RS-485 PINOUT DATA Search Results

SN75179 application

Abstract: sn75180 RS-485 pinout data SP3485 LTC486 LTC487 SN75172 SN75174 SP3481 SP3486
Contextual Info: +3.3V Low Power RS-485/RS-422 Line Receivers/Tranceivers SP3481/SP3485 +3.3V Low Power Half-Duplex RS-485 Transceivers • Driver/Receiver Enable • Low Power Shutdown Mode SP3481 • Allows up to 32 transceivers on the serial bus • Compatibility with the industry standard 75176 pinout

DS36954

Abstract: EIA-485 SP495 SP495CT SP495ET
Contextual Info: SP495 Quad Differential RS-485 Transceiver • Pinout for SCSI Interface ■ Meets EIA-485 Standard for Multipoint Bus Transmission ■ +5V-Only Power Supply Required ■ Receiver Fail-Safe Mode ■ Low Power BiCMOS Technology ■ Glitch-Free Power-Up/Down

RS-422 Transceiver

Abstract: DS36954 EIA-485 SP488A SP495 SP495CT SP495ET
Contextual Info: SP495 Quad Differential RS-485 Transceiver • Pinout for SCSI Interface ■ Meets EIA-485 Standard for Multipoint Bus Transmission ■ +5V-Only Power Supply Required ■ Receiver Fail-Safe Mode ■ Low Power BiCMOS Technology ■ Glitch-Free Power-Up/Down

Contextual Info: ST3485EB, ST3485EC 3.3 V powered, 15 kV ESD protected, up to 12 Mbps RS-485/ RS-422 transceiver Datasheet - production data • Industry standard 75176 pinout  Current limiting and thermal shutdown for driver overload protection  Guaranteed high receiver output state for

Contextual Info: C irN A V % /• ! k ^ V / V SP495 Corporation ▼ SIGNAL PROCESSING EXCELLENCE Quad Differential RS-485 Transceiver ■ Pinout for SCSI Interface ■ Meets EIA-485 Standard for Multipoint Bus Transmission ■ +5V-Only Power Supply Required / ■ Receiver Fail-Safe Mode

Contextual Info: C i r \ o v w i u w v ^ SP495 C orporation* SIGNAL PROCESSING EXCELLENCE Quad Differential RS-485 Transceiver Pinout for SCSI Interface Meets EIA-485 Standard for Multipoint Bus Transmission +5V-0nly Power Supply Required Receiver Fail-Safe Mode Low Power BiCMOS Technology

Contextual Info: C ir N A V u iy y A SP495 ^ Corporabon ▼ SIGN AL PR OC ESSIN G EXCELLENCE Quad Differential RS-485 Transceiver Pinout for SCSI Interface Meets EIA-485 Standard for Multipoint Bus Transmission +5V-Only Power Supply Required Receiver Fail-Safe Mode Low Power BiCMOS Technology

RS-485 8PIN

Abstract: SP485 SP485R SP485RCN-L SP485RCP-L SP485REN-L sp485repl SP485REP
Contextual Info: SP485R 1/10th Unit Load RS-485 Transceiver FEATURES • Allows Over 400 Transceivers On A Transmission Line 1/10th Unit Load • High Impedance on Receiver Inputs (RIN = 150kΩ typical) • Half-Duplex Configuration Consistent With Industry Standard Pinout

Contextual Info: S ip Ç * SP481R/SP485R SIGNAL PRQCESSINQ EXCELLENCE High-Fanout RS-485 Transceiver • Allows Over 400 Transceivers On A Transmission Line ■ High Impedance on Receiver Inputs R in = 150ki2 typical ■ Half-Duplex Configuration Consistant With Industry Standard Pinout

LT 485 8 pin dip

Abstract: LT 485 8 pin ORNA 5002 120K2
Contextual Info: S ip ? * SP481R/SP485R SIGNAL PRQCESSINQ EXCELLENCE High-Fanout RS-485 Transceiver • Allows Over 400 Transceivers On A Transmission Line ■ High Impedance on Receiver Inputs R|N = 150k£2 typical ■ Half-Duplex Configuration Consistant With Industry Standard Pinout

RS485 common mode termination

Abstract: MS-001 SP481R SP481RCN SP481RCP SP485 SP485R SP485RE
Contextual Info: SP481R/SP485R 1/10th Unit Load RS-485 Transceiver FEATURES • Allows Over 400 Transceivers On A Transmission Line 1/10th Unit Load ■ High Impedance on Receiver Inputs (RIN = 150kΩ typical) ■ Half-Duplex Configuration Consistent With Industry Standard Pinout

RS-485 8PIN

Abstract: SP485 SP485RCP SP481R SP481RCN SP481RCP SP485R SP485RCN
Contextual Info: SP481R/SP485R High-Fanout RS-485 Transceiver • Allows Over 400 Transceivers On A Transmission Line ■ High Impedance on Receiver Inputs RIN = 150kΩ typical ■ Half-Duplex Configuration Consistant With Industry Standard Pinout ■ –7V to +12V Common Mode Input

SP481R

Abstract: SP481RCN SP481RCP SP485 SP485R SP485RCN SP485RCP
Contextual Info: SP481R/SP485R High-Fanout RS-485 Transceiver • Allows Over 400 Transceivers On A Transmission Line ■ High Impedance on Receiver Inputs RIN = 150kΩ typical ■ Half-Duplex Configuration Consistant With Industry Standard Pinout ■ –7V to +12V Common Mode Input

SP1481E

Contextual Info: SP1481E PRELIMINARY ±15kV Enhanced Low Power Half-Duplex RS-485 Transceivers • +5V supply ■ Low Power BiCMOS ■ Driver/Receiver Enable for Multi-Drop configurations ■ Low Power Shutdown Mode 1µA Typical ■ Available in 8 Pin NSOIC or PDIP packages (Standard 75176 pinout)

Contextual Info: S iP v* SP481R/SP485R SIGNAL PR O CESSIN Q E XC E LLE N C E High-Fanout RS-485 Transceiver • Allows Over 400 Transceivers On A Transmission Line ■ High Impedance on Receiver Inputs R in = 150ki2 typical ■ Half-Duplex Configuration Consistant With Industry Standard Pinout

Contextual Info: Synchronous Serial Solutions For rigorous security and intensive data integrity protocols Synchronous serial connectivity is an appropriate choice when rigorous security and intensive data integrity protocols are required for high-speed serial communication. It is the communication method of

modbus pinout

Abstract: 8 pin diagram of max 485 Harting rs 485 max 485 repeater pin diagram of max 485 pin diagram of max 485 WITH 9 PIN CONNECTOR diagram Media Converter media converter optical fibre
Contextual Info: Media Converter for Bus Systems RS 422 Identification Part No. Media Converter RS 422 Drawing Dimensions in mm The devices provide a mode selection for bus-applications repeater . full duplex 4 wire transmission Serial Interfaces External power supply: 9 . 30 V DC

5 pin din socket

Abstract: 6 pins socket mini -din mouse connector Floppy connector 34 pin IDC 8255 connect with led 6 pin MINI DIN VGA pinout 486SX-25 8255 keyboard interfacing interfacing floppy disk drive with microcontroller 386SX GRAPHICAL LCD INTERFACING DIAGRAM
Contextual Info: Issued March 1996 021-243 Data Pack A RS Embedded PC Boards Data Sheet History Historically, engineers have used micro-controller based solutions as the platform for their product development Using either standard modules or by designing from the raw components, products have

LDJ1

Contextual Info: 'HYU N DAI H Y 571 B100 S e rie s 54K Hi 8-bit 5YNCHH0NDUS CMOS SRAM ADVANCED INFORMATION DESCRIPTION HY571B1 □□ integrates high-speed S4Kx1 B SRAM core, address registers, data input registers, a 2-bit burst address counter. All synchronous inputs pass through registers controlled by a positive-Bdge triggered clock |K . The

SP485E

Abstract: 485ecn
Contextual Info: SP481E/SP485E SP481E/SP485E Enhanced Enhanced Low Power RS-485 LowHalf-Duplex Power Half-Duplex Transceivers RS-485 Transceivers FEATURES • +5V Only ■ Low Power BiCMOS ■ Driver/Receiver Enable for Multi-Drop configurations ■ Low Power Shutdown Mode

DMF612

Abstract: DMF697 DMF651 DMF50374 DMF633 DMF6102 DMF690 DMF-612 VT52-TERMINAL DMF69
Contextual Info: EA 9710 12.97 RS-232 / RS-485 / CENTRONICS CONTROLLER FOR GRAPHIC MODULES FOR DIRECT CONNECTION TO BELOW LISTED GRAPHIC MODULES: EA 7160-7NEL EA 7240-6NEL EA 7240-7NEL EA 7320-7,9NC EA 7640-6N EA 7640-7,5N3C EA 7640-8,5NC EA 7640-8,8BWC3 EA 7720-8,5NEL 160

FT8U232BM

Abstract: PCI248H PCI249H USB232 usb male connector pcb mounted FT8U100BX USB-485
Contextual Info: USB232U/485Ui USB232U/485Ui USB TO RS232 / RS485 SERIAL COMMUNICATIONS INTERFACE W ITH ISOLATION OPTION This Instruction Manual is supplied with the USB232U/485Ui Adapter to provide the user with sufficient information to utilise the purchased product in a proper and efficient manner. The information contained has been reviewed and is

Contextual Info: MOTOROLA SEMICONDUCTOR TECHNICAL DATA Dual D Type Master-Slave Flip-Flop MC10H131 The MC10H131 is a MECL 10H part which is a functional/pinout duplication of the standard MECL 10K family part, with 100% improvement in clock speed and propagation delay and no increase in power-supply current.

RS-449

Abstract: RS423 rs449 pinout rs232-C pin out rs423 pinout r8422 AN781A IC AM26LS32 MC3488 RS449
Contextual Info: AN781A M O T O R O L A IN O . Application Note REVISED DATA-INTERFACE STANDARDS Prepared by Dennis M organ Revised data-interface standards permit faster data rates and longer cables. New IC 's simplify their implementation. The purpose of this application note is to provide a brief