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/* Exercise 4 A simple oscilloscope demo for the FG439, using the ADC12 to sample a signal, and the UART to send the the results to a PC for display. Constructed from elements of examples:

FPAttributeValueFile n SubType="IVI" n SubVersion="1" v attrAcquisitionTypeRangeTable DataType="i" TKDS30XX_VAL_NORMAL (0) "Sets the oscilloscope to the normal acquisition mode. Th

// // scope_control.c - Low level functions allowing control of the Luminary // Micro Oscilloscope device via USB. // #include "stdafx.h" #include #include #include

See _readme.txt for a quick start. This troubleshooting guide is taken from www.workingtex.com/htpic, under FAQ. 1 Do you have Hyperterminal set to the correct speed (ie: 19200bps) and COM

FPAttributeValueFile n SubType="IVI" n SubVersion="1" v attrAcquisitionStopAfterRangeTable DataType="i" (TKTDS754_VAL_COMMAND) (1) "" TKTDS754_VAL_SINGLE_SEQUENCE (2) "The os

Package: net.tinyos.oscilloscope Description: User application for displaying sensor reading coming from the oscilloscope mote application. Authors: Jason Hill and Eric Heien Executables: oscillosco

Package: net.tinyos.oscilloscope Description: User application for displaying sensor reading coming from the oscilloscope mote application. Authors: Jason Hill and Eric Heien Executables: oscillosco

DESCRIPTION This diskette contains RS232 example code and programs. The RS232 examples allows the user to select the COM1 or COM2 port. At the same time, the examples assume that baud rate = 9

FPAttributeValueFile n SubType="IVI" n SubVersion="1" v attrAcquisitionStopAfterRangeTable DataType="i" (TKTDS754_VAL_COMMAND) (1) "" TKTDS754_VAL_SINGLE_SEQUENCE (2) "The os

Package: net.tinyos.oscilloscope Description: User application for displaying sensor reading coming from the oscilloscope mote application. Authors: Jason Hill and Eric Heien Executables: oscillosco