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Found 69 results

  1. Hello guys, I have been trying to connect my MSP432R Launchpad with another device that requires 57600 bps on Serial1 and after hours trying to find an error in my code I decided to test the Serial1 port. Thus I uploaded the following test code and connected RX to TX (P3.2 <-> P3.3) : void setup() { Serial.begin(115200); Serial1.begin(115200); Serial.println("Starting..."); } void loop() { Serial1.write('A'); if (Serial1.available()) { int inByte = Serial1.read(); Serial.write(inByte); } delay(1000); } So far everything works as expected. Then I try the same code but with Serial1.begin(57600) but it won't work, I won't get any data from the Serial1 port. (I tried several other rates and it seems that only 9600bps and 115200bps were working correctly). Anyone knows about this issue ? Thanks in advance. PS : Even the back channel UART to computer Serial.begin(57600) seems broken
  2. Hello! In my own automation system I have to encrypt data transferred between sensor and main controller (data transfers via twisted pair). For this reason, I need a special devices - encryption gateways (one gateaway installs on sensor-side, another on controller-side). These gateways realize following algorithm: Sensor-side: Receive some data from sensor (via discrete input); Encrypt data using AES; Transfer encrypted data to controller-side gateway. Controller-side: Receive encrypted data from sensor-side gateway; Decrypt data; Transfer data to controller (via discrete output). So, I need MCU with hardware accelerated AES, LaunchPad kit and Energia IDE support. From MSP portfolio I have chosen two models: MSP432P401R and MSP430FR5994 (MSP430FR5969 and MSP430FR6989 also meet my criteria). What is the best solution suitable for me and my goal? Thank you for your help!
  3. Hello! In my own automation system I have to encrypt data transferred between sensor and main controller (data transfers via twisted pair). For this reason, I need a special devices - encryption gateways (one gateaway installs on sensor-side, another on controller-side). These gateways realize following algorithm: Sensor-side: Receive some data from sensor (via discrete input); Encrypt data using AES; Transfer encrypted data to controller-side gateway. Controller-side: Receive encrypted data from sensor-side gateway; Decrypt data; Transfer data to controller (via discrete output). So, I need MCU with hardware accelerated AES, LaunchPad kit and Energia IDE support. From MSP portfolio I have chosen two models: MSP432P401R and MSP430FR5994 (MSP430FR5969 and MSP430FR6989 also meet my criteria). What is the best solution suitable for me and my goal? Thank you for your help!
  4. Hello fellows, I need some help, with a situation, I want convert some analog signals to digital and send him by the UART communication, but I dont get how to solve this problem. my digital values is represented by "tempADC" variable, soo how can I get a buffer with values to the pc with UART communication. I try many things, but i dont understand how to put my output signal in the terminal in this format. temperature: 40º temperature: 41º temperature: 42º temperature: 43º can anyone help me?! my code: #include "uart_Tx.h" #include "stdio.h" void UART_TxConfig(void){ /*CLOCK SYSTEM SUPORT (CS)*/ CS->KEY = 0x695A;/*UNLOCK ALL 16 LSB CS REGISTERS*/ CS->CTL0 = 0;/*RESET PARAMETERS*/ CS->CTL0 = CS_CTL0_DCORSEL_5;/**/ /*CLOCK SYSTEM*/ /*SELA_2 ACLK = REFOCLK*/ /*SELS_3 SMCLK = DCOCLK*/ /*SELM_3 MCLK = DCOCLK*/ CS->CTL1 = CS_CTL1_SELA_2 | CS_CTL1_SELS_3 | CS_CTL1_SELM_3; /*LOCK ACESSES TO REGISTERS*/ CS->KEY = 0;/*UNLOCK ALL 16 LSB CS REGISTERS*/ /*UART PIN CONFIGURATION*/ P1-> SEL0 |= BIT2 | BIT3; /*SET 2 UART PIN's*/ /*ACTIVE INTERRUPTION's*/ __enable_interrupt(); /*ACTIVE eUSCIA0 INTERRUPT IN NVIC MODULE*/ NVIC->ISER[0] = 1 << ((EUSCIA0_IRQn) & 31); /*CONFIGURE UART*/ UCA0CTLW0 |= UCSWRST; UCA0CTLW0 |= UCSSEL__SMCLK;/*SELECT SMCLK CLOCK SOURCE*/ /*BAUD RATE CALCULATION * BAUD RATE DIVISOR (TRANSMITIONS RATE) * 12MHz/(16*9600) = 78.125 VELOCITY *FRACTIONAL PORTION = 0.125 *FRACTIONAL */ UCA0BR0 = 26; /*48000000/16/115200*/ UCA0BR1 = 0x00; UCA0MCTLW = 0x1000 | UCOS16 | 0x0020; /*CONTROL WORD REGISTER*/ UCA0CTLW0 &= ~UCSWRST; /*SOFTWARE RESET DISABLE*/ UCA0IE |=UCRXIE; while(1){ } } /*UART INTERRUPT SERVICE ROUTINE*/ void EUSCIA0_IRQHandler (void){ if (UCA0IFG & UCRXIFG){ while(!(UCA0IFG & UCTXIFG)); UCA0TXBUF = UCA0RXBUF; //UCA0TXBUF = adcTemp; //P1->OUT ^= BIT0; } }
  5. Fellows, I'am trying to adquire a signal with ADC converter in the MSP432, but some problems appeard. I try to read lm35 sensor temperature and before conect the lm35 output signal to input pin of MSP432, i made a mesurement with multimeter and i see the pin has 1.10 +/- 1.15v. It's this normal? The code was made in ccs, and with classic programation (registers), this is the code: #include "adc.h" #include "lcd.h" #include "stdio.h" extern char Mensaje[]; /**/ void adc(void){ volatile unsigned int i; /*ADC CONFIGURATION*/ P5->SEL1 |= BIT4; P5->SEL0 |= BIT4; /*ENABLE GLOBAL INTERRUPTS*/ __enable_irq(); /*ENABLE ADC INTERRUPT IN NVIC MODULE*/ NVIC->ISER[0] = 1 << ((ADC14_IRQn) & 31); /*Sampling time, S&H=16, ADC14 on*/ ADC14->CTL0 = ADC14_CTL0_SHT0_2 | ADC14_CTL0_SHP | ADC14_CTL0_ON; ADC14->CTL1 = ADC14_CTL1_RES_2; ADC14->MCTL[0] |= ADC14_MCTLN_INCH_1; ADC14->IER0 |= ADC14_IER0_IE0; SCB->SCR &= ~SCB_SCR_SLEEPONEXIT_Msk; while (1) { for (i = 20000; i > 0; i--); // Start sampling/conversion ADC14->CTL0 |= ADC14_CTL0_ENC | ADC14_CTL0_SC; __sleep(); __no_operation(); } } void ADC14_IRQHandler(void) { int value_adc=ADC14->MEM[0]; float value_vol= value_adc * (3.3/4096); //sprintf(Mensaje,"%d",value_adc); sprintf(Mensaje,"%1.2f",value_vol); LCD_SetText(Mensaje,5 ,0); }
  6. Via Hackster.io MultiTasking ultrasonic and color sensor with Texas Instruments MSP-EXP432 and Energia.
  7. Hello, I am having a problem using the the Wire examples in energia, master_writer and slave_receiver. I have not modified the code in the examples and just want it to transfer the information across, so that I can work on from there. The two boards are connected together with sda to sda and scl to scl, it shares a common ground and both boards have a 5V supply to the 5V pins However, every time i connect the boards and check the serial monitor on the slave board, all i see is weird unique characters. When i press reset button on the slave board, it will repeat and print the same weird character. I'm fairly new to i2c communication and would appreciate any help provided here, Thank you, Danial.
  8. Hi all, I'm currently doing a project consisting of msp 432 launchpad along with cc3100 BOOST. I need help in powering the msp and boosterpack from an external supply.I have a a 5v and 3.3 v regulator with me. Please help.
  9. Hello fellows, I made a code to interact the MSP430, with the LCD, but now I would like to have it interact with the MSP432. And I'm having some problems because I want to use specific pins, can anyone help me change the code? My difficulty is: the MSP430 I use PORT P1 and P2, the problem is in the MSP432 I need PORT P2, P5 and P6 This is my connections LCD->MSP432: EN -> (P2 + BIT3) RS -> (P6 + BIT7) D4 -> (P2 + BIT6) D5 -> (P2 + BIT4) D6 -> (P5 + BIT6) D7 ->(P6 + BIT6) lcd.c lcd.h main.c main.h
  10. Hello, I have recently bought cc3100 booster pack to use with msp432 and energia. I connected the boosterpack with the launchpad as shown in the attached pic below. I tried to run the sketch "SimpleWebServerWiFi" , as shown in the tutorial page of energia. I didn't press any switches on the boosterpack and simply connected it with the main board and powered it on and uploaded the example sketch after changing the ssid and password.But the serial monitor outputs nothing and the " " page does not load . Please help.
  11. Hi all, I'm using MSP432 with energia. I'm getting weird symbols in the serial monitor instead of the values sent through the Serial.print() function.I have seen these happening when the baud rate specified in code and serial monitor is not same, but this is happening when they are same.Please see the attached image and provide help.
  12. I'm exploring TI-RTOS and developing easy-to-use libraries for Energia MT. The idea is to encapsulate each RTOS element into a class. Up to now, I've implemented the following libraries: Event library with choice of event number Event_Id_00 ... Event_Id_31 Semaphore library Mailbox library Timer library
  13. Has anyone uncovered any news about upcoming MSP432 devices? I have some upcoming projects that don't quite fit the current offering. If they had something with USB or Ethernet onboard, it would be a good fit. Competitors already have such ARM devices, but I know the MSP line and could save time if I didn't have to start over with another device.
  14. Hi, I am trying to read ADC channel values from MCP3911 using MSP launchpad using SPI protocol. When i used Arduino Mega the protocol is working fine. But when i use any TI devices i am having a problem, it always gives me all 0'S or 1's. I am using energia for MSP devices. Any i have chosen the appropriate pins as defined in the enegia pin layout. msp430----- static const uint8_t SS = 8; /* P2.7 */ static const uint8_t SCK = 7; /* P3.2 */ static const uint8_t MOSI = 15; /* P3.0 */ static const uint8_t MISO = 14; /* P3.1 */ Can someone help me troubleshoot where i am going wrong. Thanks in advance. // SPI Stuff here #include "SPI.h" const uint8_t MCP3911_CS = SS; // Teensy SPI CS1 = MCP3911 void setup() { //SPI Bus setup digitalWrite(MCP3911_CS,HIGH); // pinMode (MCP3911_CS, OUTPUT); // MCP3911 SPI.setBitOrder(MSBFIRST); SPI.setDataMode(SPI_MODE0); SPI.setClockDivider(SPI_CLOCK_DIV8); //i.e. 6MHz on a Teensy running at 48MHz. SPI.begin(); //Setup Serial Comms Serial.begin(115200); Write_MCP3911_Register (0x0D, B11000010); } int32_t adc; void loop() { //adc = Read_MCP3911_24bit(0x00); Read_MCP3911_Register(0x0D); // Serial.print("Ch0 : "); // Serial.println(adc); delay(200); } uint8_t Write_MCP3911_Register (uint8_t MCP3911_Register_Address, uint8_t Command) { Serial.print("Command Register Received: "); Serial.print(MCP3911_Register_Address,HEX); Serial.print(" - Command Received: "); Serial.println(Command,BIN); MCP3911_Register_Address <<= 1; //left shift address one digit MCP3911_Register_Address &= B00111110; // and ensure last digit is a zero for write command digitalWrite(MCP3911_CS, LOW); // now take CS low to enable SPI device SPI.transfer(MCP3911_Register_Address); // send address with write command to MCP3911 SPI.transfer(Command); //now send payload digitalWrite(MCP3911_CS, HIGH); // deselect the CS pin. Serial.print(" Write Command Byte Sent: "); Serial.println(MCP3911_Register_Address,BIN); // verify what command was sent (i.e. address and write bit = 0) //Now Verify all went well. If so, have the function return value of one, //otherwise, alert the user that something is amiss. uint8_t Response = Read_MCP3911_Register (MCP3911_Register_Address>>1); if (Response == Command) return 1; else { Serial.println(""); Serial.print("Error for register: "); Serial.print(MCP3911_Register_Address>>1,BIN); Serial.print(" - Command Sent: "); Serial.print(Command,BIN); Serial.print(" - Response Received: "); Serial.println(Response,BIN); Serial.println(""); return 0; } } uint8_t Read_MCP3911_Register (uint8_t MCP3911_Register_Address) { MCP3911_Register_Address <<=1; //left shift address one bit for command byte MCP3911_Register_Address |=1; // Ensure read bit is set Serial.print(" Read Byte Command Sent: "); Serial.print(MCP3911_Register_Address,BIN); digitalWrite(MCP3911_CS, LOW); SPI.transfer(MCP3911_Register_Address); // send address with read command to MCP3911 uint8_t Response = SPI.transfer(0x00); digitalWrite(MCP3911_CS, HIGH); Serial.print(" - Response Received: "); Serial.println(Response,BIN); return Response; } void Reset_ADC() { // Puts ADC into Reset Mode, i.e. stops ADC conversions until setup is complete. Write_MCP3911_Register (0x0D, B11000010); } int32_t Read_MCP3911_24bit( uint8_t MCP3911_Register_Address) { uint8_t HB,MB,LB=0, MCP3911_CTRL=0;; int32_t adc0code=0; MCP3911_CTRL = 0; MCP3911_CTRL =(MCP3911_Register_Address<<1); //left shift address one digit for write command MCP3911_CTRL |= 1; //Turn on Read Operation by toggling last bit on digitalWrite(MCP3911_CS, LOW); SPI.transfer(MCP3911_CTRL); // send command byte to MCP3911 HB = SPI.transfer(0x0);//receive High Byte MB = SPI.transfer(0x0);//receive Middle Byte LB = SPI.transfer(0x0);//receive Low Byte digitalWrite(MCP3911_CS, HIGH); adc0code = HB; adc0code = adc0code<<8; adc0code |= MB; adc0code = adc0code<<8; adc0code |= LB; //connecting the 3 bytes to one number return adc0code;// returning result }
  15. There is an edX course coming up in September from the University of Texas in Austin - this time with MSP432 or TM4C123 LaunchPad. The parts list also includes the CC2650 and Educational BoosterPack MK-II. The syllabus includes BLE and RTOS. It is taught by Jonathan Valvano and Ramesh Yerraballi who have offered a course using the TM4C123 on edX in the past. https://www.edx.org/course/real-time-bluetooth-networks-shape-world-utaustinx-ut-rtbn-12-01x http://edx-org-utaustinx.s3.amazonaws.com/UT601x/RTOS.html edit: forgot to mention that these courses are free if you just audit the course
  16. Hi I am trying to do a MC to MC communication using modbus. I assigned static IP's to both my MC's. WiFiServer MbServer(MB_PORT); WiFiClient client = MbServer.available(); if(client.available()) { ///Do something////// } My question here is, Is there are way I can check the senders IP address before reading modbus packed data in the loop. Because the receiver MC can be jammed with high data throughput as its a open connection (i.e anyone can send data to the MC by knowing its IP address). I want to read the senders IP before doing any data processing. I know using UDP protocol we can use RemoteIP(). Is there anything similar in this case. For sending and receiving MODBUS, im using the attached libraries. MgsModbus.cpp MgsModbus.h
  17. Hi, I am trying to make a UART connection with a device from serial1 in MSP432. It isn't working as i cannot see anything printing on my serial monitor (I am trying to print the data stored in global variables using serial/USB). Wherein the same code works fine on MSP430 or TM4C1294 devices. I have double checked my wiring connections.. P3.2, P3.3 for RX, TX. Can anyone here help me resolve this issue or point out where im going wrong.. Please find the code below //----------------------------------------------------------------------------- // Microchip MCP39F501 Power Monitor TI Interface Sample Code #define ACK 0x06 #define NACK 0x15 #define CSFAIL 0x51 int OK1_Count = 0; // Success/No Success Counter for Reg Read 0x0002 int NOK1_Count = 0; byte Xmit_Dly = 2; // Transmit Delay between bytes, in msec byte Header; // Received ACK/NACK/CSFAIL byte byte Byte_Count; // Reveived Byte count byte CurrentRMS_LL; // 0x0004 CurrentRMS byte CurrentRMS_L; // 0x0005 CurrentRMS byte CurrentRMS_H; // 0x0006 CurrentRMS byte CurrentRMS_HH; // 0x0007 CurrentRMS byte VoltageRMS_L; // 0x0008 Voltage RMS byte VoltageRMS_H; // 0x0009 Voltage RMS byte ActivePower_LL; // 0x000A ActivePower byte ActivePower_L; // 0x000B ActivePower byte ActivePower_H; // 0x000C ActivePower byte ActivePower_HH; // 0x000D ActivePower byte ReactivePower_LL; // 0x000E ReactivePower byte ReactivePower_L; // 0x000F ReactivePower byte ReactivePower_H; // 0x0010 ReactivePower byte ReactivePower_HH; // 0x0011 ReactivePower byte ApparentPower_LL; // 0x0012 ApparentPower byte ApparentPower_L; // 0x0013 ApparentPower byte ApparentPower_H; // 0x0014 ApparentPower byte ApparentPower_HH; // 0x0015 ApparentPower byte PowerFactor_L; // 0x0016 PowerFactor byte PowerFactor_H; // 0x0017 PowerFactor byte Freq_L; // 0x0016 Frequency byte Freq_H; // 0x0017 Frequency byte CheckSum; byte CalculatedCS; float CurrentRMS; // Current RMS float VoltageRMS; // Voltage RMS float ActivePower; // Active Power float ReactivePower; // Reactive Power float ApparentPower; // Apparent Power float PowerFactor; // Power Factor float Freq; // Frequency void setup() { Serial.begin(9600); Serial.println("Entering Loop "); } void loop() { if (RegRead0x0004()) { OK1_Count++; } else { NOK1_Count++; } Serial.println("------------------------------------------"); Serial.print("MCP39F501 DEMO BOARD : "); Serial.println("------------------------------------------"); Serial.println("OUTPUTS"); Serial.print("RMS Current : "); Serial.print(CurrentRMS*0.0001,4); Serial.println(" A"); Serial.print("RMS Voltage : "); Serial.print(VoltageRMS*0.1,1); Serial.println(" V"); Serial.println("DATA COMMUNICATION"); Serial.print("1st frame counts: OK="); Serial.print(OK1_Count,DEC); Serial.print(", Not OK="); Serial.println(NOK1_Count,DEC); delay(1000); } bool RegRead0x0004(void) { Serial1.begin(4800); WriteByte(0xA5); WriteByte(0x08); WriteByte(0x41); WriteByte((byte)0x00); WriteByte(0x04); WriteByte(0x4E); WriteByte(0x16); WriteByteND(0x56); ClearBuffer(); // Parse the data returned from the meter if (Serial1.available()) { Header = Serial1.read(); Byte_Count = Serial1.read(); CurrentRMS_LL = Serial1.read(); CurrentRMS_L = Serial1.read(); CurrentRMS_H = Serial1.read(); CurrentRMS_HH = Serial1.read(); VoltageRMS_L = Serial1.read(); VoltageRMS_H = Serial1.read(); ActivePower_LL = Serial1.read(); ActivePower_L = Serial1.read(); ActivePower_H = Serial1.read(); ActivePower_HH = Serial1.read(); delay(50); ReactivePower_LL = Serial1.read(); ReactivePower_L = Serial1.read(); ReactivePower_H = Serial1.read(); ReactivePower_HH = Serial1.read(); ApparentPower_LL = Serial1.read(); ApparentPower_L = Serial1.read(); ApparentPower_H = Serial1.read(); ApparentPower_HH = Serial1.read(); PowerFactor_L = Serial1.read(); PowerFactor_H = Serial1.read(); Freq_L = Serial1.read(); Freq_H = Serial1.read(); CheckSum = Serial1.read(); } Serial1.end(); Serial.print("Cehcksum Received: "); Serial.println(CheckSum,HEX); // Calculate the expected CheckSum CalculatedCS = (byte)((int)( Header + Byte_Count + CurrentRMS_LL + CurrentRMS_L + CurrentRMS_H + CurrentRMS_HH + VoltageRMS_L + VoltageRMS_H + ActivePower_LL + ActivePower_L + ActivePower_H + ActivePower_HH + ReactivePower_LL + ReactivePower_L + ReactivePower_H + ReactivePower_HH + ApparentPower_LL + ApparentPower_L + ApparentPower_H + ApparentPower_HH + PowerFactor_L + PowerFactor_H + Freq_L + Freq_H + 0)%256); Serial.print("Checksum Calculated: "); Serial.println(CalculatedCS,HEX); // Check for ACK, correct byte count and CheckSum matches expected checksum if ((Header == 0x06) ){//&& (Byte_Count == 0xD) && (CheckSum == CalculatedCS)) { Serial.println("IM HERE"); CurrentRMS = ((unsigned long)(CurrentRMS_HH << 24) + (unsigned long)(CurrentRMS_H << 16) + (unsigned long)(CurrentRMS_L << 8) + (unsigned long)(CurrentRMS_LL)); VoltageRMS = ((unsigned int)(VoltageRMS_H << 8) + (unsigned int)(VoltageRMS_L)) ; return true; } else return false; } void WriteByte(byte _wbyte) { Serial1.flush(); Serial1.write(_wbyte); delay(Xmit_Dly); } void WriteByteND(byte _wbyte) { Serial1.flush(); Serial1.write(_wbyte); //delay(Xmit_Dly); } void ClearBuffer(void) { Serial1.flush(); while(Serial1.available()) char _f = Serial1.read(); delay(30); }
  18. My latest demo robot for a Automation club I belong too, thought people here might get some use out of it too - since I used a Launchpad MSP432 board :-) http://www.instructables.com/id/Obstacle-Avoidance-Robot-Using-TI-Launchpad-MSP432/
  19. Hi, I am using MSP432P401R to make a UART connection and talk to a board. I have found in the datasheet that MSP432 supports only one UART (RX-P3.2, TX-P3.3). In this case when I use serial to transmit and receive from the other board, Can there be a way i can view the data on serial monitor? How to realize this? I have read in other posts about software serial where GPIOs can be used as serial pins. Can someone brief it for me. My project basically is to read bytes from MCP39F501 onto MSP432P401R and then transmit that data using MODBUS TCP protocol with CC3100 boaster pack.
  20. Hi, I'm doing my Senior design for undergraduate school which is developing an open source medical device using a microcontroller (Arduino or MSP432) with attached ECG, etc. circuits. Also, I am planning of including a LCD touchscreen that will display the recorded ECG signal. The main goal of this project is developing an open source medical device such that the user can add circuits to the microcontroller following the specification that I will develop. The circuits will be built up on top of each other using assigned pins. So, for this kind of project which microcontroller you think is better, in terms of the popularity of the platform and reputation-consider the market. Please make sure to specify which Arduino is suitable. Thanks.
  21. We are the creators of the smallest embedded JavaScript engine - V7 (https://github.com/cesanta/v7). It allows to export existing C/C++ functionality into the JS environment and express device logic in the JS script - easily updatable, unlike monolithic firmware. Here it is - with examples for CCS: https://github.com/cesanta/v7/tree/master/examples/TI/MSP432 We are looking for feeback and requests for ports to other devices.
  22. I have the following error message when i try to upload the energia sketch onto my MSP432 device. fatal: CORTEX_M4_0: Error connecting to the target: (Error -1063 @ 0x0) Device ID is not recognized or is not supported by driver. Confirm device and debug probe configuration is correct, or update device driver. (Emulation package My launchpad was working fine until before this. Any known solutions for this problem. Please advice
  23. Hi, I am using MSP432 for analog data collection. until now im using analogRead(pin#) in the loop function. I want to use systick/timer to create periodic interrupts and sample ADC periodically on energia. What functions should I use to achieve this? I couldn't find much help online. Any information or code help would be grateful. Reg, J
  24. We are the creators of Mongoose - the most popular networking library. Mongoose supports HTTP, WebSocket, MQTT, CoAP, DNS, mDNS/DNS-SD (local device discovery) - both client and server mode. It works on top of SimpleLink and provides quite rich networking functionality. Together with the port, we provide a CCS example for MSP432 : https://github.com/cesanta/mongoose/tree/master/examples/MSP432/ccs We are looking for a feedback, and requests for ports to other devices.
  25. Hello, I want to make a wireless thermometer using two microcontrollers. How do I write the code in Energia to transmit and receive a variable using a 433 Mhz RF module? Transmitter Setup: I have a TM4C123G connected to a RF transmitter using TX(3) pin 34 on the MCU. The TM4C123G is also connected to a LM34DZ Temp sensor. I need help to modify this working code to send the temperature variable using tx(3) pin 34 /*TM4C123G*/ //initializes/defines the output pin of the LM34 temperature sensor int outputpin= A11; // (pin # 2), use A11 analog input //--------------------------------------------------------------------- //this sets the ground pin to LOW and the input voltage pin to high void setup() { Serial.begin(9600); Serial3.begin(9600); //---------------------------------------------------------------------- } void loop() { int rawvoltage= analogRead(outputpin); float millivolts= (rawvoltage/4095.0) * 3300; float fahrenheit= millivolts/10; Serial3.write(fahrenheit); //transmits temperature to receiver Serial.println(fahrenheit);//displays temperatur on Serial monitor delay(200); } Receiver Setup: I also have a MSP432 connected to a RF receiver using rx pin 3 on the MCU. The MSP432 is connected to a 16x2 LCD. I need help to modify this working code to receive the temperature variable using rx pin 3 and display to the lcd. /*Receiver MSP432*/ #include <LiquidCrystal_I2C.h> #include <Wire.h> #define rfReceivePin 3 //RF Receiver pin = pin 3 unsigned int data = 0; // variable used to store received data byte address = 0x3F; // LCD I2C address int columns = 16; // number of columns on LCD int rows = 2; // number of rows on LCD LiquidCrystal_I2C lcd(address, columns, rows); //----------------------------------------------------------------- void setup() { lcd.init(); // initialize the lcd lcd.backlight(); } //----------------------------------------------------------------- void loop() { lcd.clear(); lcd.setCursor(0,0); data=analogRead(rfReceivePin); //listen for data on pin 3 lcd.print("Temperature"); lcd.setCursor(0,1); lcd.print(data); delay(500); }