ECE 3362 Summer 2017 Project 5 Due Wednesday July 5, 2017 via BlackBoard Use the
ID: 3854187 • Letter: E
Question
ECE 3362 Summer 2017 Project 5 Due Wednesday July 5, 2017 via BlackBoard Use the IAR IDE tool and the LaunchPad board with the MSP430G2553 device to do the following: Use the example code file(s) posted on Blackboard as guidance for this project to produce a C language program to operate with the LaunchPad board as described below: This project must be written in C language in the IAR IDE environment Option 1: Develop a basic digital thermometer that will display the temperature in F/C (selectable via pushbutton). You can use the 4-digit board and the internal temperature sensor inside the MSP430G2553. You should “light up” the LED for the “degree” symbol if you are using the 4-digit board. Displayed temperature must be “reasonably” within correct range and must update with new readings at least once per second. A basic framework in Assembly Language will be provided.
Explanation / Answer
RF430FRL152H, RF430FRL153H, RF430FRL154H device support MSP430FR6972, MSP430FR6970, MSP430FR6922, MSP430FR6920, MSP430FR6872, MSP430FR6870, MSP430FR6822, MSP430FR6820, MSP430FR5972, MSP430FR5970, MSP430FR5872, MSP430FR5870 device support Advanced hardware cycle counter support Hardware cycle counters can be freely configured Support both cycle counters where available Software breakpoints support when MPU is enabled Various other enhancements & fixes - for details see www.ti.com/mspds On devices with FLL, clock control does not allow to keep clocks running, while the device is halted and the clock is sourced by the FLL V1.3 of UIF does not work in SBW2 mode with 2.2nf cap on reset line eZ-FET UART might lose bytes with 115k baud (no handshake enabled) and DMA as data loopback on target device MSP-FET EEM access to F149 and L092 devices is only possible with JTAG speed slow
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