MAXIMUM LENGTH OF CABLE FOR CAN BUS Search Results

AN96116

Abstract: 82C250 PCA82C251 PCA82C250 ISO 11898 cable HCPL-7101 82C250 CAN 6N137 82C250 CAN Driver JK512152
Contextual Info: APPLICATION NOTE PCA82C250 / 251 CAN Transceiver AN96116 Philips Semiconductors PCA82C250 / 251 CAN Transceiver Application Note AN96116 Abstract The PCA82C250 and PCA82C251 are advanced transceiver products for use in automotive and general industrial applications with transfer rates up to 1 Mbit/s. They support the differential bus signal representation being

1N5820

Abstract: AWG28 IEEE-485 FT 434 LX5285 LX5218
Contextual Info: L I N F I N I T Y A P P L I C AT I O N N O T E UNDERSTANDING THE SINGLE-ENDED SCSI BUS 1 Standards 2 Cable Performance 3 Power Distribution 4 Termination 5 Power Packages / Thermal Effects 6 Terminator Selection Guide 11861 Western Avenue, Garden Grove, CA. 92841

intel 8250 UART

Abstract: intel 8250 master book transistor equivalent 8250 intel uart 8250 uart intel 8250 uart datasheet 6.2V Zener Diode Dallas iButton DS1990A DS1991L-F5 datasheet uart 8250
Contextual Info: APPLICATION NOTE 55 Application Note 55 Extending the Contact Range of iButtons INTRODUCTION Dallas Semiconductor iButtons are designed to operate with a contact range exceeding 100 meters. The devices require a single bidirectional bus master for communication over the 1–WireTM bus. The ideal connection between an iButtonTM and its bus master is a

EIA-485-A

Abstract: PN-3615 Ten Ways to Bulletproof RS-485 Interfaces iso 8482 pHENOM PINOUT AN-1057 J1708 TR30 AN012882-4 an808
Contextual Info: National Semiconductor Application Note 1057 John Goldie October 1996 Despite its widespread use, RS-485 is not as well understood as it should be. However, if you invest a little time on familiarizing yourself with the bus and pay attention to 10 aspects of your application, you’ll find that designing rock-solid

AN-1057 National Ten Ways to Bulletproof RS-485 Interfaces

Abstract: Ten Ways to Bulletproof RS-485 Interfaces RS-4851983 iso 8482 AN-1057 DS3695 EIA-485-A J1708 TR30
Contextual Info: National Semiconductor Application Note 1057 John Goldie October 1996 Despite its widespread use, RS-485 is not as well understood as it should be. However, if you invest a little time on familiarizing yourself with the bus and pay attention to 10 aspects of your application, you’ll find that designing

Ten Ways to Bulletproof RS-485 Interfaces

Abstract: transmission line eye pattern PN-3615 PN3498 AN-1057 characteristics of twisted pair cable cmos 4000 series databook mini hardware projects twisted pair cable with parameter C1996
Contextual Info: Despite its widespread use RS-485 is not as well understood as it should be However if you invest a little time on familiarizing yourself with the bus and pay attention to 10 aspects of your application you’ll find that designing rocksolid implementations is easy

LFC7500/00

Abstract: LFC7510/00 M-BUS/RS232
Contextual Info: LFC7500/00 Datasheet 1/5 AmpLight CPU General description RS-232 Service A-Bus FCC ID: VBO-LFC7500 IC: 135Y-LFC7500 Supply by more than 1 phase possible! 4EE5 3 x 230V ~ 150mA 50-60Hz Tightening torque 4.5-5.3 lbs in L1 L2 L3 0682 N Class 2 inputs and outputs on this side

FPR3471300R1002

Abstract: CS31 abb ABB Procontic CS31 Abb cs31 optocoupler 621 07kt94 CS31 ncbr 07kt92 Abb cs31 telegram Advant Controller 55
Contextual Info: 6.2 CS31 System Bus Module NCBR CS31 system bus amplifier with redundancy, system bus electrically isolated ABB Procontic CS31 NCBR 24VDC 6W ERRORS OUT1 8 POWER 6 OUT2 IN1 7 IN2 OUT CONFIGURATION RUN TXI PARALLEL 1 RING 2 TXO sh b2 b1 sh 2 b2 b1 +24 3 sh 1

AN-1057

Abstract: EIA-485-A J1708 TR30 Ten Ways to Bulletproof RS-485 Interfaces an808
Contextual Info: Despite its widespread use, RS-485 is not as well understood as it should be. However, if you invest a little time on familiarizing yourself with the bus and pay attention to 10 aspects of your application, you’ll find that designing rock-solid implementations is easy.

iso 8482

Abstract: AN-1057 EIA-485-A J1708 TR30 Ten Ways to Bulletproof RS-485 Interfaces
Contextual Info: National Semiconductor Application Note 1057 John Goldie October 1996 Despite its widespread use, RS-485 is not as well understood as it should be. However, if you invest a little time on familiarizing yourself with the bus and pay attention to 10 aspects of your application, you’ll find that designing rock-solid

Contextual Info: Telecom-Cellular Antenna Solutions Laird designs and manufactures customized, performance-critical products for wireless and other advanced electronics applications. About Laird Laird is a global technology business focused on enabling wireless communication and smart systems, and providing components and

ZJYS81RS

Abstract: SLLA270 CAN BUS repeater RJ10 Pinout ZJYS81RS-2PL51 sn65hvd230 SN65HVD251 ISO721 RJ10 SN65HVD1050
Contextual Info: Application Report SLLA270 – January 2008 Controller Area Network Physical Layer Requirements Steve Corrigan . ICP - Industrial Interface ABSTRACT The multipoint bus structure and robust protocol of the High-Speed Controller Area

HSK-FLEX-PG11

Contextual Info: IBS SYS FOC ASSEMBLY INTERBUS Fiber Optic Installation Guidelines AUTOMATIONWORX Data Sheet 5570_en_03 PHOENIX CONTACT - 02/2007 Bus Connection Using Fiber Optics FO Data transmission via fiber optics is preferred if the physical limits of copper-based data communication have been

PL310QMD

Abstract: RX2 1110 rx2 1107 1N4004 AMIS-41682 thandar D1N4004
Contextual Info: AND8365/D 125 kbps with AMIS-4168x http://onsemi.com APPLICATION NOTE Introduction Question program the CAN−controller in such a way that the propagation segment of a bit time accounts for two maximum propagation delays to ensure correct function of the bus during arbitration and acknowledgment. In our

AMIS-42700

Abstract: AMIS-30660 AND8360 uPA60 AMIS
Contextual Info: AND8360 AMIS-42700 Multiple CAN Bus Network Prepared by: Tom De Ryck ON Semiconductor http://onsemi.com APPLICATION NOTE Introduction Application Description This application note describes how a multiple CAN bus network can be made by using AMIS-42700. A customer

ASTM-D-4565

Abstract: ASTM-D-4566 ASTM-D-4566 Cabling DC Resistance Universal Serial Bus Specification EIA-364-31 UL-Subject-444 EIA-364-23 usb
Contextual Info: Universal Serial Bus Specification 1.00 Final Draft Revision Chapter 6 Mechanical This chapter provides the mechanical specification for the cables and connectors for USB hubs, functions, and hosts. The specification includes the dimensions, materials, electrical, and reliability requirements.

AMIS-42770

Abstract: AND8351 AMIS42770 427x0 amis 42770 AMIS-42700 amis can amis microcontroller AMIS AMIS42675
Contextual Info: AND8351 Multiple CAN Bus Network Prepared by: Tom De Ryck ON Semiconductor http://onsemi.com APPLICATION NOTE This application note describes how to build a multiple CAN bus network by using AMIS-42700 or AMIS-42770. A real application is used as an example.

PICMG 2.0 R3.0

Abstract: DCA4-4F10 3G8F8-CRM21 IEC60068-2-6 PICMG 2.0 pc to omron plc 3G8F7-CRM21
Contextual Info: New Product CompoNet Master Board for PCI Bus/CompactPCI Bus 3G8F7-CRM21/3G8F8-CRM21 CompoNet Master Board for PC which provides ultra-high speed control • Two type product variation of PCI Bus type and Compact PCI Bus type • Windows-base environment. Compatible with other OS,

HYC9068

Abstract: PS110 characteristics of twisted pair cable DB-4 HYC9088 PC210 PC110 RG62
Contextual Info: TECHNICAL NOTE 7-1 ARCNET Cable Length vs. Number of Nodes for the HYC9088 in Coaxial Bus Topology By: Daniel Kilcourse May 1991 Page 1 80 Arkay Drive Hauppauge, NY 11788 631 435-6000 FAX (631) 273-3123 Copyright SMSC 2004. All rights reserved. Circuit diagrams and other information relating to SMSC products are included as a means of illustrating typical applications. Consequently, complete

Contextual Info: MADE IN SRL SERIES SELF-REGULATING HEATING CABLE/LOW TEMPERATURE FM APPROVED USA $ 100 25-Foot Length Basic Unit D E ߜ 3, 5, 8 & 10 W/ft. ߜ 120 and 240V ߜ 150°F 65°C Maximum Maintenance Temperature C BB A Standard Construction APPLICATIONS A. Buss wires. Twin 16 AWG copper buss wires

ADuM1301

Abstract: adum AN-770 bidirectional isolated dc-dc converter datasheet controller area network bus CABLE NUMBER signal path designer
Contextual Info: AN-770 APPLICATION NOTE One Technology Way • P.O. Box 9106 • Norwood, MA 02062-9106 • Tel: 781/329-4700 • Fax: 781/461-3113 • www.analog.com iCoupler Isolation in CAN Bus Applications by Ronn Kliger and Sean Clark INTRODUCTION The Controller Area Network CAN bus, a robust protocol

slla020a

Contextual Info: Application Report SLLA020A Recommendations for PHY Layout Ron Raybarman 1394 Applications Group Abstract This document makes recommendations for the layout of the PHY and Link layer devices in an IEEE 1394 environment. The optimal performance of an IEEE 1394 bus can depend on good

arcap 50

Abstract: GPIB-110 HFM1011-221 National Optoelectronics 1983 HFM2010-224 HFM1011 PARALLEL OPTIC connector sma 905 sma 906 amphenol sma 905
Contextual Info: Technical Note 031 Selecting a Fiber Optic Cable for the GPIB-110 Bus Extender Tian Shen Introduction Bus extenders overcome the restrictions on cable length and device loading imposed by the ANSI/IEEE Standard 488.1-1987. By using one pair of bus extenders, you can increase the distance

100 kilo ohms resistor specifications

Abstract: PCA96XX PCA9306 69RC BAT54A LPC932 P82B96 PCA9600 PCA9633 PCA9665
Contextual Info: I2C Maximum Clock Speed Calculator Mar 2009 BLSIC/BU MMS NXP semiconductors I2C-Bus Maximum Clock Speed Calculator Excel file of Calculator > Double click to open. If this is a PDF then go to URL