LED TRANSCEIVER DRIVER CHIP Search Results

U 665

Abstract: U665 lbdj ML4663
Contextual Info: March 1997 Micro Linear ML4665 Low Cost Single Chip 10BASE-FL Transceiver GENERAL DESCRIPTION FEATURES The ML4665 is a low power, low cost, single chip 10BASE-FL transceiver. The ML4665 contains a fiber optic data quantizer and an LED output driver for direct

Contextual Info: March 1997 MgL Micro Linear ML4665 Low Cost Single Chip 10BASE-FL Transceiver GENERAL DESCRIPTION FEATURES The ML4665 is a low power, low cost, single chip 10BASE-FL transceiver. The ML4665 contains a fiber optic data quantizer and an LED output driver for direct

ML4663

Abstract: LED IR for Tx, RX pair collision light
Contextual Info: ^ÉL Micro Linear March 1997 ML4665 Low Cost Single Chip 10BASE-FL Transceiver GENERAL DESCRIPTION FEATURES The ML4665 is a low power, low cost, single chip 10BASE-FL transceiver. The ML4665 contains a fiber optic data quantizer and an LED output driver for direct

ML4663

Abstract: HFBR1414 Fiber Optic Data Quantizer HFBR1414 HFBR2416 LM340 ML4665 OPC1414 OPC2416 Fiber Optic Data Quantizer amp 2100
Contextual Info: March 1997 ML4665 Low Cost Single Chip 10BASE-FL Transceiver GENERAL DESCRIPTION FEATURES The ML4665 is a low power, low cost, single chip 10BASE-FL transceiver. The ML4665 contains a fiber optic data quantizer and an LED output driver for direct connection to an optical module s . The ML4665 offers a

transistor 603 47f

Contextual Info: y aa^m UCC5344 UNITRODE PRELIMINARY 9.6kbps to 4Mbps IrDA Transceiver FEATURES Supports IrDA 9.6k to 4MBPS Data Rates 3.3V and 5V Operation Wide Dynamic Receiver Range from 100nA to 100mA IrDA Compliant I/O 500mA LED Driver DESCRIPTION The UCC5344 IrDA Infrared Data Association transceiver supports the

Contextual Info: o UCC5342 UNITRQDE IrDA 115.2kbps Transceiver PRELIMINARY DESCRIPTION FEATURES Supports IrDA Standard to 115kbps Data Rates 3V to 5V Operation Wide Dynamic Receiver Range from 200nA to 50mA Typical IrDA Compliant I/O 500mA LED Driver Very Low Quiescent Current in Active

Contextual Info: y UCC5342 UNITRODE ADVANCED INFORMATION IrDA 2.4kbps to 115.2kbps Transceiver Supports IrDA 2.4kbps to 115kbps Data Rates 3.3V and 5V Operation W ide Dynamic Receiver Range from 10OnA to 100mA Typical IrDA Compliant I/O 500mA LED Driver Very Low Quiescent Current in Active

DIL 330

Abstract: DIL-16 SOIC-16 UCC5344
Contextual Info: UCC5344 PRELIMINARY 9.6kbps to 4Mbps IrDA Transceiver FEATURES • Supports IrDA 9.6k to 4MBPS Data Rates • 3.3V and 5V Operation • Wide Dynamic Receiver Range from 100nA to 100mA • IrDA Compliant I/O • 500mA LED Driver • Low Quiescent Current Typical 900µA

Contextual Info: UCC5342 U IM IT R O O E IrDA 115.2kbps Transceiver PRELIMINARY DESCRIPTION FEATURES Supports IrDA Standard to 115kbps Data Rates 3V to 5V Operation Wide Dynamic Receiver Range from 200nA to 50mA Typical IrDA Compliant I/O 500mA LED Driver Very Low Quiescent Current in Active

facsimile receiver block diagram and transmitter

Abstract: "Infrared TRANSCEIVER" sharp lcd pinout RY6FD11E infrared receiver led 2 pin electronic level transmitter construction diagram encoder output waveform infrared signal waveform Infrared Transceiver
Contextual Info: RY6FD11E/RY6FD1SE Technical Information Infrared Transceiver Module FEATURES The Sharp RY6FD11E contains a high speed, high efficiency, low power-consumption AlGaAs LED, a silicon PIN photodiode, and bipolar integrated circuit. The IC contains a LED driver circuit and a receiver, that provides two RX output depending on the data rate, supporting both 9.6 to 115.2 kbps IrDA 1.0 signals and

transistor 603 47f

Abstract: diode led ir
Contextual Info: y UCC5342 U N IT R O D E ADVANCED INFORMATION IrDA 2.4kbps to 115.2kbps Transceiver • 3.3V and 5V Operation • Wide Dynamic Receiver Range from 100nA to 100mA Typical • IrDA Compliant I/O • 500mA LED Driver • Very Low Quiescent Current in Active Mode 250|iA Typical

TSSOP48

Abstract: TSSOP64 SPDT SPI STP08CL596M TSSOP24 5V SPST RELAY 74V1G66CTR 74V1G66STR 74V1T384CTR 74V1T384STR
Contextual Info: Surface mounting packages Advanced Logic ICs SOT23-8L SOT23-5L SOT323-5L Selection guide TSSOP16 TSSOP20 LFBGA96 TSSOP24 TFBGA54 SO-16 SO-20 TSSOP24 exposed-pad TSSOP48 µTFBGA42 QFN16 SO-24 TSSOP64 Flip-Chip5 SSOP24 Flip-Chip11 H (inch) W (tape width mm)

LED monitor circuit diagram

Abstract: HFBR-2416 HFBR-14X4 HFBR-24X6 HFBR4663 HFBR-4663 HLMP-1700 HLMP-1790
Contextual Info: Single Chip 10BASE-FL Transceiver Technical Data HFBR-4663 General Description The HFBR-4663 Single Chip 10BASE-FL Transceiver is a highly integrated circuit for IEEE 802.3 10Base-FL transceivers. This product, when used with HP’s fiber-optic transmitters and

Contextual Info: v' June, 1992 PRELIMINARY Micro Linear ML4663 Single Chip 10BASE-FL Transceiver GENERAL DESCRIPTION FEATURES The ML4663 Single Chip 10BASE-FL Transceiver integrates both a ML4662 10BASE-FL Transceiver with a ML4622 Fiber Optic Data Quantizer to implement a

HFBR1414 Fiber Optic Data Quantizer

Abstract: HFBR2416 OPC1414 HFBR1414 ML4663 DS466 LM340 ML4622 ML4662 OPC2416
Contextual Info: March 1997 ML4663 Single Chip 10BASE-FL Transceiver GENERAL DESCRIPTION FEATURES The ML4663 single-chip 10BASE-FL transceiver integrates both a ML4662 10BASE-FL transceiver with a ML4622 fiber optic data quantizer to implement a highly integrated solution for 10BASE-FL transceivers. The ML4663 offers a

2n1300

Abstract: ML4663
Contextual Info: August 1994 ugL Micro Linear ML4663 Single Chip 10BASE-FL Transceiver GENERAL DESCRIPTION FEATURES The M L4663 Single Chip 10BASE-FL Transceiver integrates both a M L4662 10BASE-FL Transceiver with a M L4622 Fiber Optic Data Quantizer to implement a highly integrated solution for 10BASE-FL transceivers.

Contextual Info: Single Chip 10BASE-FL Transceiver Technical Data HFBR-4663 General Description The HFBR-4663 Single Chip 10BASE-FL Transceiver is a highly integrated circuit for IEEE 802.3 10Base-FL transceivers. This product, when used with HP’s fiber-optic transmitters and

Contextual Info: March 1997 Linear ML4668 Low Power Single Chip 10BASE-FL Transceiver GENERAL DESCRIPTION FEATURES The ML4668 single-chip 10BASE-FL transceiver is a low power, high output current, plug-compatible version of the industry standard ML4663. The ML4668 offers a standard

ml4668cq

Abstract: OPC2416
Contextual Info: March 1997 ML4668 Low Power Single Chip 10BASE-FL Transceiver GENERAL DESCRIPTION FEATURES The ML4668 single-chip 10BASE-FL transceiver is a low power, high output current, plug-compatible version of the industry standard ML4663. The ML4668 offers a standard

amp 2100

Abstract: HFBR1414 HFBR2416 LM340 ML4663 ML4668 OPC1414 OPC2416 TX1012 HFBR1414 Fiber Optic Data Quantizer
Contextual Info: March 1997 ML4668 Low Power Single Chip 10BASE-FL Transceiver GENERAL DESCRIPTION FEATURES The ML4668 single-chip 10BASE-FL transceiver is a low power, high output current, plug-compatible version of the industry standard ML4663. The ML4668 offers a standard

2JC13

Contextual Info: Wm H EW L E T T mLfiMP A C K A R D Single Chip 10BASE-FL Transceiver Technical Data HFBR-4663 General Description The HFBR-4663 Single Chip 10BASE-FL Transceiver is a highly integrated circuit for IEEE 802.3 lOBase-FL transceivers. This product, when used with

Contextual Info: March 1997 M i L M i c r o L i n e a r ML4663 Single Chip 10BASE-FL Transceiver GENERAL DESCRIPTION FEATURES The ML4663 single-chip 10BASE-FL transceiver integrates both a ML4662 10BASE-FL transceiver with a ML4622 fiber optic data quantizer to implement a highly integrated

Contextual Info: Who IHEWLETT mUfiM P A C K A R D Single Chip 10BASE-FL T ransceiver Technical Data HFBR-4663 General Description The HFBR-4663 Single Chip 10BASE-FL Transceiver is a highly integrated circuit for IEEE 802.3 lOBase-FL transceivers. This product, when used with

Contextual Info: August 1994 MgLMicro Linear ML4663 Single Chip 10BASE-FL Transceiver GENERAL DESCRIPTION FEATURES The M L4663 Single Chip 10BASE-FL Transceiver integrates both a M L4662 10BASE-FL Transceiver with a M L4622 Fiber Optic Data Quantizer to implement a highly integrated solution for 10BASE-FL transceivers.