MSM5218RS msm5204 ADPCM method speech synthesis LSI sim 5218 MSM5205RS
Contextual Info: O K I Semiconductor MSM5218 AD PCM S P E E C H A N A LY S IS /S Y N T H E S IS IC G E N E R A L D E SC R IP T IO N TheM SM 5218 is a com plete speech an aly sis/ synthesis LSI featuring the A daptive Differ­ ential P ulse C ode M o d u la tio n ADPCM m ethod of d ata com pression. The MSM5218

FST 460 TRANSISTOR

Abstract: m5205 oki MSM6258 FST 460 KBR 6.0 MSM6258V QFP44-P-910-V1K Transistor FST 460 4813b MSM6258VJS
Contextual Info: O K I Semiconductor ISM6258/MSM6258V ADPCM SPEECH PROCESSOR FOR SOLID STATE RECORDER TO CUSTOMERS FOR NEW CIRCUIT DESIGN For a new circuit design, i t is recom m ended to use not the MSM6258, b u t the M SM6388/ MSM6588 as described later. The MSM6258 has an 8-bit AD converter and

MSM5205RS

Abstract: MSM5218RS OKI 5205 MSM4015 msm5204 MSM5205 csb 384P csb 200 4bit straight adpcm method Analysis on the ADC
Contextual Info: O K I Semiconductor 1SM5218 ADPCM SPEECH ANALYSIS/SYNTHESIS IC GENERAL DESCRIPTION T h e M S M 5218 is a com p lete speech a n a ly s is/ synth esis LSI featuring the A d ap tiv e D iffer­ e n tial P u lse C o d e M o d u la tio n A D P C M m eth od of data com pression. The M SM 5218

Contextual Info: OKI Semiconductor MSM6585 ADPCM SPEECH SYNTHESIS LSI GENERAL DESCRIPTION MSM6585 is a CMOS speech synthesizer for applications in conjunction with a host sys­ tem and memory for instance a CD-ROM. It is offered in addition to the popular MSM5205 but with internal low-pass filter, 12-bit DAC

Contextual Info: O K I Semiconductor MSM5205 ADPCM SPEECH SYNTHESIS LSI GENERAL DESCRIPTION The MSM5205 is a speech synthesis integra ted circuit w hich accepts A daptive Differential Pulse C ode M odulation ADPCM data. The circuit consists of synthesis stage w hich ex­

MSM5205RS

Abstract: M5205 m5205 oki MSM5205 circuit diagram 4013 PQM1
Contextual Info: OKI Semiconductor MSM5205 ADPCM Voice Synthesis 1C TO CUSTOMERS FOR NEW CIRCUIT DESIGN For a new circuit design, it is recommended to use the MSM6585 as described later. The MSM5205 has a 10-bit D /A converter and does not have a built-in low-pass filter. O n the other hand, the

MSM6258

Abstract: SICK WL 25 123 M6258 MSM6295 m5205 oki 4bit straight adpcm method MSC2304
Contextual Info: O K I Semiconductor M S M 6 2 5 8 /M S M 6 2 5 8 V ADPCM Voice Processor for Solid State Recorder TO CUSTOMERS FOR NEW CIRCUIT DESIGN For a new circuit design, it is recommended to use not the MSM6258, but the MSM6388/MSM6588 as described later. The MSM6258 has an 8-bit AD converter and does not have a built-in low pass filter. On the other

M6378A

Abstract: MSM6388 MSM62* ADPCM 63P74 MSM6376 MSM63* ADPCM
Contextual Info: O K I Semiconductor INTRODUCTION 1. VOICE SYNTHESIS LSI PRODUCTS OKI SPEECH LSI PRODUCTS SYNTHESIZER Internal Mask-ROM -M SM 6375 FAMILY- Internal OTP External ROM M SM 6372 128Kbit M SM 6373 256Kbit M SM 6374 512Kbit M SM 6375 1M bit M SM 63P74 75 Family

Contextual Info: O K I Semiconductor MSM5205 ADPCM SPEEC H SYNTHESIS LSI TO CUSTOM ERS FOR NEW CIRCUIT DESIGN converter and includes a -40dB /oct low -pass filter. The sam pling frequency can also be selected u p to 32kHz. Therefore, theMSM6585 can realize a high quality voice.

MSM6258

Abstract: amplifier 40khz MSM62* ADPCM MSM6308 z120k MSM63* ADPCM
Contextual Info: O K I Semiconductor 2-2 INTRODUCTION RECORDING AND PLAYBACK LSI LINE-UP GENERAL DESCRIPTION There are two basic types of record /p lay ­ back devices which use external memory for data storage, LSI's using ADPCM pro­ cessing, and LSI's using PCM processing.

5218 a audio operational

Abstract: 5218 a op amp m5205 oki csb 384 ic op 5218 ic 5218 a ADPCM method speech synthesis LSI M5205 MSM5205 OKI 5205
Contextual Info: OKI Semiconductor MSM5205 AD PCM SPEECH SYNTHESIS LSI GENERAL DESCRIPTION The M SM 5205 is a speech synthesis integrated circuit which accepts Adaptive Differential Pulse Code M odulation ADPCM data. The circuit consists of synthesis stage which ex­ pands the 3- or 4-bit ADPCM data to 12-bit

5218a

Abstract: 5218 a ic 5218 a sim 5218 LD 5218 5218P MSM5218 CSB384P 5205RS
Contextual Info: O K I Semiconductor 1SM5218 ADPCM S P E E C H A N A LY S IS /S Y N T H E S IS 1C G E N E R A L D E SC R IP TIO N T he M SM 5218 is a c o m p lete sp eech a n a ly s is / sy n th esis LSI fea tu rin g th e A d a p tiv e D iffer­ e n tia l P u ls e C o d e M o d u la tio n A D P C M

triac tag 8518

Abstract: 70146 DS3654 X2864AD 7 segment display RL S5220 TC9160 la 4440 amplifier circuit diagram 300 watt philips ecg master replacement guide vtl 3829 A-C4 TCA965 equivalent
Contextual Info: 1985 0 / 0 / CONTENTS VOLUME I Introduction to IC MASTER 3 Advertisers’ Index 8 Master Selection Guide Function Index I0 Part Number Index 40 Part Number Guide 300 Logo Guide 346 Application Note Directory 349 Military Parts Directory 50I Testing 506 Cross Reference

MSM6375

Contextual Info: S p e e c h S y n th e sis T P la y - O n ly S e r ie s Serial Voice Registers/ROMs J_ R e c o r d / P la y M e m o ry L o W 'P o w e r S p e c ia l S e r ie s In te r fa c e s A m p lifie r s F u n c t io n s I MSM6295 MSM6372 MSM6373 MSM6374/63P74

Contextual Info: Semiconductor OKI MSM6585 ADPCM SPEECH SYNTHESIS LSI GENERAL DESCRIPTION MSM6585 is a CMOS speech synthesizer for applications in conjunction with a host sys­ tem and memory for instance a CD-ROM. It is offered in addition to the popular MSM5205 but with internal low-pass filter, 12-bit DAC

MSM5205RS

Abstract: ML60852TB MSM6388GS ML60852ATB MSM6258VJS asm 1442 MSC7154 MSM5218RS asm 1441 Asm 1440
Contextual Info: No. 138 144 3411 3413 3414 3415 3419 10681 10956 11042 11307 11308 11309 11696 11697 11698 11701 11906 11907 12207 12208 12209 12210 12756 12758 12759 12761 12765 12770 12772 12805 12808 12814 12815 12832 12835 12837 12846 12847 13924 14267 14500 14503 14507

table for bessel and chebyshev response

Contextual Info: O K I Semiconductor APPLICATION HINTS 1. Fundamental DM and ADM methods and then ADPCM method. • DM and ADM system DM Delta modulation systems can indicate a voice waveform by increasing and reducing constant quantity Adecided previously per sampling. In other words, 1 in case of adding Aand

m6258v

Abstract: MSM6258 MSM6295 MSM4069 MSM6258V msm5840 OT31 m5205 oki lm 398- SAMPLE AND HOLD
Contextual Info: O K I Semiconductor MSM6 2 S8 /MSM6 2 5 8 V AOPCM Voice Processor for Solid State Recorder TO CUSTOMERS FOR NEW CIRCUIT DESIGN For a new circuit design, it is recommended to use not the MSM6258, but the MSM6388/MSM6588 as described later. The MSM6258 has an 8-bit A D converter and does not have a built-in low pass filter. On the other

asm 1442

Abstract: MSM6388GS MSM6376GS-BK ML60852ATB MSM6322GS MSM5205RS MSM65P516-NGS-1K MSM6376-GS-BK MSM6376GSBK ML60852TB
Contextual Info: No. 138 144 3411 3413 3414 3415 3419 10681 10956 11042 11307 11308 11309 11696 11697 11698 11701 11906 11907 12207 12208 12209 12210 12756 12758 12759 12761 12765 12770 12772 12805 12808 12814 12815 12832 12835 12837 12846 12847 13924 14267 14500 14503 14507