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sample project of digital signal processing

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Abstract: project template to perform custom digital signal processing applications on the Symphony SoundBite board , Symphony SoundBite is capable of occurs within the DSP in the digital signal processing application code , want to build their own assembly-only digital signal processing application code to run on the , Template for custom digital signal processing applications References Also see: · Symphony SoundBite , feature-packed solution for audio digital signal processing which is based around the Symphony DSPB56371 DSPB56371 digital ... Freescale Semiconductor
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datasheet

22 pages,
145.56 Kb

AK4556 AK4584 DSP56300 DSP56371 LED project with assembly language school project FAQ-28010 soundbite memory 4164 TEXT
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Abstract: in the analog domain, but none compare to the variety and flexibility of Digital Signal Processing (DSP) effects ­ that requires digital audio. Digital audio recordings have the distinct advantage of , particularly, of the "One more time!" voice recording used in this application note's project (original .WAV , routes the voltage directly; digital audio involves a conversion of the voltages into representative , is (theoretically) exact. Digital audio, at higher sample frequencies and bit rates (how many ... Cypress Semiconductor
Original
datasheet

9 pages,
125.02 Kb

simple PWM circuit push button using psoc fuzzy logic library c code CY8C27143 PSUEDO RANDOM SEQUENCE GENERATOR AN13945 psoc variable frequency drive TEXT
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Abstract: bundled with the firmware and hardware for demonstrating interface and analog signal processing of , Waveform with BPF & LPF PSoC output modulated with the PWM signal. After the processing of PSoC BPF , the average amplitude of the input signal. So it is easy to use an ADC to sample the signal when PWM , and the signal output from PSoC after the processing of internal band pass filter and low pass , . Processing stage Driving the emitter of IR proximity sensor with PSoC PWM signal. Pre-processing IR ... Cypress Semiconductor
Original
datasheet

14 pages,
711.92 Kb

passive infrared sensor project IR proximity AN2042 AN50956 Infrared object counter circuit obstacle detection sensors AN2044 Passive IR sensors IR obstacle detector CY8C24X33 schematic proximity sensor IR proximity sensors ir object counter project ir proximity sensor ir proximity sensor circuit diagram hdsl-9100 IR Sensor obstacle detection obstacle detection with ir sensors TEXT
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Abstract: versus sample processing, the existence of a Direct Memory Access (DMA) controller, multiported memory , of the SHARC DSP. This project was implemented using an ADSP-21262 ADSP-21262 EZ-KIT Lite board, a SHARC , consumption, exemplified in the AD9244 AD9244, which consumes only 590 mW at its full sample rate of 65 MSPS. These factors mandate faster programmable general-purpose (GP) digital signal processors (DSPs) to handle the , their closest digital processing counterparts (FPGAs and ASICs). Additionally, general-purpose DSP ... Analog Devices
Original
datasheet

8 pages,
457.85 Kb

EE-222 EE-216 AD8138 0xc0000 ADSP-21262 AD9244-65PCB AD9244 ultrasound TRANSFORMER ee ustat2 TEXT
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Abstract: application note is intended for describe the function of the Analog/Digital Converter (ADC) and gives some , converts analog voltage (input voltage) input to an analog input pin to 10bit digital value. · One of , analog input signal (AN00 ~ AN05) is passed by an analog channel selector to a sample and hold stage and , completed, regardless of the value of ADIE bit. CPU cannot return from interrupt processing if interrupt , dimension of R1, R2 and Rclamp, is related to current consumption budget and the input signal noise ... Fujitsu
Original
datasheet

30 pages,
681.74 Kb

MB95200H AN04 adi 1-A ADC20X MB95200 BLOCK DIAGRAM OF ADC MCU-AN-500005-E-11 TEXT
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Abstract: Conversion of an analog signal to a 12-bit digital signal · Conversion of the 12-bit ADC value to HEX and , a violation of the Digital Millennium Copyright Act. If such acts allow unauthorized access to your , Operation ­ This chapter describes the operational functionality of the sample code that is preprogrammed , Represents Sample code Filenames and paths Optional arguments Choice of mutually exclusive arguments; an , -bit Digital Signal Controller Family fits a specific product application. This document is a supplement to ... Microchip Technology
Original
datasheet

52 pages,
2850.55 Kb

dsPIC code example dspic6012 Family Reference Manual ds70046 usb pinout pic serial programmer schematic diagram picdem 2 plus demo board examples DS70043 MCP6022 PICDEM.net Development Tool Manual P30F6012 ds70030 motor control dsPIC 30f c30 DS70083 dspic schematic DS51284 programmer schematic ICD2 dspic30f motor control example codes mplab icd 3 schematic DS70082 TEXT
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Abstract: . This reference manual explains the operation of the dsPIC30F Digital Signal Controller (DSC) family , analog signal to a 12-bit digital signal · Conversion of the 12-bit ADC value to HEX and ASCII format · , the digital potentiometer every 125 microseconds, which generates a 400 Hz audio signal out of the , may be a violation of the Digital Millennium Copyright Act. If such acts allow unauthorized access to , : Demonstration Program Operation ­ This chapter describes the operational functionality of the sample code that ... Microchip Technology
Original
datasheet

50 pages,
6497.5 Kb

ASM30 DS70046 DS70143 DS70157 dsPICDEM Guide DS51284 H bridge converter with dsPIC PIC24FJ128GA p30f6014a programmer schematic ICD2 PIC24H DS51284 DS51584B MCP6022 DS70165 verilog code to generate sine wave PIC24 example C30 codes PORT TEXT
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Abstract: teaching the Texas Instruments (TITM) TMS320C3x digital signal processor (DSP) in the frame of a , signal is converted into digital by a single ADC. The student has to compute the necessary sample , of the signal processor TMS320C3x, using digital communications as main applications to be designed , Circuits (3rd and 4th semesters), Microprocessors and Microcontrollers (6th semester), Digital Signal , must be able to use a digital signal processor in new designs, not only to know how it works. So, I ... Texas Instruments
Original
datasheet

24 pages,
127.18 Kb

TMS320C3X TMS320C31 TMS320 architecture of tms320c3x instrumentation projects tms320 projects SMALL ELECTRONICS PROJECTS TEXT
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Abstract: describes the development of a digital filter for an analog input signal using the CMSIS-DSP Library and the , block processing mode, the output signal gets delayed by a few milliseconds. The application example , . CMSIS-DSP Library (binary is included in this project). The library is part of CMSIS Version 2.0, which can , . Program Implementation The uVision example project DSP_APP.UVPROJ implements a digital lowpass filter , part of the task SigMod. // - Task 'Signal Modify ... ARM
Original
datasheet

8 pages,
403.13 Kb

"Signal Converter design ARM LPC1768 Cortex-m4 FIR32 LPC1768 lpc1768 timer q31_t cmsis lpc1768 NXP LPC1768 TEXT
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Abstract: functionality of the dsPIC® DSC product family. It helps determine how the dsPIC 16-bit Digital Signal , functionality used for this demonstration includes: · Conversion of an analog signal to a 12-bit digital signal , may be a violation of the Digital Millennium Copyright Act. If such acts allow unauthorized access to , Program Operation ­ This chapter describes the operational functionality of the sample code that is , DSC High Performance Digital Signal Controllers. Note: 1.2 The term dsPIC DSC used throughout ... Microchip Technology
Original
datasheet

50 pages,
1495.91 Kb

DS70030 mplab icd 2 schematic MCP6022 LINK30 DS70046 dsPICDEM verilog code to generate sine wave DS70043 dspic schematic p30f6014 H bridge converter with dsPIC dsPIC code example DS80169 mplab icd 3 schematic DS51317 Guide DS51284 DS51265 dsPIC Family Reference Manual DS51284 p30f6014a TEXT
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Archived Files

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No abstract text available
/download/80867743-29948ZC/apnt_178.zip ()
ARM 11/10/2005 80.12 Kb ZIP apnt_178.zip
resources to do things like FFTs (Fast Fourier Transforms) or other digital signal processing algorithms. At continuous signal into a series of discrete values. The A/D converter can be interfaced to transducers that convert different forms of energy into an electrical signal. For example, we can measure things like sample capacitor is then connected for the duration of the sample time. Once the sample time elapses, the responsible for the time to convert the analog voltage, on the sample capacitor, to a digital value. The (CONV
/datasheets/files/intel/design/mcs96/technote/2380-v2.htm
Intel 03/08/1997 11.41 Kb HTM 2380-v2.htm
) or other digital signal processing algorithms. At this point we need to set up the ISR. In assembly that quantizes a continuous signal into a series of discrete values. The A/D converter can be interfaced to transducers that convert different forms of energy into an electrical signal. For example, we channel can be selected. The sample capacitor is then connected for the duration of the sample time. Once convert the analog voltage, on the sample capacitor, to a digital value. The (CONV) time must range from 2
/datasheets/files/intel/products one/design/mcs96/technote/2380.htm
Intel 03/05/1999 12.29 Kb HTM 2380.htm
) or other digital signal processing algorithms. At this point we need to set up the ISR. In assembly that quantizes a continuous signal into a series of discrete values. The A/D converter can be interfaced to transducers that convert different forms of energy into an electrical signal. For example, we channel can be selected. The sample capacitor is then connected for the duration of the sample time. Once convert the analog voltage, on the sample capacitor, to a digital value. The (CONV) time must range from 2
/datasheets/files/intel/design/mcs96/technote/2380-v7.htm
Intel 01/11/1998 12.3 Kb HTM 2380-v7.htm
reproduction.  The speech processing system will attempt to balance the quality of the reconstructed speech might sample speech with a 12-bit A/D converter at a rate of 8KHz, which is more than sufficient to preserve the quality of the speech signal.  At this rate, 96KBPS 96KBPS, 1 minute of storage would require method is called waveform coding.  There is a higher probability of a speech signal taking a small repeated on each sample with little overhead from one sample to the next.  An example of a waveform
/datasheets/files/microchip/10/edit/proceed/archive/pcd174/index.htm
Microchip 21/03/2001 38.57 Kb HTM index.htm
) or other digital signal processing algorithms. At this point we need to set up the ISR. In assembly that quantizes a continuous signal into a series of discrete values. The A/D converter can be interfaced to transducers that convert different forms of energy into an electrical signal. For example, we channel can be selected. The sample capacitor is then connected for the duration of the sample time. Once convert the analog voltage, on the sample capacitor, to a digital value. The (CONV) time must range from 2
/datasheets/files/intel/design/mcs96/technote/2380-v3.htm
Intel 10/02/1998 12.69 Kb HTM 2380-v3.htm
) or other digital signal processing algorithms. At this point we need to set up the ISR. In assembly that quantizes a continuous signal into a series of discrete values. The A/D converter can be interfaced to transducers that convert different forms of energy into an electrical signal. For example, we channel can be selected. The sample capacitor is then connected for the duration of the sample time. Once convert the analog voltage, on the sample capacitor, to a digital value. The (CONV) time must range from 2
/datasheets/files/intel/design/mcs96/technote/2380-v5.htm
Intel 30/04/1998 12.3 Kb HTM 2380-v5.htm
) or other digital signal processing algorithms. At this point we need to set up the ISR. In assembly that quantizes a continuous signal into a series of discrete values. The A/D converter can be interfaced to transducers that convert different forms of energy into an electrical signal. For example, we channel can be selected. The sample capacitor is then connected for the duration of the sample time. Once convert the analog voltage, on the sample capacitor, to a digital value. The (CONV) time must range from 2
/datasheets/files/intel/design/mcs96/technote/2380-v6.htm
Intel 01/08/1998 12.3 Kb HTM 2380-v6.htm
) or other digital signal processing algorithms. At this point we need to set up the ISR. In assembly that quantizes a continuous signal into a series of discrete values. The A/D converter can be interfaced to transducers that convert different forms of energy into an electrical signal. For example, we channel can be selected. The sample capacitor is then connected for the duration of the sample time. Once convert the analog voltage, on the sample capacitor, to a digital value. The (CONV) time must range from 2
/datasheets/files/intel/design/mcs96/technote/2380.htm
Intel 01/02/1999 12.29 Kb HTM 2380.htm
) or other digital signal processing algorithms. At this point we need to set up the ISR. In assembly that quantizes a continuous signal into a series of discrete values. The A/D converter can be interfaced to transducers that convert different forms of energy into an electrical signal. For example, we channel can be selected. The sample capacitor is then connected for the duration of the sample time. Once convert the analog voltage, on the sample capacitor, to a digital value. The (CONV) time must range from 2
/datasheets/files/intel/design/mcs96/technote/2380-v1.htm
Intel 31/10/1997 12.69 Kb HTM 2380-v1.htm