ht1621c程序
ht1621c程序
发布: | 作者: | 来源:
| 查看:1088次 | 用户关注：
ht1621c程序Ht1621中文资料Ht1621pdfLCD驱动HT1621#include&reg51.h&#include&types.h&#include&intrins.h&#include&bin.h&externBOOLPIN_1621_CS;externBOOLPIN_1621_DAT;externBOOLPIN_1621_WR;#defineCLK_DELAY(){_nop_();_nop_();_nop_();}//--------------------------------------------------------------------------//Name:Write_1621_RAM//-----------------------------------------
ht1621 c程序Ht1621中文资料&& Ht1621pdfLCD驱动HT1621#include &reg51.h&#include &types.h&#include &intrins.h&#include &bin.h&extern BOOL PIN_1621_CS;extern BOOL PIN_1621_DAT;extern BOOL PIN_1621_WR;#define CLK_DELAY() {_nop_(); _nop_(); _nop_();}//--------------------------------------------------------------------------// Name: Write_1621_RAM//--------------------------------------------------------------------------void Write_1621_RAM(BYTE addr, BYTE idata *buf, BYTE size){BYTE i,j;BYTEPIN_1621_CS = 1; // clear CSCLK_DELAY();PIN_1621_CS = 0; // clear CS// CMD - 101tmp = B;for (i=3; i&0; --i){PIN_1621_DAT = tmp & 0x04; tmp &&= 1;PIN_1621_WR = 0; CLK_DELAY();PIN_1621_WR = 1; CLK_DELAY();}// Addr - 0x00tmp = addr & B;for (i=6; i&0; --i){PIN_1621_DAT = tmp & 0x04; tmp &&= 1;PIN_1621_WR = 0; CLK_DELAY();PIN_1621_WR = 1; CLK_DELAY();}// data - successive 32 bytesfor (j= j&0; --j){tmp = *for (i=8; i&0; --i){PIN_1621_DAT = tmp & 0x01; tmp &&= 1;PIN_1621_WR = 0; CLK_DELAY();PIN_1621_WR = 1; CLK_DELAY();}buf ++;}}//--------------------------------------------------------------------------// Name: Write_1621_COMMAND//--------------------------------------------------------------------------static void Write_1621_COMMAND(BYTE config){BYTEBYTEPIN_1621_CS = 1; // clear CSCLK_DELAY();PIN_1621_CS = 0; // clear CScmd = B;// CMD - 110for (i=3; i&0; --i){PIN_1621_DAT = cmd & 0x04; cmd &&= 1;PIN_1621_WR = 0; CLK_DELAY();PIN_1621_WR = 1; CLK_DELAY();}// configfor (i=9; i&0; --i){PIN_1621_DAT = config & 0x80; config &&= 1;PIN_1621_WR = 0; CLK_DELAY();PIN_1621_WR = 1; CLK_DELAY();}}//--------------------------------------------------------------------------// Name: Init_1621//--------------------------------------------------------------------------void Init_1621(void){Write_1621_COMMAND(B); // 4 commWrite_1621_COMMAND(B); // Turn On LCDWrite_1621_COMMAND(B); // Enable System}//--------------------------------------------------------------------------// Name: TurnOn_1621//--------------------------------------------------------------------------void TurnOn_1621(BOOL bOnoff){if (bOnoff){Write_1621_COMMAND(B); // bias generator}else {Write_1621_COMMAND(B); // bias generator}}//-------------------------------------------------------------------------// M62446 drving routines, VER 1.0//// COPYRIGHT (C) 2000, Enbia Technology Inc.// Target: 8031// AUTHOR: STEVEN LUO//// Revision History://
- Original Version////-------------------------------------------------------------------------#include &reg51.h&#include &types.h&#include &intrins.h&#include &bin.h&extern BOOL PIN_M62446_LATCH;extern BOOL PIN_M62446_DATA;extern BOOL PIN_M62446_CLK;static idata WORD shadow_word00=0;static idata WORD shadow_word01=0;static idata WORD shadow_word10=0;static idata WORD shadow_word11=0; // for storing the control word status //static BOOL bM62446M // Set when 62446 is mutedstatic void Write_M62446_Word(WORD myword);//-------------------------------------------------------------------------// Name: Volume_Validate// Description:// Arguments:// Return value: none//-------------------------------------------------------------------------static BYTE Volume_Validate(char vol){if(vol&0)vol=0; // negative, should be 0else if(vol &80) vol=80; // &80, set to 80return 80 - // Down to Up}//-------------------------------------------------------------------------// Name: Mute_M62446// Description:// Arguments:// Return value: none//-------------------------------------------------------------------------void Mute_M62446(void){Write_M62446_Word(0xa141); // B0000 01, B00001Write_M62446_Word(0xa142);Write_M62446_Word(0xa143);bM62446Muted = 1;}//-------------------------------------------------------------------------// Name: UnMute_M62446// Description:// Arguments:// Return value: none//-------------------------------------------------------------------------void UnMute_M62446(void){shadow_word01&=0 shadow_word01|=0x01; Write_M62446_Word(shadow_word01);shadow_word10&=0 shadow_word10|=0x02; Write_M62446_Word(shadow_word10);shadow_word11&=0 shadow_word11|=0x03; Write_M62446_Word(shadow_word11);bM62446Muted = 0;}//-------------------------------------------------------------------------// Name: Write_M62446_Left// Description: This function Write 2 bytes to M62446// Arguments:// Return value: none//-------------------------------------------------------------------------void Write_M62446_Left(char vol){WORDtemp=Volume_Validate(vol);temp&&=9;shadow_word01&=0x01shadow_word01|=// DE=0;DF=1;shadow_word01&=0 shadow_word01|=0x01;if (bM62446Muted)Write_M62446_Word(shadow_word01);}//-------------------------------------------------------------------------// Name: Write_M62446_Right// Description: This function Write 2 bytes to M62446// Arguments:// Return value: none//-------------------------------------------------------------------------void Write_M62446_Right(char vol){WORDtemp=Volume_Validate(vol);temp&&=2;shadow_word01&=0xfe03;shadow_word01|=// DE=0;DF=1;shadow_word01&=0 shadow_word01|=0x01;if (bM62446Muted)Write_M62446_Word(shadow_word01);}//-------------------------------------------------------------------------// Name: Write_M62446_Center// Description: This function Write 2 bytes to M62446// Arguments:// Return value: none//-------------------------------------------------------------------------void Write_M62446_Center(char vol){WORDtemp=Volume_Validate(vol);temp&&=9;shadow_word10&=0x01shadow_word10|=// DE=1;DF=0;shadow_word10&=0 shadow_word10|=0x02;if (bM62446Muted)Write_M62446_Word(shadow_word10);}//-------------------------------------------------------------------------// Name: Write_M62446_SubWoofer// Description: This function Write 2 bytes to M62446// Arguments:// Return value: none//-------------------------------------------------------------------------void Write_M62446_SubWoofer(char vol){WORDtemp=Volume_Validate(vol);temp&&=2;shadow_word10&=0xfe03;shadow_word10|=// DE=1;DF=0;shadow_word10&=0 shadow_word10|=0x02;if (bM62446Muted)Write_M62446_Word(shadow_word10);}//-------------------------------------------------------------------------// Name: Write_M62446_SurLeft// Description: This function Write 2 bytes to M62446// Arguments:// Return value: none//-------------------------------------------------------------------------void Write_M62446_SurLeft(char vol){WORDtemp=Volume_Validate(vol);temp&&=9;shadow_word11&=0x01shadow_word11|=// DE=1;DF=1;shadow_word11&=0 shadow_word11|=0x03;if (bM62446Muted)Write_M62446_Word(shadow_word11);}//-------------------------------------------------------------------------// Name: Write_M62446_SurRight// Description: This function Write 2 bytes to M62446// Arguments:// Return value: none//-------------------------------------------------------------------------void Write_M62446_SurRight(char vol){WORDtemp=Volume_Validate(vol);temp&&=2;shadow_word11&=0xfe03;shadow_word11|=// DE=1;DF=1;shadow_word11&=0 shadow_word11|=0x03;if (bM62446Muted)Write_M62446_Word(shadow_word11);}static BYTE code Treble_Bass_TAB[11]={0x0e, // 0, -10db0x0c, // 1, -8db0x0b, // 2, -6db0x0a, // 3, -4db0x09, // 4, -2db0x00, // 5, 0db0x01, // 6, +2db0x02, // 7, +4db0x03, // 8, +6db0x04, // 9, +8db0x06 // 10, +10db};//-------------------------------------------------------------------------// Name: Write_M62446_Treble// Description: This function Write 2 bytes to M62446// Arguments: 0-20,// 0: -10db// 10: 0db// 20 +10db// Return value: none//-------------------------------------------------------------------------void Write_M62446_Treble(BYTE Treble){WORDTreble=Treble_Bass_TAB[Treble];temp=Ttemp&&=12;shadow_word00&=0x0shadow_word00|=// DE=0;DF=0;shadow_word00&=0Write_M62446_Word(shadow_word00);}//-------------------------------------------------------------------------// Name: Write_M62446_Bass// Description: This function Write 2 bytes to M62446// Arguments: 0-20,// 0: -10db// 10: 0db// 20 +10db// Return value: none//-------------------------------------------------------------------------void Write_M62446_Bass(BYTE Bass){WORDBass=Treble_Bass_TAB[Bass];temp=Btemp&&=4;shadow_word00&=0xff0f;shadow_word00|=// DE=0;DF=0;shadow_word00&=0Write_M62446_Word(shadow_word00);}//-------------------------------------------------------------------------// Name: Write_M62446_Bypass// Description: This function Write 2 bytes to M62446// Arguments: 1, bypass on, 0: off// Return value: none//-------------------------------------------------------------------------void Write_M62446_Bypass(BOOL bOnOff){if (bOnOff) shadow_word00 |= 0x0004; // Onelse shadow_word00 &= 0 // off// DE=0;DF=0;shadow_word00 &= 0Write_M62446_Word(shadow_word00);}//-------------------------------------------------------------------------// Name: Write_M62446_Output// Description: This function Write 2 bytes to M62446// Arguments: port=1-4, BYTE=1 or 0// Return value: none//-------------------------------------------------------------------------void Write_M62446_Output(BYTE port, BOOL bOnoff){WORD temp, mask=1;temp=bOtemp &&= (12-port);mask &&= (12-port);shadow_word00&=~shadow_word00|=// DE=0;DF=0;shadow_word00&=0Write_M62446_Word(shadow_word00);}#define DELAY() {_nop_(); _nop_(); _nop_(); _nop_(); _nop_(); _nop_(); _nop_(); _nop_();_nop_(); _nop_();_nop_(); _nop_();}//-------------------------------------------------------------------------// Name: Write_M62446_Word// Description: This function Write 2 bytes to M62446// Arguments:// Return value: none//-------------------------------------------------------------------------static void Write_M62446_Word(WORD myword){register BYTEPIN_M62446_LATCH=0;for (i=16;i&0;--i){if(myword & 0x8000) PIN_M62446_DATA=http:///article/88/131/app/2008/1; // MSB firstelse PIN_M62446_DATA=http:///article/88/131/app/2008/0;myword&&=1; // Rotate RightDELAY();PIN_M62446_CLK=1;DELAY();PIN_M62446_CLK=0;}DELAY();PIN_M62446_LATCH=1;}
本页面信息由华强电子网用户提供，如果涉嫌侵权，请与我们客服联系，我们核实后将及时处理。
电路图分类
&&& 目前，处理器性能的主要衡量指标是时钟&2016 深圳市惠通环宇科技有限公司 版权所有&&&
技术支持：&&&&访问量：297以上信息由该企业自行提供，该企业负责信息内容的真实性、准确性和合法性。KK商务网对此不承担任何保证责任，请慎重选择交易对象以防被骗。新一代制药专用总有机碳/总氮分析仪multi N/C (R)Pharma HT（TOC/TN)
参考报价：
multi N/C (R)Pharma HT
耶拿/analytikjena`
产地属性：
信息完整度：
典型用户：
分辨率暂无准确度暂无重现性暂无检测限暂无测量范围暂无检测原理暂无氧化方法暂无仪器类型暂无
诚信认证:工商注册信息已核实！
扫一扫即可访问手机版展台
　　德国耶拿几十年来不断推出引领技术潮流的总量分析和元素分析仪器。凭借可追朔到19世纪的分析仪器制造传统，以及从不停歇的创新脚步， 德国耶拿2010年又推出了multi N/C &系列全新升级产品。基于多项创新的专利，multi N/C &系列产品与您分享更加专业、可靠的分析技术。
　　multi N/C & 系列的特殊性能：
　　1. 宽范围全量程分析。NDIR检测器，以及总氮的CLD，ChD检测器，无需稀释，精确测量。主要得益于其专利的高聚焦非色散红外
　　2. VITA&专利技术。独创的VITA&专利流速控制信号处理技术，全方位提高仪器性能，保证高精确的稳定测量结果
　　3. Easy Cal&.专利技术。轻松校正功能，只需一个标准溶液即可完成校正，并长期稳定
　　4. 自动保护功能。高效测量与系统自清洁的完美结合，自动监测各项系统参数
　　5. SCS安全自检系统，最大程度保证操作者和仪器的安全
　　6. 完美的消解系统。高温消解最高可达1000℃，是完整消解的保障
　　7. 多参数快速测定。TC, TOC, NPOC, TIC, POC 和TNb各项参数均可快捷准确的测量
　　8. 模块化设计。配置灵活，自动化程度高，满足不同用户的需求
在线咨询时间：
周一至周五
早9：00 - 晚17：30
若您在周六周日咨询，请直接留言您所咨询的产品名称+联系人+电话
Copyright (C) ANTPEDIA, All Rights Reserved
京ICP备号 京公网安备 电信与信息服务业务经营许可证：京ICP证110310号