登录
首页 » C++ Builder » SHARC_Standard_Pack

SHARC_Standard_Pack

于 2009-04-16 发布 文件大小:900KB
0 111
下载积分: 1 下载次数: 142
我要下载

代码说明：

  ADI SHARC DSP 音频算法标准模块库(Audio ADI SHARC DSP Algorithm Standard Blockset)

文件列表：

StandardPack
............\Include
............\.......\AMF_Adder2x1.h
............\.......\AMF_Adder2x1_S.h
............\.......\AMF_AGCCompressorCore.h
............\.......\AMF_AGCCompressorCoreTable.h
............\.......\AMF_AGCLimiterCore.h
............\.......\AMF_AGCLimiterCoreTable.h
............\.......\AMF_AGCNMaxAbs.h
............\.......\AMF_AGCNMaxAbs_S.h
............\.......\AMF_AGCNMultiplier.h
............\.......\AMF_AGCNMultiplier_S.h
............\.......\AMF_AGCRmsN.h
............\.......\AMF_AGCRmsN_S.h
............\.......\AMF_Biquad.h
............\.......\AMF_BiquadCascade.h
............\.......\AMF_BiquadCascade64_S.h
............\.......\AMF_BiquadCascadeSmoothed.h
............\.......\AMF_BiquadCascadeSmoothed_D.h
............\.......\AMF_BiquadCascadeSmoothed_DS.h
............\.......\AMF_BiquadCascadeSmoothed_S.h
............\.......\AMF_BiquadCascade_D.h
............\.......\AMF_BiquadCascade_DS.h
............\.......\AMF_BiquadCascade_S.h
............\.......\AMF_BiquadSmoothed.h
............\.......\AMF_BiquadSmoothed_D.h
............\.......\AMF_BiquadSmoothed_DS.h
............\.......\AMF_BiquadSmoothed_S.h
............\.......\AMF_Biquad_D.h
............\.......\AMF_Biquad_DS.h
............\.......\AMF_Biquad_S.h
............\.......\AMF_ButtonControl.h
............\.......\AMF_ButtonGainStepper.h
............\.......\AMF_CaptureN.h
............\.......\AMF_CaptureN_S.h
............\.......\AMF_ClipAsym.h
............\.......\AMF_ClipAsym_DS.h
............\.......\AMF_ClipAsym_S.h
............\.......\AMF_ClipSym.h
............\.......\AMF_ClipSym_DS.h
............\.......\AMF_ClipSym_S.h
............\.......\AMF_DecibelsToLinear.h
............\.......\AMF_DecibelsToLinear_S.h
............\.......\AMF_Delay.h
............\.......\AMF_DelayAllpassOffChip.h
............\.......\AMF_DelayAllpassOffChip1s.h
............\.......\AMF_DelayAllpassOffChip1s_4Coef.h
............\.......\AMF_DelayAllpassOffChip1s_4Coef_S.h
............\.......\AMF_DelayAllpassOffChip1s_S.h
............\.......\AMF_DelayAllpassOffChip_4Coef.h
............\.......\AMF_DelayAllpassOffChip_4Coef_S.h
............\.......\AMF_DelayAllpassOffChip_S.h
............\.......\AMF_DelayEven.h
............\.......\AMF_DelayLatticeOffChip.h
............\.......\AMF_DelayLatticeOffChip_S.h
............\.......\AMF_DelayNTapMOutOffChip.h
............\.......\AMF_DelayNTapMOutOffChip_DS.h
............\.......\AMF_DelayNTapMOutOffChip_S.h
............\.......\AMF_DelayNTapNOutOffChip.h
............\.......\AMF_DelayNTapNOutOffChip_262EzKit.h
............\.......\AMF_DelayNTapNOutOffChip_S.h
............\.......\AMF_DelayNTapOffChip.h
............\.......\AMF_DelayNTapOffChip_DS.h
............\.......\AMF_DelayNTapOffChip_S.h
............\.......\AMF_DelayOffChip.h
............\.......\AMF_DelayOffChip_262EzKit.h
............\.......\AMF_DelayOffChip_LX3.h
............\.......\AMF_DelayOffChip_S.h
............\.......\AMF_Delay_S.h
............\.......\AMF_DeMux1xN.h
............\.......\AMF_DeMux1xN_S.h
............\.......\AMF_Divider.h
............\.......\AMF_Divider_S.h
............\.......\AMF_FIR.h
............\.......\AMF_FIR_DS.h
............\.......\AMF_FIR_S.h
............\.......\AMF_GraphicEqualizer.h
............\.......\AMF_GraphicEqualizer_DS.h
............\.......\AMF_GraphicEqualizer_S.h
............\.......\AMF_LEDControl_21364_21262.h
............\.......\AMF_LEDControl_21369.h
............\.......\AMF_LinearToDecibels.h
............\.......\AMF_LinearToDecibels_S.h
............\.......\AMF_Mixer2x1Smoothed.h
............\.......\AMF_MixerNxM.h
............\.......\AMF_MixerNxMSmoothed.h
............\.......\AMF_MixerNxMSmoothed_DS.h
............\.......\AMF_MixerNxMSmoothed_S.h
............\.......\AMF_MixerNxM_DS.h
............\.......\AMF_MixerNxM_S.h
............\.......\AMF_MSMatrix.h
............\.......\AMF_Mult2Add1.h
............\.......\AMF_Mult2Add1_S.h
............\.......\AMF_Multiply2x1.h
............\.......\AMF_Multiply2x1_S.h
............\.......\AMF_MuxNx1.h
............\.......\AMF_MuxNx1_S.h
............\.......\AMF_NMultiplier_C.h
............\.......\AMF_Panner.h
............\.......\AMF_Panner_S.h

下载说明：请别用迅雷下载，失败请重下，重下不扣分！

发表评论

0 个回复

  • Demo-code-for-E_Bike
    第一个参数设定助力功能允许与否，1为允许，0为禁止 第二个参数设定助力力量(PWM占空比),数值范围：0~0x355，数值越大，力量越大 第三个参数设定助力时间，数值越大，时间越长 (The first parameter set boost feature allows it or not, one to allow, 0 to disable the second parameter set booster power (PWM duty cycle), value range: 0 ~ 0x355, the greater the value, the greater the force the third parameter setting booster time, the greater the value, the longer)
    2013-07-29 16:02:44下载
    积分：1
  • 3.4.3-FFT
    这是有关dsp实验的FFT的算法实现和仿真。(This is the DSP experiments FFT algorithm and simulation.)
    2011-12-22 22:51:30下载
    积分：1
  • AD2S1210
    说明：  TMS320F28335串行读取AD2S1210数据(Using TMS320F28335 read the data of AD2S1210 by serial communcation)
    2019-03-12 12:45:24下载
    积分：1
  • Lab0306-DA
    说明：  在DSP5509A上实现的DA转换，可以直接在DSP上面实现(Implemented on the DSP5509A DA conversion can be achieved directly in the DSP top)
    2010-04-03 15:44:41下载
    积分：1
  • F2812-fft--TI
    Fast Fourier Transform (FFT). Using 8 points, takes about 1.2 ms to execute one FFT. Sets up General Purpose Timer 1 to generate events at 10 kHz. Will produce 10 kHz output on T1PWM and T1PWM pins.(Fast Fourier Transform (FFT). Using 8 points, takes about 1.2 ms to execute one FFT. Sets up General Purpose Timer 1 to generate events at 10 kHz. Will produce 10 kHz output on T1PWM and T1PWM pins.)
    2012-07-02 21:19:50下载
    积分：1
  • dsp教程学习教程书 DSPjiaocheng
    dsp教程学习教程书 dsp基础知识 dsp软件开发 dsp硬件开发，(dsp jiaochengdsp dspjiaochengdsp dspdsp jiaochengdsp dspjiaochengdsp dsp)
    2020-06-26 00:20:02下载
    积分：1
  • UPS_DSP
    这是一个UPS程序。采用DSP2802来控制。(This is a UPS program.DSP2802 uses to control.)
    2015-02-27 08:28:03下载
    积分：1
  • DSP28335-PWM+ADC+PID数控电源
    数控同步BUCK 两路AD采集 pid控制(NC synchronous BUCK two way AD acquisition PID control)
    2020-12-11 14:29:19下载
    积分：1
  • SST-DAB
    基于移相全桥的双向DCDC变换器，并且有内移相角和外移相角的双重移向。试制的样机功率100W，效率最高90％(Bi-directional DCDC converter based on phase-shifted full-bridge, and has dual shift of internal phase angle and external phase angle. Trial prototype power 100W, the highest efficiency of 90%)
    2020-11-19 16:39:38下载
    积分：1
  • chm_http
    CHM HTTP transaction library
    2010-10-06 13:27:29下载
    积分：1
  • 696518资源总数
  • 104269会员总数
  • 31今日下载

热门标签

Visual C++ matlab C/C++ Java Others Unix_Linux EasyLanguage易语言 Visual Basic C# PDF C++ Delphi VHDL ASP WINDOWS
热门下载

Copyright© 2019-2024 | Powered by Imdn | 浙ICP备16007336号 | IMDN交流 | 联系客服（QQ：3324461878）

本网站资源收集自网络及网站用户上传，若有侵权请邮件至（3324461878@qq.com），核实后我们会在24小时内删除，谢谢！