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/* dac.c - bipolar two's complement D/A converter */ double dac(b, B, R) int *b, B; /* bits are dimensioned as \(b[0], b[1], \dotsc, b[B-1]\) */ double R; { int i;

/* adc.c - successive approximation A/D converter */ #include double dac(); int u(); void adc(x, b, B, R) double x, R; int *b, B; { int i; double y, xQ, Q; Q = R /

/* adc.c - successive approximation A/D converter */ #include double dac(); int u(); void adc(x, b, B, R) double x, R; int *b, B; { int i; double y, xQ, Q; Q = R /

;****************************************************************************** ; MSP-FET430P430 Demo - DAC0 Output Voltage Ramp, DAC1 Constant,DAC ISR ; ; Description: Using DAC12.0 outputs a 16

//****************************************************************************** // MSP-FET430P430 Demo - DAC0 Output Voltage Ramp, DAC1 Constant, DAC ISR // // Description: Using DAC12.0 outputs

/*--------------------------------------------------------*/ /* WQ21ST SOFTWARE STUDIO. */ /*--------------------------------------------------------*/ /* Offchip DAC tes

//已经调试通过 南京航空航天大学 魏小龙 //DAC TEST TLV6520 ////开发板在第一第二DAC通道连接了双色发光二极管， //本演示程序通过TLV5620循环输出：红色逐渐亮起来、绿色逐渐亮起来、黄色逐渐亮起来 //*************************************************************************

0000 ;;************************************************************************ 0000 ;; 0000 ;; DAC.asm (from dac9.asm user module template) 0000 ;; Re

//************************************************************************ //************************************************************************ // // DAC.h (from dac8.h user module template)

;;************************************************************************ ;;************************************************************************ ;; ;; DAC.inc (from dac8.inc user module templ