DS2464 Search Results

Contextual Info: 3 7 b f i 522 DD 2 0 1 1 E S 47 H P L S B a i GEC P L E S S E Y FEBRUARY 1994 PRELIMINARY INFORMATION S E M I C O N D U C T O R S DS2464 - 4.9 MV6639 POCSAG DECODER Supersedes November 1992 edition - DS2464 - 3.3 The MV6639 POCSAG decoder is capable of operating

SL6609

Abstract: POCSAG Receiver ds2464 12 volts Voltage Doubler m.Sc part 2nd date sheet Voltage Doubler D019 D020 D021 DO21
Contextual Info: THIS DOCUMENT IS FOR MAINTENANCE PURPOSES ONLY AND IS NOT RECOMMENDED FOR NEW DESIGNS FEBRUARY 1994 ADVANCE INFORMATION DS2464 - 4.9 MV6639 POCSAG DECODER Supersedes November 1992 edition - DS2464 - 3.3 The MV6639 POCSAG decoder is capable of operating at 512 or 1200 baud. This device together with a suitable

transistor a017

Contextual Info: THIS DOCUMENT IS FOR MAINTENANCE PURPOSES ONLY AND IS NOT RECOMMENDED FOR NEW DESIGNS FEBRUARY 1994 ADVANCE INFORMATION DS2464 - 4.9 MV6639 POCSAG DECODER Supersedes November 1992 edition - DS2464 - 3.3 The MV6639 POCSAG decoder is capable of operating at 512 or 1200 baud. This device together with a suitable

SL6609

Abstract: pager in watch -abstract CB09a digital wrist watch circuit plessey gps receiver lcd wrist watch ic
Contextual Info: THIS DOCUMENT IS FOR MAINTENANCE PURPOSES ONLY AND IS NOT RECOMMENDED FOR NEW DESIGNS FEBRUARY 1994 ADVANCE INFORMATION DS2464 - 4.9 MV6639 POCSAG DECODER Supersedes November 1992 edition - DS2464 - 3.3 The MV6639 POCSAG decoder is capable of operating at 512 or 1200 baud. This device together with a suitable

Contextual Info: Si G E C P L E S S E Y S E M I C O N D U C T O R ADVANCE INFORMATION S MV6639 POCSAG DECODER DS2464 The MV6639 POCSAG decoder is capable of operating at 512 or 1200 baud. This device together with a suitable receiver, provides the major components for a POCSAG

663 t01

Contextual Info: GEC PLESSEY S E M I C O N D U C T O R S DS2464 Issue 2 2 MV6639 POCSAG DECODER The MV6639 POCSAG decoder is capable of operating at 512 or 1200 baud. This device together with a suitable receiver provide the m ajor com ponents for a POCSAG pager. I 10 26 ~ T l BLI

DS2503

Abstract: DS12C885 DS2505 DS1225Y DS2068 DS2414 DS1868 c1 a6 B712 DS83C950
Contextual Info: RMP Process Samples 0.8 µm Double Poly, Double Metal Monitor Device s Product Rev DS2154 DS2152 A2 DS2154 A2 DS80CH10 A3 DS80CH10 A5 0.6 µm 0.6 µm A2 DS32KHZ A6 A3 Double Poly, Double Metal (Ti/TiN layers used on all Metals) Product Rev DS1722 A2 DS1775

A7W 34

Abstract: a7w 20 DS146 a7w 9 ds1480 ds1216 ds2503 DS1722 DS1671 AC501
Contextual Info: RMP Process Samples 0.8 µm 0.6 µm Double Poly, Double Metal 0.8 µm Rev DS80CH10 A3 A2 DS21352 A4 A5 Product Rev DS1722 A2 DS1722 A4 DS1775 A1 DS1775 A2 DS1820 B5 DS1820 B5 DS1820 B6 DS1822 B6 DS1822 B6-PA DS1847 B1 DS1848 B1 DS21352 A3 DS21352 A4 DS21354

DS1868

Abstract: DS1207 MUBW20-12 A7 DS2505 DS1640
Contextual Info: RMP Process Samples 0.8 µm Double Poly, Double Metal Monitor Device s Product DS2154 DS2152 A2 DS2154 A2 DS80CH10 A3 DS80CH10 A5 0.6 µm A2 DS32KHZ A6 Double Poly, Double Metal (Ti/TiN layers used on all Metals) Product 0.6 µm Rev Rev DS1722 A2 DS1775 A1

DS-1100

Abstract: DS1620 C2 ds-2197 ds1216 DS13d12 DS2414 DS1868 DS2505 DS1225Y DS1640
Contextual Info: RMP Process Samples 0.8 µm Double Poly, Double Metal Monitor Device s Product Rev DS2154 DS2152 A2 DS2154 A2 DS80CH10 A3 DS80CH10 A5 0.6 µm 0.6 µm A2 Product Rev DS1722 A2 DS1775 A1 DS21352 A3 DS21352 A4 DS21354 A1 DS2148 A1 DS21552 A3 DS21554 A3 DS2196

max14574

Abstract: MAX1786 MAX1788 MAX8899 DS1849 MAX16908 MAX4967 DS3610 max17018 max13487
Contextual Info: Monitor Reports by Product: 1. Find the product of interest in the table below. Note the process and/or package for that product. 2. Use the "Back" button to return to the home page. 3. Select the process in the "Process Reliability" for the product of interest.

A6W 37

Abstract: A7W 14 a7w 16 a7w 37 A7W 34 A7W 29 ds1480 a4w 29 DS1868 DS1722
Contextual Info: RMP Process Samples 0.6 µm Standard Process Monitor Device s DS21Q43 A3-A Friday, December 28, 2001 Product DS2401 C2 Rev DS12885 B1 DS12885 B1-C DS12887 A2-C DS1425 F1 DS1425 F2 DS1501 A4-Y DS1501 A6-W DS1501 A6-Y DS1511 A6-W DS1511 DS1553 A6-Y A1 DS1543

DS1868

Abstract: DS2433 ds1480 DS2505 DS1640
Contextual Info: RMP Process Samples 0.8 µm 0.6 µm Double Poly, Double Metal Product Rev DS32KHZ A6 DS80CH10 A5 Rev DS1232 C2-L DS1722 A2 DS1775 A1 DS1775 A2 DS1820 B5 DS1820 B5 DS1820 B6 DS21352 A3 DS21352 A4 DS21354 A1 DS21354 A4 DS2148 A2 DS21552 A3 DS21552 A4 DS21554

DS1235YW

Abstract: ds1480 DS1235YWl DS2228-1MG DS1242 DS2402 ds2403 DS1990A-f50 DS2228-4MG DS1833A
Contextual Info: RELIABILITY MONITOR PROCESS TECHNOLOGY SAMPLING PLAN VEHICLE TECHNOLOGY 0.8 µ Double Poly, Single Metal w/TEOS-OxyNitride Passivation DS87520 DS1302 DS1315 DS17485 DS21S07A DS2153 DS1868 DS1706 DS1800 DS1817 DS1866 DS1305 DS17285 DS1306 DS17485 DS1307 DS17885

a7w 9

Abstract: A7w 12 a7w 20 A7w 50 DS2503 DS-1100 DS29020 A6W 08 DS1624 DS1868
Contextual Info: RMP Process Samples 0.8 µm 0.6 µm Double Poly, Double Metal 0.8 µm Rev DS80CH10 A3 A2 DS21352 A4 A5 Product Rev DS1722 A2 DS1775 A1 DS1775 A2 DS1820 B5 DS1820 B5 DS1820 B6 DS21352 A3 DS21352 A4 DS21354 A1 DS21354 A4 DS2148 A2-3 DS2148 A2-5 DS21552 A3 DS21552

DS1235YW

Abstract: DS1235YWL DS2228-1MG DS1242 DS1868 DS1187 ds1480 DS1671 DS83520 DS1241
Contextual Info: RELIABILITY MONITOR PROCESS TECHNOLOGY SAMPLING PLAN VEHICLE DS87520 TECHNOLOGY 0.8 µ Double Poly, Single Metal w/TEOS-OxyNitride Passivation DS87520 DS1302 DS1585 DS1306 DS17485 DS1307 DS17885 DS1315 DS1803 DS1623 DS1806 DS1627 DS2430A DS1670 DS2437 DS1673