Difference between revisions of "TEL-SERX4"
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==TEL-SERX4== | ==TEL-SERX4== | ||
− | |||
* Type: '''COM''' | * Type: '''COM''' | ||
* Config name: '''FHA''' | * Config name: '''FHA''' | ||
+ | * Compulab part number: '''FT.H-SER4''' | ||
* Interface: '''USB 2.0''' | * Interface: '''USB 2.0''' | ||
− | * TRIP | + | * TRIP: '''2,3,4,5,6,7,7B,8,9''' |
* Stacking: '''A, C''' | * Stacking: '''A, C''' | ||
* Features: '''4x RS232 / RS485 with DB9 connectors''' | * Features: '''4x RS232 / RS485 with DB9 connectors''' | ||
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[[File:TEL-SER4 6.png|200px]] | [[File:TEL-SER4 6.png|200px]] | ||
+ | TEL-SERX4 Provides USB to Multiprotocol(RS-232, RS-485-Half Duplex, RS485-Full Duplex) serial connection (up to 4 Ports per TEL). | ||
+ | * Simple USB Connection protocol | ||
+ | * Supports Multiprotocol implementation on one DB9 Connector. | ||
+ | * Individually enabled between RS-232 or RS485 ports. | ||
+ | * Build-in Termination resistor. | ||
+ | * Protocol switching using Onboard switches or using I2C expander | ||
+ | |||
+ | |||
+ | |||
+ | USB <--> USB HUB <---> RS-232 / RS-485 (Port A) - Native DB-9 Port | ||
+ | RS-232 / RS-485 (Port B) | ||
+ | RS-232 / RS-485 (Port C) | ||
+ | RS-232 / RS-485 (Port D) | ||
+ | |||
+ | RS-485 - Globally enable Termination resistor. - User Switchable | ||
+ | - Globally Switched Between Half Duplex and Full-Duplex mode. - User Switchable | ||
+ | |||
+ | |||
+ | TEL-SERX4 is utilizing a USB2 interface | ||
+ | Multiple TEL-SERX4 cards can be installed in a system | ||
===Specifications=== | ===Specifications=== | ||
* Using DB9 connector. | * Using DB9 connector. | ||
+ | * Implemented using [https://ftdichip.com/wp-content/uploads/2020/08/DS_FT4232H.pdf FTDI FT4232H] | ||
* Each port supports RS232, RS485 half/full duplex and can be configured independently. | * Each port supports RS232, RS485 half/full duplex and can be configured independently. | ||
* Over 20 ports can be installed. | * Over 20 ports can be installed. | ||
+ | * Driverless operation in Windows & Linux | ||
+ | * USB native device in Linux | ||
+ | * Ambient Operation from –40°C to 85°C. | ||
+ | |||
+ | === Configuration === | ||
+ | ==== Two Configuration method of the device==== | ||
+ | * Onboard switches | ||
+ | SW1 - PORTA: ON->RS-232 OFF->RS-485 - Native on board Port | ||
+ | SW2 - PORTB: ON->RS-232 OFF->RS-485 | ||
+ | SW3 - PORTC: ON->RS-232 OFF->RS-485 | ||
+ | SW4 - PORTD: ON->RS-232 OFF->RS-485 | ||
+ | |||
+ | SW7 - ON->RS-485 Half Duplex OFF->RS-485 Full-Duplex - Port A-D | ||
+ | SW5 - ON->Enables Termination resistor RS-485-Half Duplex - Port A-D | ||
+ | SW6 - ON->Enables Termination Resistor RS-485-Full Duplex - Port A-D | ||
+ | * I2C GPIO expander(PCA9555) that is located on I2C address 0X27. | ||
+ | I/O,0.0 -- Port A: High: RS-232, Low: RS-485 | ||
+ | I/O,0.1 -- Port B: High: RS-232, Low: RS-485 | ||
+ | I/O,0.2 -- Port C: High: RS-232, Low: RS-485 | ||
+ | I/O,0.3 -- Port D: High: RS-232, Low: RS-485 | ||
+ | I/O,0.4 -- NC | ||
+ | I/O,0.5 -- NC | ||
+ | I/O,0.6 -- NC | ||
+ | I/O,0.7 -- Global: High RS-485 Half Duplex, Low: RS-485 Full Duplex | ||
+ | |||
+ | I/O,1.0 -- Port A: High RS-485 Termination enabled on Half Duplex Lines | ||
+ | I/O,1.1 -- Port B: High RS-485 Termination enabled on Half Duplex Lines | ||
+ | I/O,1.2 -- Port C: High RS-485 Termination enabled on Half Duplex Lines | ||
+ | I/O,1.3 -- Port D: High RS-485 Termination enabled on Half Duplex Lines | ||
+ | I/O,1.4 -- Port A: High RS-485 Termination enabled on Full-Duplex Lines | ||
+ | I/O,1.5 -- Port B: High RS-485 Termination enabled on Full-Duplex Lines | ||
+ | I/O,1.6 -- Port C: High RS-485 Termination enabled on Full-Duplex Lines | ||
+ | I/O,1.7 -- Port D: High RS-485 Termination enabled on Full-Duplex Lines | ||
+ | |||
+ | === Open source hardware and software === | ||
+ | * Complete hardware design files are available | ||
+ | * Complete firmware is available | ||
+ | |||
+ | == Connection requirements == | ||
+ | === Pinout === | ||
+ | {| | ||
+ | |- | ||
+ | | [[File:TEL-SERDB9_DB9_pinout_diagram.png|thumb|none|600px | DB-9 Pinout]] | ||
+ | | [[File:TEL-SERDB9_DB9_Switch_board location.png|thumb|none|273px | Switch Location Diagram]] | ||
+ | |} | ||
<!-- | <!-- | ||
===Instructions=== | ===Instructions=== | ||
− | * [https://fit-iot.com/files/mechanical/TELS/TEL-SERX4/Installation-instructions/fitlet2-TEL-SERX4-installation-instructions.pdf fitlet2 TEL-SERX4 installation instructions] | + | * [https://fit-iot.com/files/mechanical/TELS/TEL-SERX4/Installation-instructions/fitlet2-TEL-SERX4-installation-instructions.pdf fitlet2 TEL-SERX4 installation instructions] --> |
===Production files=== | ===Production files=== | ||
− | + | <b><u>Schematics</u></b> | |
− | + | *[https://fit-iot.com/files/tensor-pc/TELs/FT.H-SER4/FT.H-SER4_V1_1_1_Schematics_8000117002.zip TEL-SERX4 Rev1.0 Schematic files] | |
− | + | <b><u>Assembly</u></b> | |
− | + | *[https://fit-iot.com/files/tensor-pc/TELs/FT.H-SER4/FT.H-SER4_V1_1_1_Assembly_drawings_8050117002.zip TEL-SERX4 Rev1.0 Assembly files] | |
− | + | <b><u>Layout</u></b> | |
− | + | *[https://fit-iot.com/files/tensor-pc/TELs/FT.H-SER4/FT.H-SER4_V1_1_1_Layout_8030117002.zip TEL-SERX4 Rev1.0 Layout files] | |
− | + | <b><u>Mechanical</u></b> | |
− | + | *[https://fit-iot.com/files/tensor-pc/TELs/FT.H-SER4/FT.H-SER4_V1_1_1_Mechanical_8010117002.zip TEL-SERX4 Mechanical - DXF] | |
− | + | ||
+ | <!-- | ||
*3D 360<sup>0</sup> model | *3D 360<sup>0</sup> model | ||
Line 46: | Line 112: | ||
--> | --> | ||
− | Back to [[Tensor-PC TEL Modules]] | + | <br><br> |
+ | Back to '''[[Tensor-PC TEL Modules]]''' |
Latest revision as of 16:43, 25 August 2021
Contents
TEL-SERX4
- Type: COM
- Config name: FHA
- Compulab part number: FT.H-SER4
- Interface: USB 2.0
- TRIP: 2,3,4,5,6,7,7B,8,9
- Stacking: A, C
- Features: 4x RS232 / RS485 with DB9 connectors
TEL-SERX4 Provides USB to Multiprotocol(RS-232, RS-485-Half Duplex, RS485-Full Duplex) serial connection (up to 4 Ports per TEL).
- Simple USB Connection protocol
- Supports Multiprotocol implementation on one DB9 Connector.
- Individually enabled between RS-232 or RS485 ports.
- Build-in Termination resistor.
- Protocol switching using Onboard switches or using I2C expander
USB <--> USB HUB <---> RS-232 / RS-485 (Port A) - Native DB-9 Port RS-232 / RS-485 (Port B) RS-232 / RS-485 (Port C) RS-232 / RS-485 (Port D)
RS-485 - Globally enable Termination resistor. - User Switchable - Globally Switched Between Half Duplex and Full-Duplex mode. - User Switchable
TEL-SERX4 is utilizing a USB2 interface
Multiple TEL-SERX4 cards can be installed in a system
Specifications
- Using DB9 connector.
- Implemented using FTDI FT4232H
- Each port supports RS232, RS485 half/full duplex and can be configured independently.
- Over 20 ports can be installed.
- Driverless operation in Windows & Linux
- USB native device in Linux
- Ambient Operation from –40°C to 85°C.
Configuration
Two Configuration method of the device
- Onboard switches
SW1 - PORTA: ON->RS-232 OFF->RS-485 - Native on board Port SW2 - PORTB: ON->RS-232 OFF->RS-485 SW3 - PORTC: ON->RS-232 OFF->RS-485 SW4 - PORTD: ON->RS-232 OFF->RS-485 SW7 - ON->RS-485 Half Duplex OFF->RS-485 Full-Duplex - Port A-D SW5 - ON->Enables Termination resistor RS-485-Half Duplex - Port A-D SW6 - ON->Enables Termination Resistor RS-485-Full Duplex - Port A-D
- I2C GPIO expander(PCA9555) that is located on I2C address 0X27.
I/O,0.0 -- Port A: High: RS-232, Low: RS-485 I/O,0.1 -- Port B: High: RS-232, Low: RS-485 I/O,0.2 -- Port C: High: RS-232, Low: RS-485 I/O,0.3 -- Port D: High: RS-232, Low: RS-485 I/O,0.4 -- NC I/O,0.5 -- NC I/O,0.6 -- NC I/O,0.7 -- Global: High RS-485 Half Duplex, Low: RS-485 Full Duplex
I/O,1.0 -- Port A: High RS-485 Termination enabled on Half Duplex Lines I/O,1.1 -- Port B: High RS-485 Termination enabled on Half Duplex Lines I/O,1.2 -- Port C: High RS-485 Termination enabled on Half Duplex Lines I/O,1.3 -- Port D: High RS-485 Termination enabled on Half Duplex Lines I/O,1.4 -- Port A: High RS-485 Termination enabled on Full-Duplex Lines I/O,1.5 -- Port B: High RS-485 Termination enabled on Full-Duplex Lines I/O,1.6 -- Port C: High RS-485 Termination enabled on Full-Duplex Lines I/O,1.7 -- Port D: High RS-485 Termination enabled on Full-Duplex Lines
Open source hardware and software
- Complete hardware design files are available
- Complete firmware is available
Connection requirements
Pinout
Production files
Schematics
Assembly
Layout
Mechanical
Back to Tensor-PC TEL Modules