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| Catalog Datasheet Results | Type | Document Tags |
| Abstract: Maxim > App Notes > Interface Circuits Keywords: RS485 RS485, RS422 RS422, RS-485, RS-422 RS-422, Interface, Protocol , Fast Can You Go with RS-485? Abstract: Designers of industrial datacom systems often ask, what is the , demonstrate RS-485 performance. Introduction The various serial-datacom protocols range from RS-232 RS-232 to , consider cost and performance of the physical (PHY) layer. This article focuses on the RS-485 protocol and , capabilities of the RS-485 PHY with those of RS-232 RS-232 and RS-422 RS-422.[1] (Throughout this article, RS refers to the ... | Original |
10 pages, |
transistor 3884 RS-485 abstract MAX3469 APP3884 MAXIM RS422 RS485 RS422 RS-485 RS-422 RS485 abstract |
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| Abstract: NOTE 736 RS-485 (EIA/TIA-485 EIA/TIA-485) Differential Data Transmission System Basics Abstract: Electrical specifications are presented for the RS-422 RS-422 unidirectional, RS-485 full-duplex and PROFIBUS data transmission , Maxim > App Notes > INTERFACE CIRCUITS Keywords: RS-485, RS485 RS485, RS-422 RS-422, RS422 RS422, EIA/TIA-485 EIA/TIA-485, EIA , concept of fractional unit loading is introduced. The RS-485 standard was developed jointly by two trade , help identify the origin of its standards. Today, various extensions of the RS-485 standard ... | Original |
3 pages, |
MAX1480E MAXIM RS-485-RS-422 RS-485 RS-485 protocol RS-485 maxim RS-485 abstract RS-485 Network RS-422 Transceiver RS485 voltage protection maxim rs485 MAXIM RS422 RS485 RS-422 RS-485 abstract |
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| Abstract: Microcontroller Recognizes Addresses in RS-485 Systems Abstract: Note describes a simple circuit to create an RS-485 slave data transceiver capable of recognizing its assigned address. Only three ICs are required, a microcontroller, a physically tiny UART and an RS-485 transceiver. Enabling software is provided. One of many benefits of using the RS-485 data-interface standard, rather than RS-232 RS-232, is its , Maxim > App Notes > INTERFACE CIRCUITS Keywords: RS-485, rs485, EIA/TIA-485 EIA/TIA-485, RS-232 RS-232, rs232 ... | Original |
3 pages, |
rs485 to UART RS-485 abstract MAX3100 MAX3088 APP1063 AN-1063 AN1063 maxim rs485 RS-485 EIA/TIA-485 RS-232 RS-485 abstract |
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| Abstract: APPLICATION NOTE 3776 Considerations for Selecting an RS-485 Transceiver in Electronic Power Meters , Maxim's RS-485 transceivers that make them well suited for communication ports in electronic power , technology work is to ensure the communications link is both safe and robust. RS-485 is a simple, cheap , article discusses the numerous features of Maxim's RS-485 transceivers that make them ideal for , with an RS-485 port. Figure 1 shows an example block diagram of an electronic power meter using an ... | Original |
6 pages, |
RS485 voltage protection MAX3070E MAX3483E MAX3488E MAX353 maxim rs485 pin diagram of RS 485 MAX13085E MAX3490E PIN DIAGRAM OF Rs485 RS485 RS-485 RS485 abstract |
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| Abstract: Keywords: RS-485 adapter, full duplex, point-to-multipoint half duplex, voltage monitors Jan 06, 2011 APPLICATION NOTE 4554 RS-485 adapter converts data lines from full- to half-duplex By: Massimo Caprioli Abstract: An adapter circuit consisting of an RS-485 transceiver (MAX3076 MAX3076 or MAX13086 MAX13086) and a voltage , Maxim) can be used to connect a UART to an RS-485 bus architecture called point-to-point full-duplex , Figure 2. The RS-485 receiver portion of IC1 (MAX3076E MAX3076E or MAX13086 MAX13086) is always enabled. It senses the TX ... | Original |
2 pages, |
MAX3162 MAX3076E APP4554 . of rs485 RS-485 RS-485 abstract |
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| Abstract: ). There are many interface media options available to us today-RS-232, RS-485, Ethernet, IrDA , allows for many control nodes. With an IrDA Control Point, controlling a device at the end of an RS-485 , that serve as Slaves or endpoints on the same RS-485 network. These high-performance Flash , onboard Z8 Encore! XP devices allow you to bridge data to and from the RS-485 multidrop bus. This design approach provides for a wireless path to and from an RS-485 multidrop bus and an IrDA transceiver. You ... | Original |
3 pages, |
AN027901-0608 AN027901-0608 abstract |
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| Abstract: Chris Sterzik Interface Products ABSTRACT This document includes 3.3 V RS-485 and 3.3 V M-LVDS , present, as shown in Figure 1. An example of a differential multipoint standard is TIA/EIA-485 TIA/EIA-485 (RS-485). RS-485 is an established standard and is used in industrial, automotive, telecom, computer, and many other applications. The benefits of RS-485 include high-common mode range, high differential output signal, and the capability to drive beyond 1 km. All of these benefits lend RS-485 to applications where ... | Original |
3 pages, |
SN75176 SN65MLVD200 RS-485 abstract 3485e SN65MLVD201 RS-485 EIA-485 SLLA106 Dallas SN75176 TIA/EIA-485 SLLA106 abstract |
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| Abstract: , optocouplers, internal isolated Jul 09, 1998 APPLICATION NOTE 2116 RS-485 Data Interface Gives Isolated, Full-Duplex Operation Abstract: A circuit is described that provides fully isolated RS-485 , Maxim > App Notes > INTERFACE CIRCUITS PROTECTION AND ISOLATION Keywords: RS-485, rs485, full , simple RS-485 circuit of Figure 1 provides full-duplex communications (simultaneous transmission and , transceiver. The RS-485 standard allows for bidirectional, multi-point, party-line communications, with data ... | Original |
3 pages, |
RS-485 abstract APP2116 MAX1480A MAX1480B MAX253 MAX483 MAX483E MAX485 MAX485E National Instruments 9237 AN2116 maxim rs-485 Maxim MAX253 Application note MAX483 RS-485 RS-485 abstract |
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| Abstract: Maxim > App Notes > INTERFACE CIRCUITS Keywords: RS-232 RS-232, rs232, RS-422 RS-422, rs422, RS-485, rs485, RS-232 RS-232 port powered, RS-232 RS-232 to RS-485 conversion, daisy chain, cable termination Dec 29, 2000 APPLICATION NOTE 723 Selecting and Using RS-232 RS-232, RS-422 RS-422, and RS-485 Serial Data Standards Abstract: Three common serial data standards, RS-232 RS-232, RS-422 RS-422, and RS-485, are described by specification and electrical , RS-232 RS-232 to RS-485, conversion of RS-485 to RS-232 RS-232, and RS-232 RS-232 port-powered RS-485 conversions are ... | Original |
9 pages, |
rs 485 protocols max 232 MAX3080 MAX3162 RS-232 Transceivers MAX3225E RS 485 to RS 232 converter max232 rts cts 422 ic RS-485 protocol rs422 to rs 232 TTL / RS 422 Rs 232 cross RS-232 RS-422 RS-232 abstract |
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| Abstract: NOTE 1833 Oct 20, 2010 Using RS-485/RS-422 Transceivers in Fieldbus Networks Abstract: RS-485 , Maxim > Design support > App notes > Interface Circuits > APP 1833 Keywords: RS485 RS485, RS-485 , standards specify an RS-485 serial port for communications. This article describes several fieldbus , features of RS-485 transceivers are highlighted. Introduction Because RS-485 transceivers offer an easy , RS-485 serial port for communications. This article describes several fieldbus technologies. Special ... | Original |
5 pages, |
RS-485 75LBC179 MAX3463 MAX3087E CAN protocol basics 75LBC179 75ALS176 profibus dp rs485 wiring RS485 RS-485 RS-485/RS-422 RS485 abstract |
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| The RS485 project is a simple program for the NXP 'LPC1768 LPC1768 LPC1768 LPC1768' microcontroller using Keil 'MCB1700 MCB1700 MCB1700 MCB1700' evaluation board. TO test RS485, program one board with RS485_RX to 1(RX), one board with RS485_RX to 0(TX). reset TX board to send out a string with a RS485 slave address first, and then check the content of UARTBuffer in the RX board. Example functionality: - Clock Settings: - XTAL = 12 MHz - PLL0 = 288 MHz - CCLK = 72 MHz www.datasheetarchive.com/download/73227662-595982ZC/mcb1700.code.bundle.lpc1769.lpcxpresso.zip (rs485_abstract.txt) |
NXP | 15/02/2011 | 1118.17 Kb | ZIP | mcb1700.code.bundle.lpc1769.lpcxpresso.zip |
| The RS485 project is a simple program for the NXP 'LPC1768 LPC1768 LPC1768 LPC1768' microcontroller using Keil 'MCB1700 MCB1700 MCB1700 MCB1700' evaluation board. TO test RS485, program one board with RS485_RX to 1(RX), one board with RS485_RX to 0(TX). reset TX board to send out a string with a RS485 slave address first, and then check the content of UARTBuffer in the RX board. Example functionality: - Clock Settings: - XTAL = 12 MHz - PLL0 = 288 MHz - CCLK = 72 MHz www.datasheetarchive.com/download/59727967-595983ZC/mcb1700.code.bundle.lpc17xx.keil.zip (Abstract.txt) |
NXP | 31/01/2011 | 668.01 Kb | ZIP | mcb1700.code.bundle.lpc17xx.keil.zip |
| The RS485 project is a simple program for the NXP 'LPC1768 LPC1768 LPC1768 LPC1768' microcontroller using Keil 'MCB1700 MCB1700 MCB1700 MCB1700' evaluation board. TO test RS485, program one board with RS485_RX to 1(RX), one board with RS485_RX to 0(TX). reset TX board to send out a string with a RS485 slave address first, and then check the content of UARTBuffer in the RX board. Example functionality: - Clock Settings: - XTAL = 12 MHz - PLL0 = 288 MHz - CCLK = 72 MHz www.datasheetarchive.com/download/73227662-595982ZC/mcb1700.code.bundle.lpc1769.lpcxpresso.zip (rs485_abstract.txt) |
NXP | 15/02/2011 | 1118.17 Kb | ZIP | mcb1700.code.bundle.lpc1769.lpcxpresso.zip |
| .txt 2011-06-02 * @file * @brief Description of the RS485_Slave . */ @Example description: Purpose: This example describes how to use RS485 functionality on UART of LPC1788 LPC1788 LPC1788 LPC1788 in slave mode. Process: RS485 function on UART acts as slave mode on RS485 bus. RS485 receives all frames on RS485 bus, regardless data frame (9 bit mode with parity stick '0') or slave frames on RS485 bus. In this case, only slave address frame can trigger an interrupt event www.datasheetarchive.com/download/22176963-595976ZC/lpc177x.lpc178x.cmsis.driver.library.zip (abstract.txt) |
NXP | 30/06/2011 | 30079.24 Kb | ZIP | lpc177x.lpc178x.cmsis.driver.library.zip |
| .txt 2011-06-02 * @file * @brief Description of the RS485_Master . */ @Example description: Purpose: This example describes how to use RS485 functionality on UART of LPC1788 LPC1788 LPC1788 LPC1788 in master mode. Process: RS485 function on UART1 acts as Master mode on RS485 bus \EWARM: includes EWARM (IAR) project and configuration files Uart_Rs485Master.c: Main program @How OEM Base Board rev A Jumpers: Optional RS485 Connection: Pls see the 'Transceiver www.datasheetarchive.com/download/22176963-595976ZC/lpc177x.lpc178x.cmsis.driver.library.zip (abstract.txt) |
NXP | 30/06/2011 | 30079.24 Kb | ZIP | lpc177x.lpc178x.cmsis.driver.library.zip |
| . */ @Example description: Purpose: This example describes how to use RS485 functionality on UART0 of LPC18XX LPC18XX LPC18XX LPC18XX in slave mode. Process: RS485 function on UART0 acts as slave mode on RS485 bus. RS485 receives all frames on RS485 bus, regardless data frame (9 bit mode with parity stick '0') or slave frames on RS485 bus. In this case, only slave address frame can trigger an interrupt event example Uart_Rs485Slave.c: Main program @How to run: Hardware configuration: This example was www.datasheetarchive.com/download/37322277-595978ZC/lpc18xx.cmsis.driver.library.zip (abstract.txt) |
NXP | 30/06/2011 | 21707.83 Kb | ZIP | lpc18xx.cmsis.driver.library.zip |
| . */ @Example description: Purpose: This example describes how to use RS485 functionality on UART1 of LPC1768 LPC1768 LPC1768 LPC1768 in master mode. Process: RS485 function on UART1 acts as Master mode on RS485 bus with GNU toolchain) rs485_master.c: Main program @How to run: Hardware configuration: This source - DBG_EN : ON - Remain jumpers: OFF RS485 Connection: Pls see the ) - Step 3: Connect UART0 on this board to COM port on your computer - Step 4: Connect RS485 as above www.datasheetarchive.com/download/98097348-595977ZC/lpc17xx.cmsis.driver.library.zip (abstract.txt) |
NXP | 07/10/2011 | 30456.41 Kb | ZIP | lpc17xx.cmsis.driver.library.zip |
| . */ @Example description: Purpose: This example describes how to use RS485 functionality on UART0 of LPC18XX LPC18XX LPC18XX LPC18XX in master mode. Process: RS485 function on UART0 acts as Master mode on RS485 bus cable connect to board's UART1->USB port RS485 Connection: Pls see the 'Transceiver /* * $Id$ abstract.txt 2011-06-02 *//* * @file abstract.txt * @brief Example description file * @version 1.0 * @date 02. June. 2011 www.datasheetarchive.com/download/37322277-595978ZC/lpc18xx.cmsis.driver.library.zip (abstract.txt) |
NXP | 30/06/2011 | 21707.83 Kb | ZIP | lpc18xx.cmsis.driver.library.zip |
| . */ @Example description: Purpose: This example describes how to use RS485 functionality on UART1 of LPC1768 LPC1768 LPC1768 LPC1768 in slave mode. Process: RS485 function on UART1 acts as slave mode on RS485 bus. RS485 receives all frames on RS485 bus, regardless data frame (9 bit mode with parity stick '0') or slave frames on RS485 bus. In this case, only slave address frame can trigger an interrupt event 's makefile (to build with GNU toolchain) rs485_slave.c: Main program @How to run: Hardware www.datasheetarchive.com/download/98097348-595977ZC/lpc17xx.cmsis.driver.library.zip (abstract.txt) |
NXP | 07/10/2011 | 30456.41 Kb | ZIP | lpc17xx.cmsis.driver.library.zip |
| \ Uart_Rs485Master 1 0 1 1 1 Uart_Rs485Master.c 1 .\Uart_Rs485Master \ Uart_Rs485Master 1 0 0 1 1 \ _uart.c Main Uart_Rs485Master.c 1 www.datasheetarchive.com/download/22176963-595976ZC/lpc177x.lpc178x.cmsis.driver.library.zip (Uart_Rs485Master.uvproj) |
NXP | 30/06/2011 | 30079.24 Kb | ZIP | lpc177x.lpc178x.cmsis.driver.library.zip |