41LT Search Results

1141LF

Abstract: LT1041 41LF 41LR 41LS 41LT
Contextual Info: The 41 Series of High-Performance Line Drivers, Receivers, and Transceivers 41LF, 41LR, 41 LS, and 41LT Receivers Âi [ T ai 7s] [T AO [ T = ÿ ] f r - E bi ~iT| bi Tâj BO 1a I Âi 1 6 ] V cc Al [T AO [T e [7 K in CO Cl Cl n ^ r GND Al [T T T j bi AO [T BO

1141lf

Contextual Info: The 41 Series of High-Performance Line Drivers, Receivers, and Transceivers 41LF, 41 LR, 41 LS, and 41LT Receivers 1 Vcc Al [ T 16 Al [ T Ti] AO [T 77] bi TS] BO l E Ti] F CO Cl Bi - i / y ci ^ ! - r GND Ai |j_ 1 6 1 Vcc Al [T 7s| BI AO [T 77] bi h [T Ti]

26LS32

Abstract: 1141LF 1141LR 41LF 1241LF 26LS32 pin diagram lf receiver 1041LF 1041LT 1141LS
Contextual Info: Data Sheet June 1994 • ^J«T “ — '— Microelectronics 41LF, 41LR, 41LS, and 41LT Quad Differential Line Receivers a Features Description • Pin equivalent to the general-trade 26LS32 device, with improved speed and reduced power con­ sumption The 41 LF, 41 LR, 41 LS, 41 LT Quad Differential Line

Contextual Info: H ^AT&T Data Sheet Microelectronics 41LF, 41LR, 41LS, and 41LT Quad Differential Line Receivers Features Description • Pin equivalent to the general-trade 26LS32 device, with improved speed and reduced power con­ sumption The 41 LF, 41 LR, 41 LS, 41 LT Quad Differential Line

IRF9120

Abstract: IRFP9120 IRF9120 mosfet IRF9121 IRF 9520 IRF 9120 IRF912213 IRF 9122 IRF9520 IRFP9121
Contextual Info: IRF9120/912110122/9123 « IRFP9120/9121 /9122/9123: IRF9520/9521 /9Ö22/9523 •. P-CHANNEL POWER MOSFETS P r e l i m i n a r y Sn&nifinatinncì Tfi DE 7 clfc>41Lt2 D0054DE 1 | ” uuv/i öUmiviAKY •y*' 3 ^ SAMSUNG SEM ICO ND UC TOR INC -1 0 0 volt, 0.60 Ohm SFET

Contextual Info: \ iw t _ s s t TECHNOLOGY Multiple Modulation Standard Infrared Receiver F€RTUR€S DCSCRIPTIOfl • ■ ■ ■ The L T 1 3 1 9 is a general purpose building block that Receives Multiple IR Modulation Methods Low Noise, High Speed Pream p: 2 p A /V fiz, 7 M H z

Contextual Info: Millimeters 12.44 to 13.21 5.84 to 6.35 5.33 to 5.84 1.27 Min. 1.40 to 1.91 8.38 Ref. only 3.04 (Ref. only) Operating Temperature Range –55°C to +125°C Current Rating at 85°C Ambient 40°C Rise Maximum Power Dissipation at 85°C 0.55 Watts Inductance

Contextual Info: er w Po L I TA R Y ROVE D Operating Temperature Range –55°C to +130°C Current Rating at 85°C Ambient 45°C Rise Maximum Power Dissipation at 85°C 0.55 W Inductance Measured at 1 VAC open circuit with no DC current Incremental Current The current at which the

Contextual Info: er w Po L I TA R Y ROVE D Operating Temperature Range –55°C to +130°C Current Rating at 85°C Ambient 45°C Rise Maximum Power Dissipation at 85°C 0.50 W Inductance Measured at 1 VAC open circuit with no DC current Incremental Current The current at which the

12-band graphic equalizer

Abstract: LMC835 I1701
Contextual Info: LMC835 < ß National Semiconductor LMC835 Digital Controlled Graphic Equalizer General Description Features The LMC835 is a monolithic, digitally-controlled graphic equalizer CMOS LSI for Hi-Fi audio. The LMC835 consists of a Logic section and a Signal Path section made of analog