nicholasjconn

/******************************************************************************
 *                          Reusable MSP430 printf()
 *
 * Description: This printf function was written by oPossum and originally
 *              posted on the 43oh.com forums. For more information on this
 *              code, please see the link below.
 *
 *              http://www.43oh.com/forum/viewtopic.php?f=10&t=1732
 *
 *              A big thanks to oPossum for sharing such great code!

nicholasjconn

/******************************************************************************
 *                        MSP430G2553 printf() Tests
 *
 * Description: A modified version of the test code for testing oPossum's
 *              tiny printf() function. More information on the printf()
 *              function can be found at the following link.
 *
 *              http://www.43oh.com/forum/viewtopic.php?f=10&t=1732
 *
 *              This specific code tests the printf() function using

nicholasjconn

/******************************************************************************
 *                          MSP430G2553 ACLK Test
 *
 * Description: This code can be used to test if you have installed the
 *              32.768kHz crystal on your LaunchPad correctly. Using this code
 *              LED1 (on P1.0) will turn on for 1 second, and off for one
 *              second. You can verify this with either an oscilloscope, logic
 *              analyzer, or by inspection. Simple as that!
 *
 * 				This code was originally created for "NJC's MSP430

nicholasjconn

/************************************************************************
 *                       NJC's Simple LaunchPad DAC
 * 
 * Description:	This code turns the LaunchPad into a simple (slow) 
 * 				function generator that outputs a sine wave at 128Hz.
 * 				For each point in a period signal, there is one 
 * 				smaller PWM period. For this example there are 32
 * 				points per period. The duty cycle of each PWM period
 * 				determines the analog value at that point in time.
 * 				By continually changing the duty cycle, an analog

nicholasjconn

/******************************************************************************
 *                  NJS's MSP430 LaunchPad Oscilloscope
 * 
 * Description: This code turns the launchpad into a simple (slow)
 *				oscilloscope using a bi-directional software UART.
 * 				The MCU will accept ascii commands from the computer
 * 				for single measurment of a channel (internal and 
 * 				external) and also continous measuring of external
 * 				channels.
 *

nicholasjconn

/******************************************************************************
 *                      MSP430 ADC10 Example for the G2231
 * 
 * Description:	This code provides an example for using the 10 bit ADC in the
 *				MSP430G2231. The code requires either a terminal program or
 *				the application provided on the blog mentioned below.
 *				depending on which ascii character is sent to the device,
 *				either VCC, the temperature sensor, or an external pin will
 *				be measured once and the results sent to the computer.
 *				

nicholasjconn

/******************************************************************************
 *                 Half Duplex Software UART on the LaunchPad
 * 
 * Description: This code provides a simple Bi-Directional Half Duplex
 * 		Software UART. The timing is dependant on SMCLK, which
 * 		is set to 1MHz. The transmit function is based off of
 * 		the example code provided by TI with the LaunchPad.
 * 		This code was originally created for "NJC's MSP430
 * 		LaunchPad Blog".
 * 

nicholasjconn

//************************************************************************
// MSP430G2231 Demo - Timer_A, PWM TA1, Up Mode, SMCLK 
//
// Description: This program generates one PWM output on P1.2 using
// Timer_A configured for up mode. The value in CCR0, 1000-1, defines the
// PWM period and the value in CCR1 the PWM duty cycles. Using SMCLK,
// the timer frequenciy is about 1.1kHz with a 25% duty cycle on P1.2.
// Normal operating mode is LPM0.
// MCLK = SMCLK = default DCO (about 1.1MHz).
//

nicholasjconn

//******************************************************************************
//  MSP430F2013
//
//  Description: Continuously sends a counter value over the USI in SPI which
//				 acting as if it were a UART. The sample circuit connects an
//				 FTDI breakout board to the transmit line and reads. The baud
//				 rate is determined by the USI speed, which in this case is
//				 1100000 baud (DCO = 1.1MHz).
//
//  Nicholas J. Conn

nicholasjconn

/******************************************************************************
 *                  MSP-EXP430G2-LaunchPad Software UART Transmission
 * 
 * Original Code: From MSP-EXP430G2-LaunchPad User Experience Application
 * Original Author: Texas Instruments
 *  
 * Description: This code shows the minimum neeed to send data over a software 
 *     UART pin (P1.1). This is a highly condenced and modified version
 *     of the User Experience Application which comes programmed with
 *     the LaunchPad.