MD96FX Search Results

ytm401

Abstract: V23 FSK Japan
Contextual Info: APR 2 9 1993 quorum technical sales 4 7 0 1 p a tr ic k h e n ry d r., b ld g . 1 2 Y A M A H A L S I s a n t a c la r a , ca. 9 5 0 5 4 4 0 8 9 8 0 - 0 8 1 2 tw x 5 1 0 - 6 0 1 - 3 9 8 2 YTM4GT MD96DX (9600 bps FAX MODEM LSI with HDLC) • OUTLINE MD96DX is a one-chip MODEM LSI of 9600 bps, which is upper compatible with our

Digital Panel Meter PM 129

Abstract: YTF405 yamaha corp
Contextual Info: YAMAHA CORP OF A M E R I C A / 3ÔE D TTMSSSM YAMAHA L GOQOfl?! S • YAMA 'T - ‘c A - ^ £ > 'T ö O I Y T F 405 Preliminary FAXC G III Facsimile Controller ■ OUTLINE YTF405 is a facsimile controller LSI that integrates on a single chip the controls for all of the

MD96DX

Abstract: YM7109 YTM401
Contextual Info: YAMAHA'i . S í YTM4Ü1 MD96DX 9600 bps FAX MODEM LSI with HDLC OUTLINE M D96DX is a one-chip M ODEM LSI of 9600 bps, which is upper compatible with our FAX M ODEM -LSI M D96FX (YM7109) in pin assignment and software. It is also provided with H D LC function, power saving functions, simple U A RT and external clock synchro­

YTM414

Abstract: fsk modem 300 MD96FX
Contextual Info: MD96LX 9600bps FAX Modem LSI with HDLi YTM414 The YTM414 is a single-chip 9600bps FAX Modem LSI which is pin and software compatible with our YTM401 (MD96DX . It incorporates HDLC framing, 2 power saving modes, simple UART functions, and voice record and play­

YM7109C

Contextual Info: YAM AHA'i. 3 1 Preliminary FAXCE G III Facsimile Controller • OUTLINE The YTF409 (FAXCE) is a dedicated GUI facsimile LSI that controls the main components of a facsimile, including the modem, image sensor, thermal head, and paper feed motor. It is used as a set together with an

yamaha corp

Contextual Info: YAMAHA CORP OF AMERICA/ blE D • ^ 4 5 5 2 4 ÜGG1EÖ2 432 ■ YAMA YA M A H A Ì , & S _ r-:^ ' 33'?o Y T F 405B : Preliminary FAXC G III Facsimile Controller ■ OUTLINE YTF405B (FAXC) is a sort o f special LSI used for the controlling o f all the functions required within

Contextual Info: ERA60100 Fig.3 depicts two core cells with their available interconnect resources shown connected to dual 4 to 1 line data selectors. The selectors are controlled by the RAM to route the two selected input lines through to the logic. The ‘inverter’ control connects the two gate inputs together