#Install vhf to nmea 2000 network install
#Install vhf to nmea 2000 network serial
#Install vhf to nmea 2000 network Pc

The ISO1050 is powered separately by both Vcc1 (3 - 5,5 volt) and Vcc2 (4,75 - 5,25 volt). I will connect the Teensy to my very well functioning NMEA 2000 backbone, and would be very sad to compromise its stability by introducing my homemade (noisy) node. I read the TI datasheet on the 8 pin ISO1050 IC, and could very well solder this to a PCB, but I am not quite sure thatвЂ™s enough.(?)Дoes anyone have a diagram showing how an isolated transceiver IC (including resistors, diodes, capacitors etc.) could be used with Teensy 3.2, I would appreciate to have a copy ISO1050 could offer protection against ground effect, but I canвЂ™t find any (for me) user friendly break out board with this IC. RS422 output via a MAX490 based converter (for NMEA 0183). Input voltage to the converter will vary between 12,5-14,8 VDC, and output will be set to 5 VDC (given the Teensy accept 3,6 - 6 volt input on Vin. Teensy 3.2 powered by a simple DC step down converted (based on LM2596). I could use some good advice in order to make the best and most stable project. My expertise lies within mechanical engineering, so please excuse if my questions regarding electronics seem basic My idea was to use the SN65HVD230 with my Teensy 3.2, and then use the MCP2515/TJA1050 for a future project with an Arduino (without integrated can controller). I actually did buy the MCP2515 (can controller), but it is built together with a TJA1050 can transceiver. My previous post lacked some information about my recent buy. Thank you for the fast response - it is very much appreciated. Then I will try to move on with the NMEA2000->0183 converter if the above mentioned alterations could work. I have a Garmin GMI20 which should work fine with the Teensy NMEA 2000 output.

#Install vhf to nmea 2000 network install

I have ordered two different can bus transceivers (MCP2515 and SN65HVD230 - just in case :-) ), which I will install at the Teensy pin 3 and 4.ДЇor this first project it would be enough to listen for the PGN's needed, but for future projects I also need to be able to transmit PGN's to the can bus network.ДЄs soon as my transceivers arrive, I will test the Teensy and network (on the boat) with the 'TemperatureMonitor' program. To: ifdef ARDUINO define NMEA0183_Out_Stream_Speed 4800 define NMEA0183_Out_Stream Serial1

#Install vhf to nmea 2000 network serial

Would it be enough to alter the following part of the code from: ifdef ARDUINO define NMEA0183_Out_Stream_Speed 115200 define NMEA0183_Out_Stream Serial

In the programme 'main.cpp' the following is defined, and as I understand it, Teensy 'Serial' is the USB connector. I only wish to send sentences from the Teensy to the VHF, but went for the MAX490 transceiver (just in case.). It has two transmit and two receive wires.

Would this work? My VHF is 9 years old, and compliant with the NMEA 0183 v. My plan is to install it at the Teensy Serial1 (pin 0 and 1), and then connect my VHF to the MAX490. I have bought a MAX490 RS422 interface (which I haven't received yet).

#Install vhf to nmea 2000 network Pc

The thing is, that I wish the programme to output the NMEA 0183 sentence directly to my VHF, and not to a PC (via USB). It is way more complex than anything I have worked with previously. I downloaded the 'NMEA2000ToNMEA0183' and tried to figure out the programme. Therefore I wish to make a NMEA 2000 to NMEA 0183 gateway, and thereby transmit positioning data to the VHF. I wish to replace the old chartplotter, and the new one I wish to buy is only NMEA 2000 compatible. The VHF (with DSC) is not NMEA 2000 compatible, and needs positioning data for the DSC to work properly. All my sensors (wind, depth, log, water temp etc.) are attached to the NMEA 2000 network, but my VHF is wired to the chartplotters NMEA 0183 output.

On my boat I already have a NMEA 2000 network, as well as an old chartplotter with NMEA 2000 and NMEA 0183 interface. I have several projects coming, but I will take one at a time, and first move on when my first project is working. Nevertheless I just bought a Teensy 3.2, and tried some smaller tutorials, and made an old DS18B20 temp sensor I had lying work on the Teensy. I have previously done some smaller projects on Arduino Uno, but nothing close to the projects described in this thread. My kudos to everyone who has contributed (especially Timo). I have been following this thread for quite some time, and find it astonishing what has been accomplished.