1141M Search Results

Contextual Info: The 41 Series of High-Performance Line Drivers, Receivers, and Transceivers H U J L eJ U J L e I U J U J I i J 41MF, 41 MR and 41MT Receivers 41M F 41 M R -41MT 1041 M F 1041M R 1041M T 1141 M F 1141 M R 1141M T Note: The device is disabled when E = 0 and E =1.

ATT 41

Abstract: 1141MG 26LS31 esd 1141mp 1041MG 1041MP 1241MG 26LS31 26LS32 41MG
Contextual Info: Data Sheet ^ B A T & T Microelectronics 41 MG and 41MP Quad Differential Line Drivers Features Description • Pin-equivalent to the general-trade 26LS31 device, with im proved speed, reduced pow er consum ption, and significantly low er levels of EMI The 41 MG and 41 MP Quad Differential Line Driver

1041MGL3

Abstract: 1141MGL3 1241MGL3 26LS31 41MGA 41MGL3
Contextual Info: Data Sheet fE m A T s T ' Microelectronics 41MGL3 Quad Differential Line Driver Features Description • True 3-state output The 4 1 M G L3 Q uad D ifferential Line D river integrated circuits are quad TTL-input-to-pseudo-E C L-differential-output line drivers fo r digital data transm ission

1041MK

Abstract: 1141MK 1141ML 1241MK 41LV 41LW 41LX 41MK
Contextual Info: 41 Series of High-Performance Line Drivers, Receivers, and Transceivers 41LV, 41LW, and 41LX Timing Characteristics Table 5-9. 41 LV, 41 LW, and 41 LX Tim ing Characteristics Driver (See Figures 6-1 and 6-2.) P ropagation-delay test circuit is connected to output (see Figure 6-6).

Contextual Info: The 41 Series of High-Performance Line Drivers, Receivers, and Transceivers Advanced High-Speed Interface Devices Data Sheets 41 MG and 41MP Drivers Al [T ~15] Dl AO [7 ~ u | DO 7 [T 16] Vcc ~I3~| DO e BO [T 77] CO BO [7 10] CO Bl [7 3 IT ] i i Li^r G ND [ 7

Contextual Info: Microelectronics 41MV, 41 MW, and 41 MX Dual Differential Transceivers Features Description D river Features: The 41 MV, 41 MW, and 41 MX dual differential trans­ ceiver circuits transm it and receive digital data over balanced transm ission lines and are com patible with

Contextual Info: Data Sheet t s. f l U jiif 'Microelectronics 41MGL3 Quad Differential Line Driver Features Description • True 3-state output The 41MGL3 Quad Differential Line Driver integrated circuits are quad TTL-input-to-pseudo-ECL-differential-output line drivers for digital data transmission

1041MV

Abstract: 1041MW 1141MV 1141MW 41MV 41MW MX 516
Contextual Info: Microelectronics 41MV, 41 MW, and 41 MX Dual Differential Transceivers Features Description D river Features: The 41 MV, 41 MW, and 41 MX dual differential trans­ ceiver circuits transm it and receive digital data over balanced transm ission lines and are com patible with

tda 1041

Contextual Info: 41 Series of High-Performance Line Drivers, Receivers, and Transceivers 41LV, 41LW, and 41LX Timing Characteristics Table 5-9. 41 LV, 41 LW, and 41 LX Timing Characteristics Driver (See Figures 6-1 and 6-2.) Propagation-delay test circuit is connected to output (see Figure 6-6).

Contextual Info: iHAT&T Data Sheet Microelectronics 41MF2 Quad Differential Line Receiver Features Description • 1000 V CDM and 1000 V HBM input ESD rating The 41MF2 Quad Differential Line Receiver inte­ grated circuits receive digital data over balanced transmission lines. These receivers translate differ­

26LS31 esd

Abstract: 1041MGA 1041MPA 1141MPA 26LS31 41MGA 41MPA ATT Microelectronics 1141MGA
Contextual Info: Data Sheet June 1994 % A D S .T Microelectronics 41MGA and 41 MPA Quad Differential Line Drivers Features Description • Pin equivalent to the general-trade 26LS31 device, with improved speed, reduced power consumption, and significantly lower levels of EMI

Contextual Info: Data Sheet i = A T & T ' Microelectronics 41 MG and 41MP Quad Differential Line Drivers Features Description • Pin-equivalent to the general-trade 26LS31 device, with improved speed, reduced power consumption, and significantly lower levels of EMI The 41 MG and 41 MP Quad Differential Line Driver

Contextual Info: Datasheet — Microelectronics 41 MG and 41MP Quad Differential Line Drivers Features • Pin-equivalent to the general-trade 26LS31 device, with improved speed, reduced power consumption, and significantly lower levels of EMI ■ Four line drivers per package

Contextual Info: The 41 Series of High-Performance Line Drivers, Receivers, and Transceivers 41MK, 41 ML, and 41 MM Transceivers 3 m 3 u u ZD 3 3 RI1 + R01 RI1- DM DOU Vcc D 01- DEN D 02- RËN D02+ GND RI2- DI2 RI2+ R02 E E E E E E E E 3 E 3 1] E E 3 3 RI1* RÛ1 RI1- D ll

1141MF2

Abstract: 1241MF2 1041MF2 26LS32 41MF 41MF2 0040616 1241MF
Contextual Info: Data Sheet £ ^ A T gT 'Microelectronics 41MF2 Quad Differential Line Receiver Features Description • 1000 V CDM and 1000 V HBM input ESD rating T h e 4 1 M F 2 Quad Differential Line R eceiver inte­ grated circuits receive digital data over balanced transm ission lines. These receivers translate differ­

26LS32

Abstract: 26LS32 pin diagram ci 26ls32 1241MF 41mr 41MF ci 1041 1041 1041MF 1041MT
Contextual Info: AT&T Data Sheet June 1994 *- # IIW Microelectronics 41 MF, 41 MR, and 41MT Quad Differential Line Receivers Features Description • Pin equivalent to the general-trade 26LS32 device, with improved speed and reduced power con­ sumption The 41 MF, 41 MR, and 41 MT Quad Differential Line

Contextual Info: Microelectronics 41MGL3 Quad Differential Line Driver Features Description • True 3-state output T he 4 1 M G L3 Q uad Differential Line D river integrated circuits are quad T TL-input-to-pseudo-E C L-differen- ■ Pin equivalent to the general-trade 26LS31 device

ATT 41

Contextual Info: — — Microelectronics 41MF2 Quad Differential Line Receiver Features Description • 1000 V CDM and 1000 V HBM input ESD rating The 41M F2 Q uad Differential Line R eceiver inte­ grated circuits receive digital data over balanced transm ission lines. T hese receivers translate differ­

41MK

Abstract: 41ML 41MM
Contextual Info: The 41 Series of High-Performance Line Drivers, Receivers, and Transceivers 41MK, 41 ML, and 41 MM Transceivers ROI [ T ~T6~l R M * [ T 77] RM- DI1 77 ] D 01 + V c c f~ 3 ~ DEN [ 7 77] DOI— DEN |~ 4 -7 | 002- REN [ T 77] D 02- REN [ T 77] D 02+ GND | 6 77]