Introduction - If you have any usage issues, please Google them yourself
Generally speaking, the ultrasonic generator can be divided into two types: one is generated by electrical ultrasound, a class is generated by mechanical ultrasound. Electrical methods include piezoelectric, magnetostrictive-type and electric type, etc. currently more commonly used is the piezoelectric ultrasonic generator usually for a small distance detection, obstacle detection.
Packet : 107215799code4.rar filelist
20HzOut\20HzOut.spj
20HzOut\20HzOut.rc
20HzOut\20HzOut.h
20HzOut\Makefile
20HzOut\20HzOut.opt
20HzOut\DataOS_A.asm
20HzOut\spl10a_driver.asm
20HzOut\Flash.asm
20HzOut\Flash.txt
20HzOut\hardware.asm
20HzOut\20HzOut.lik
20HzOut\isr.asm
20HzOut\Device.env
20HzOut\voice\0.72k
20HzOut\voice\1.72k
20HzOut\voice\2.72k
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20HzOut\voice\8.72k
20HzOut\voice\9.72k
20HzOut\voice\MEASURE.72k
20HzOut\voice\RESULT.72k
20HzOut\voice\ERROR.72k
20HzOut\voice\ERRORS.72k
20HzOut\voice\DOT.72k
20HzOut\voice\CHECK.72k
20HzOut\voice\M.72k
20HzOut\voice\BEGIN.72k
20HzOut\voice\PUSH.72k
20HzOut\SPCE061A.h
20HzOut\SPCE061A.inc
20HzOut\InitSystem.c
20HzOut\RSDocument.c
20HzOut\hardware.h
20HzOut\hardware.inc
20HzOut\sacmv26e.lib
20HzOut\s480.h
20HzOut\s480.inc
20HzOut\Speech.c
20HzOut\20HzOut.set
20HzOut\UserFunction.c
20HzOut\Flash.c
20HzOut\main.c
20HzOut\IntDocument.c
20HzOut\CMacro1016.lib
20HzOut\Resource.asm
20HzOut\Resource.inc
20HzOut\20HzOut.env
20HzOut\voice
20HzOut