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Part Manufacturer Description Datasheet Download Buy Part
LTC1566-1IS8#PBF Linear Technology LTC1566-1 - Low Noise 2.3MHz Continuous Time Lowpass Filter; Package: SO; Pins: 8; Temperature Range: -40°C to 85°C
LTC1566-1IS8#TRPBF Linear Technology LTC1566-1 - Low Noise 2.3MHz Continuous Time Lowpass Filter; Package: SO; Pins: 8; Temperature Range: -40°C to 85°C
LTC1565-31CS8 Linear Technology LTC1565-31 - 650kHz Continuous Time, Linear Phase Lowpass Filter; Package: SO; Pins: 8; Temperature Range: 0°C to 70°C
LTC1565-31IS8 Linear Technology LTC1565-31 - 650kHz Continuous Time, Linear Phase Lowpass Filter; Package: SO; Pins: 8; Temperature Range: -40°C to 85°C
LTC1566-1CS8 Linear Technology LTC1566-1 - Low Noise 2.3MHz Continuous Time Lowpass Filter; Package: SO; Pins: 8; Temperature Range: 0°C to 70°C
LTC1565-31CS8#TR Linear Technology LTC1565-31 - 650kHz Continuous Time, Linear Phase Lowpass Filter; Package: SO; Pins: 8; Temperature Range: 0°C to 70°C

iir filter real time Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
2001 - GOERTZEL ALGORITHM VHDL

Abstract: GOERTZEL ALGORITHM verilog GOERTZEL ALGORITHM in vhdl Sliding goertzel algorithm sliding goertzel digital IIR Filter verilog IIR FILTER implementation in c language iir filter applications fixed point goertzel implementing FIR and IIR digital filters
Text: the IIR filter or output data of the IIR filter , respectively. Plotting The Time Response tab , .19 Generate an IIR Filter , nature of the IIR filter introduces additional design steps such as phase distortion analysis and , filter . An example is shown in Equation 3. 12 Altera Corporation IIR Compiler MegaCore , of Equation 3 is a second or first order IIR filter . If n is an odd number, the last product term is


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1996 - H series Linkage editor

Abstract: IIR FILTER implementation in c language AN 1283 datasheet c code for convolution back to back zener theory 128-point radix-2 fft micro controller using fir and iir filters SH7000 AD668 LMS adaptive filter
Text: in execution time between the two functions is negligible. Therefore, the only real consideration , transform, the input array contains real time domain samples and so contains no phase information. The , transform then returns a purley real time domain representation of the input data. Further details , .3 1.2.2 Filter Timings , .31 4.1 FILTER BACKGROUND THEORY


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2006 - IIR32

Abstract: Frac32 FIR32 FRAC16 MCF5249 MCF5282 INVERSE FAST FOURIER TRANSFORM Fir16
Text: IIR Infinite Impulse Filter MAC Multiply-and-Accumulate eMAC Enhanced , . 3-9 Chapter 4 Infinite Impulse Filter ( IIR ) 4.1 IIR16 Functions , impulse filter (FIR) 3. Infinite impulse filter ( IIR ) The library contains functions used to execute , . 2.2.1.3 Returns The real DFT takes a 1024 point time domain signal and creates two 513 , and imaginary parts together. ReX[] contains the real time domain. 2.2.2.5 Example of INV_FFT16


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1995 - Winograd

Abstract: Daubechies filter integer code for Winograd algorithm WIN32S BS31 goertzel algorithm ctx128
Text: , LmsSetErrVal . 8-81 Low-Level IIR Filter Functions , , bIirl . 8-88 IIR Filter , 8-80 LMS Filtering Using nsp?Lms() and nsp?LmsDes() 8-80 Using the Low-Level IIR Functions to Filter , Low-Level IIR Functions to Filter a Block of Samples , Example of an IIR Filter Structure .B-3 Example of an FIR Filter Structure


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PDF drag-47 Index-11 Winograd Daubechies filter integer code for Winograd algorithm WIN32S BS31 goertzel algorithm ctx128
1995 - image video procesing code

Abstract: GOERTZEL ALGORITHM SOURCE CODE LMS adaptive Filters Daubechies filter integer WIN32S
Text: , LmsSetErrVal . 8-83 Low-Level IIR Filter Functions , , bIirl . 8-90 IIR Filter , Low-Level IIR Functions to Filter a Block of Samples , Wavelet Decomposition Scheme . 10-7 Example of an IIR Filter Structure , ) adaptive filter , and infinite impulse response ( IIR ) filter . Chapter 9, "Convolution Functions": Provides


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PDF drag-47 Index-11 image video procesing code GOERTZEL ALGORITHM SOURCE CODE LMS adaptive Filters Daubechies filter integer WIN32S
2003 - MPC823

Abstract: MPC866UM MPC862UM MPC860UM MPC860 MPC855TUM MPC855T MPC850UM MPC850 MPC823UM
Text: IIR 00111 Real Real Real Biquad filter MOD Freescale Semiconductor, Inc , Decimation, Rx interpolation FIR2 00010 Complex Real Complex Tx filter , Rx filter FIR3 , packet, FIR1 implements a basic finite-impulse filter , shown in Figure 8, with K real coefficients, real , provided in the parameter packet, the FIR2 implements a basic FIR filter , shown in Figure 11, with K real , the values provided in the parameter packet, the IIR implements a basic biquad IIR filter , shown in


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PDF MPC885RM, MPC866UM, MPC862UM, MPC860UM, MPC855TUM, MPC850UM, MPC823UM, MPC850, MPC823, MPC855T, MPC823 MPC866UM MPC862UM MPC860UM MPC860 MPC855TUM MPC855T MPC850UM MPC850 MPC823UM
iir filter applications

Abstract: MPC866UM MPC862UM MPC860UM MPC860 MPC855TUM MPC855T MPC850UM MPC850 SN180
Text: IIR 00111 Real Real Real Biquad filter MOD Freescale Semiconductor, Inc , , Rx interpolation FIR2 00010 Complex Real Complex Tx filter , Rx filter FIR3 , finite-impulse filter , shown in Figure 8, with K real coefficients, real input samples, and real output. The , FIR filter , shown in Figure 11, with K real coefficients, complex input samples, and complex output , provided in the parameter packet, the IIR implements a basic biquad IIR filter , shown in Figure 22, with


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PDF MPC885RM, MPC866UM, MPC862UM, MPC860UM, MPC855TUM, MPC850UM, MPC823UM, MPC850, MPC823, MPC855T, iir filter applications MPC866UM MPC862UM MPC860UM MPC860 MPC855TUM MPC855T MPC850UM MPC850 SN180
1995 - FIR FILTER implementation in c language

Abstract: IIR FILTER implementation in c language z transform NS32GX320 implementation of fixed point IIR Filter C1995 schafer Germany 20000000-3FFFFFFF iIR FILTER implementation in assembly language FIR FILTER implementation in assembly language
Text: real time application using a general purpose CPU 1 Heavy code is required for implementation of each , variety of real time digital filtering applications Digital Filtering with NS32GX320 Digital , loop overhead and improve performance IIR FILTER In IIR filters at least 1 of the a(k) in (2) is , resulting network is known as Direct Form II TL EE 10864 ­ 4 FIGURE 7 Direct Form I IIR Filter The , computation of filter transfer functions is a key operation in Digital Signal Processing The NS32GX320 may be


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PDF NS32GX320 32-bit 20-3A FIR FILTER implementation in c language IIR FILTER implementation in c language z transform implementation of fixed point IIR Filter C1995 schafer Germany 20000000-3FFFFFFF iIR FILTER implementation in assembly language FIR FILTER implementation in assembly language
FIR filter design using cordic algorithm

Abstract: types of binary multipliers FIR Filter matlab EP1S60 Recursive Filter Basic matlab code using 8 point DFT butterfly FIR filter matlaB design fft matlab code using 16 point DFT butterfly DECIMATION IN FREQUENCY DSP c code for interpolation and decimation filter
Text: , infinite impulse response ( IIR ) filter , fast fourier transform (FFT), and direct cosine transform (DCT , eight different time instants to produce an output. Hence, it is an 8-tap filter . Each register , . Complex FIR Filter A complex FIR filter takes real and imaginary input signals and performs the filtering operation with real and imaginary filter coefficients. The output also consists of real and , input signal ximag is the imaginary input signal hreal is the real filter coefficients himag is the


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PDF S52007-1 FIR filter design using cordic algorithm types of binary multipliers FIR Filter matlab EP1S60 Recursive Filter Basic matlab code using 8 point DFT butterfly FIR filter matlaB design fft matlab code using 16 point DFT butterfly DECIMATION IN FREQUENCY DSP c code for interpolation and decimation filter
2007 - iir filter real time

Abstract: c code for interpolation and decimation filter C166SV2-Core 2N25 implementation of lattice IIR Filter XE166 xc2000 instruction set 2M x 16 DPRAM RH12 32 bit second order fir filter
Text: IIR Filter Based on XC2000 & XE166 FIR Filters 16-bit coefficients and gives 16-bit real output. The , input and output signals at previous time instants. The difference equation of an IIR filter has the , time n ; a(k), b(k) = IIR filter coefficients Application Note 12 V1.1, 2007-10 AP16121 , variable at time n y(n) = output signal at time n a(k), b(k) = IIR filter coefficients N = M refer to , and IIR Filter Based on the XC2000 & XE166 Families Microcontrollers Edition 2007-10


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PDF AP16121 XC2000 XE166 XC166 16-Bit C166S com/C166DSPLIB iir filter real time c code for interpolation and decimation filter C166SV2-Core 2N25 implementation of lattice IIR Filter xc2000 instruction set 2M x 16 DPRAM RH12 32 bit second order fir filter
1996 - implementing FIR and IIR digital filters

Abstract: TMS320C54x fir and iir filter applications Architecture of TMS320C54X with diagram TMS320C54x fir filter applications 566h LMS adaptive Filters block diagram of of TMS320C54X ST 6FAH Architecture of TMS320C54X adaptive filter noise cancellation
Text: IIR Filter . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 7 Figure 5. Biquad IIR Filter . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . , . . . . . . . 6 Example 3. Two-Biquad Implementation of an IIR Filter . . . . . . . . . . . . . . . , response, h(0), h(1), ., h(N­1), and x(n) represents the input of the filter at time n, the output y(n , function of an IIR filter is given by: H(z) + b 0 ) b 1z ­1 ) . ) b Mz ­M Y(z) + ­1 ) . ) a z


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PDF SPRA669 TMS320C54x C5000 TMS3320C54xTM implementing FIR and IIR digital filters TMS320C54x fir and iir filter applications Architecture of TMS320C54X with diagram TMS320C54x fir filter applications 566h LMS adaptive Filters block diagram of of TMS320C54X ST 6FAH Architecture of TMS320C54X adaptive filter noise cancellation
FIR Filter matlab

Abstract: fft matlab code using 16 point DFT butterfly matlab programs for impulse noise removal matlab code using 8 point DFT butterfly circuit diagram for iir and fir filters Recursive Filter Basic DECIMATION IN FREQUENCY DSP 10H14 FIR filter matlaB design implementation of data convolution algorithms
Text: , infinite impulse response ( IIR ) filter , fast fourier transform (FFT), and direct cosine transform (DCT , eight different time instants to produce an output. Hence, it is an 8-tap filter . Each register , site at www.altera.com. Complex FIR Filter A complex FIR filter takes real and imaginary input signals and performs the filtering operation with real and imaginary filter coefficients. The output also consists of real and imaginary signals. Therefore, a complex FIR filter is similar to a regular


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PDF S52007-1 FIR Filter matlab fft matlab code using 16 point DFT butterfly matlab programs for impulse noise removal matlab code using 8 point DFT butterfly circuit diagram for iir and fir filters Recursive Filter Basic DECIMATION IN FREQUENCY DSP 10H14 FIR filter matlaB design implementation of data convolution algorithms
1996 - circuit diagram for iir and fir filters

Abstract: quantization effects in designing digital filters iir filter real time implementing FIR and IIR digital filters linear convolution application of digital filter HI5702 27MHZ negative-feedback active filter Analog Filter design
Text: comfortable in the time domain. For example, the operation of an RC lowpass filter can easily be envisioned , negative-feedback active filter uses phase shift as a function of frequency, which is a time domain operation , domain. The filter implementation simply performs a convolution of the time domain impulse response and , sample interval (the time between samples). For a smaller shape factor, the order of the filter and the , sampling rate. An IIR filter 's poles may be close to or outside the unit circle in the Z plane. This


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PDF AN9603 1-800-4-HARRIS circuit diagram for iir and fir filters quantization effects in designing digital filters iir filter real time implementing FIR and IIR digital filters linear convolution application of digital filter HI5702 27MHZ negative-feedback active filter Analog Filter design
2008 - 64 point radix 4 FFT

Abstract: STM32F10xxx Library Manual pid stm32 UM0585 16-by-16 Canonical Moving Average IIR STM32F10xxx Library Manual 2.3 UM0585 User Manual radix4 c code iir filter
Text: , 4 biquad IIR filter . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 19 16-bit direct-form I, 8th-order IIR filter . . . . . . . . . . . . . . . . . . . . . . . . . . . , diagram of the direct form I of second-order IIR filter . . . . . . . . . . . . . . . . . . . . . . . . 14 Block diagram of the canonical form of a second-order IIR filter . . . . . . . . . . . . . . . . . . . . , moving-average IIR (ARMA) filter iir_biquad_stm32 6/23 PID controller in C, error computed outside the


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PDF UM0585 STM32F10xxx STM32F10xxx 64 point radix 4 FFT STM32F10xxx Library Manual pid stm32 UM0585 16-by-16 Canonical Moving Average IIR STM32F10xxx Library Manual 2.3 UM0585 User Manual radix4 c code iir filter
2008 - FFT DSC freescale

Abstract: MC56F8037 c code iir filter design Frac16 MC56F8300 MC56F8000 DSP56F805 DSP56F800 AN1947 AN1933
Text: Filter . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9 3.2 IIR Filter Design. . . . , IIR Filter Code . . . . . . . . . . . . . . . . . . . . . . . . . . 44 Appendix B References . . . . , Procedures to design a finite impulse response filter (FIR) and an infinite impulse response filter ( IIR , processing in real time based on the DSP architecture and compact instructions set. Most of the Freescale , phase system. Regarding the impulse response versus time : input an impulse to the system (the filter


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PDF AN3599 DSP56800/E DSP56800/E 16-bit DSP56F80x MC56F83xx MC56F80xx FFT DSC freescale MC56F8037 c code iir filter design Frac16 MC56F8300 MC56F8000 DSP56F805 DSP56F800 AN1947 AN1933
1999 - implementation of fixed point IIR Filter

Abstract: No abstract text available
Text: frequency, which is a time domain operation. A digital filter is better conceptualized in the frequency domain. The filter implementation simply performs a convolution of the time domain impulse response and , Intersil filter ICs have more coefficient bits than data bits. An IIR filter 's poles may be close to or outside the unit circle in the Z plane. This means an IIR filter may have stability problems, especially , coefficients are quantized to yield a fixed point response. Creating a floating-point IIR filter response


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PDF AN9603 implementation of fixed point IIR Filter
1999 - circuit diagram for iir and fir filters

Abstract: negative-feedback active filter AN9603 HSP50016 HSP48908 HSP43216 HSP43168 HSP43124 HI5702 implementation of fixed point IIR Filter
Text: in the time domain. For example, the operation of an RC lowpass filter can easily be envisioned as a , negative-feedback active filter uses phase shift as a function of frequency, which is a time domain operation. A , performs a convolution of the time domain impulse response and the sampled signal. A filter is designed , transformed into a time domain impulse response which is converted to the coefficients of the filter . http , Response ( IIR ) filters. The general form of the digital filter difference equation is: N y(n) = i


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2000 - quantization effects in designing digital filters

Abstract: 9603 ram implementation of fixed point IIR Filter AN9603 HSP48908 HSP43216 Analog Filter design HSP43124 HI5702 implementing FIR and IIR digital filters
Text: are comfortable in the time domain. For example, the operation of an RC lowpass filter can easily be , a negative-feedback active filter uses phase shift as a function of frequency, which is a time , the frequency domain. The filter implementation simply performs a convolution of the time domain , integrated on a device or devices given the filter order and the input sampling rate. An IIR filter 's poles may be close to or outside the unit circle in the Z plane. This means an IIR filter may have


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1993 - 1a47

Abstract: c code iir filter design DN-12 7F39 k1 6026 c code iir filter DS00540 3BF2 17c42MPY PIC17C42
Text: filter can be executed in real time . The same information may be used to determine the highest sampling , IIR filters, but are much more resource intensive (both in terms of execution time and RAM). On the , Implementing IIR Digital Filters TABLE 2 - FILTER COEFFICIENTS The structure as shown in Figure 1 may be , IIR Filter is obtained. This way, the output of the 1st stage becomes the input to the second stage , The 4th order IIR filter implemented is a Low Pass Filter with the specifications as shown in Table 1


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PDF AN540 PIC17C42, PIC17C42 250ns 1a47 c code iir filter design DN-12 7F39 k1 6026 c code iir filter DS00540 3BF2 17c42MPY
2002 - fir filter coding for gui in matlab

Abstract: EP1S60 Altera fft megacore
Text: Background The impulse response of an IIR filter extends for an infinite amount of time because their , finite impulse response (FIR) filter , infinite impulse response ( IIR ) filter , fast fourier transform , ) h(7) y(n) This example filter in Figure 2 uses the input values at eight different time , at the input ensures that the input is applied to only one polyphase filter at a time . The , Filter A complex FIR filter takes real and imaginary input signals and performs the filtering operation


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matlab code for half subtractor

Abstract: circuit diagram of half adder FIR Filter matlab convolution encoders EP1S60 linear handbook implementation of data convolution algorithms full subtractor implementation using multiplexer DSP modulo multiplier c code for interpolation and decimation filter
Text: blocks-such as the finite impulse response (FIR) filter , infinite impulse response ( IIR ) filter , fast , response ( IIR ) filters, fast Fourier transform (FFT) functions, discrete cosine transform (DCT) functions , + b × c) In this mode, a single DSP block calculates the real part (a × c ­ b × d) using one adder , Two-Multiplier Adder Mode 18 DSP Block 18 A 36 18 C 37 A×C-B×D ( Real Part) Subtractor 18 , four-multiplier adder mode can be used for FIR filter and complex FIR filter applications. The DSP block combines


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matlab code for half subtractor

Abstract: fft matlab code using 16 point DFT butterfly linear handbook EP1S60 types of binary multipliers matlab code using 8 point DFT butterfly iir filter applications FIR filter matlaB design FIR Filter matlab code for Discreet cosine Transform processor
Text: response ( IIR ) filter , fast fourier transform (FFT), and direct cosine transform (DCT)-is , filters, infinite impulse response ( IIR ) filters, fast Fourier transform (FFT) functions, discrete cosine , single DSP block calculates the real part (a × c ­ b × d) using one adder/subtractor/accumulator and the , Block 18 A 36 18 C 37 A×C-B×D ( Real Part) Subtractor 18 B 36 18 D 18 A 36 18 , four-multiplier adder mode can be used for FIR filter and complex FIR filter applications. The DSP block combines


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2003 - spra884

Abstract: SPRU186 TMS320C64X programming matlab code for n point DFT using fft q15 format SPRA884A matlab code for radix-4 fft TMS320C6000 assembly language Spectrum Signal Processing iir filter applications
Text: provides a lattice IIR function for the case where a real , all-pole IIR filter is used. The lattice IIR , Infinite Impulse Response ( IIR ) Filter . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 12 3.3 Lattice Infinite Impulse Response ( IIR ) Filter . . . . . . . . . . , Frequency Response of a Low-Pass IIR Filter . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . , their respective owners. 1 SPRA884A Figure 7. IIR Filter Passband Input (top) and Output (bottom


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PDF SPRA884A TMS320C64x TMS320C6000 TMS320C64x spra884 SPRU186 TMS320C64X programming matlab code for n point DFT using fft q15 format matlab code for radix-4 fft TMS320C6000 assembly language Spectrum Signal Processing iir filter applications
1996 - IIR FILTER implementation in c language

Abstract: 96000 motorola 56001 motorola ASM 1117 GOERTZEL ALGORITHM SOURCE CODE DSP56001 fixed point iir filter DSP56300 10band graphic equalizer Reed-Solomon CODEC
Text: series ( real ) source code 1.7 b113.asm 96002 2nd order real biquad IIR filter source code 1.4 b114.asm 96002 N cascaded real biquad IIR filters source code 3.9 b115a.asm 96002 Fast fourier , canonic IIR filter 56001 source code 3.7 5-56.asm 56000 8 pole 5 multiply cascaded canonic IIR filter 56001 source code 3.9 6-56.asm 56000 8 pole cascaded transposed IIR filter source code , General lattice filter source code 4.3 b12.asm 96002 N real multipliers source code 1.3


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PDF DSP56800 IIR FILTER implementation in c language 96000 motorola 56001 motorola ASM 1117 GOERTZEL ALGORITHM SOURCE CODE DSP56001 fixed point iir filter DSP56300 10band graphic equalizer Reed-Solomon CODEC
2001 - ST10 FAMILY PROGRAMMING MANUAL

Abstract: LMS adaptive filter ST10-DSP ST10F269 ST10-MCU AN1442 ST10 ST-10-D nl 712 ST10F2XX
Text: 25 DF2 IIR Loop Total 5.4.3 - N-Cascaded Real Biquads (Direct Form 2) A high-order filter , N-cascaded Real Biquads: Transpose Form The equations of a Direct Form 2 Nth Order IIR filter applied to a , . 5 6 2.7 REAL TIME ASPECTS , . 20 5.4.1 Nth Order IIR Filter : Direct Form 1 . 20 2/48 AN1442 - APPLICATION NOTE 5.4.2 5.4.3 5.4.4 Nth Order IIR Filter : Direct


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PDF AN1442 ST10-DSP 16-bit ST10F269. ST10-DSP, ST10-MCU ST10 FAMILY PROGRAMMING MANUAL LMS adaptive filter ST10-DSP ST10F269 AN1442 ST10 ST-10-D nl 712 ST10F2XX
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