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Top Results (6)

Part Manufacturer Description Datasheet Download Buy Part
LTC1064-4 Linear Technology IC SWITCHED CAPACITOR FILTER, BUTTERWORTH, LOWPASS, PDIP14, Active Filter
LTC1064-3CJ Linear Technology IC SWITCHED CAPACITOR FILTER, BESSEL, LOWPASS, CDIP14, 0.300 INCH, HERMETIC SEALED, CERDIP-14, Active Filter
LTC1064-1MS Linear Technology IC SWITCHED CAPACITOR FILTER, ELLIPTIC, LOWPASS, PDSO14, PLASTIC, SO-14, Active Filter
LTC1064-7MJ#PBF Linear Technology IC SWITCHED CAPACITOR FILTER, BESSEL, LOWPASS, CDIP14, LEAD FREE, CERDIP-14, Active Filter
LTC1065S8 Linear Technology IC SWITCHED CAPACITOR FILTER, BESSEL, LOWPASS, PDSO8, PLASTIC, SO-8, Active Filter
LTC1164-5MJ/883 Linear Technology IC SWITCHED CAPACITOR FILTER, BUTTERWORTH/BESSEL, LOWPASS, CDIP14, CERDIP-14, Active Filter

scf 101 saw filter gte Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
2002 - MSHN6

Abstract: MSHN1 adjustable notch filter MSHN5 50 Hz notch filter notch filter MSHN3 msfs2 Mixed Signal Integration
Text: Input MUX IN3 SCF Section One Adjustable Gain IN4 S1 S2 Filter and Clock Select , 6/2002 Selectable Highpass/Notch Filter Data Sheet Features The selectable highpass/notch filter IC Is a CMOS chip that can be configured for either a highpass or a notch filter . The highpass response can be an 8 pole Butterworth, a 7 pole Elliptic or an 8 pole Bessel filter . The notch response , lowpass filter is included to reduce output noise. The -3dB point is at approximately 0.2 of the clock


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2001 - MSFS5

Abstract: msfs5s MSFS1P MSFS1 low frequency bandpass filter Mixed Signal Integration MSFS4
Text: Input MUX IN3 SCF Section One Adjustable Gain IN4 S1 S2 Filter and Clock Select , 03/2001 Selectable Lowpass/Bandpass Filter Data Sheet Features The selectable lowpass/bandpass filter IC Is a CMOS chip that can be configured for either a lowpass or a bandpass filter . The lowpass response can be a 7 pole Butterworth, Elliptic or Bessel filter . The band pass response can be a six pole full, third or sixth octave bandpass filter . The device uses switched-capacitor filters


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2015 - AK4432VT

Abstract: No abstract text available
Text: ) Digital Filter + SCF + SMF Frequency Response : 0Hz  40kHz fs=192kHz Parameter -0.08dB~+0.08dB , ) Digital Filter + SCF + SMF Frequency Response : 0Hz  80kHz Symbol PB PB PR SB SA GD Min , Ripple Stopband (Note 8) Stopband Attenuation Group Delay (Note 9) Digital Filter + SCF + SMF , Passband Ripple Stopband (Note 8) Stopband Attenuation Group Delay (Note 9) Digital Filter + SCF + , ) Stopband Attenuation Group Delay (Note 9) Digital Filter + SCF + SMF Frequency Response : 0Hz  20kHz


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PDF AK4432] AK4432 108dB 192kHz 32bit AK4432ã 192kHzã 16pin AK4432VT
1999 - C127

Abstract: HSP50210 HSP50110 HSP43168 C224 C193 C160 C159 C128 cic compensation filter
Text: FIR Filter (DFF) is inserted between them. This Application Note will address use of the DQT, DFF , changing the filter coefficients. IC For example, in a 3/5 resampler, the input is interpolated by , of coefficients and applying the appropriate filter coefficient set to the input data at the desired , interpolation phase to use. The DFF can store up to 32 filter phases (coefficient sets). This gives a timing , output sample time, indicating which filter interpolation coefficient set to use. Polyphase Filter


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PDF HSP50110 HSP50210 HSP43168 AN9661 HSP50110 HSP50210 HSP43168 C127 C224 C193 C160 C159 C128 cic compensation filter
1999 - cic compensation filter

Abstract: No abstract text available
Text: SCF is a multiple of 2. fS /2 FIGURE 4. A TYPICAL DATA FILTER FOR THE FIR FILTER STRUCTURE , resampling filtering when the HSP43168 Dual FIR Filter (DFF) is inserted between them. This Application Note , changing the filter coefficients. For example, in a 3/5 resampler, the input is interpolated by three using , coefficients and applying the appropriate filter coefficient set to the input data at the desired output rate , interpolation phase to use. The DFF can store up to 32 filter phases (coefficient sets). This gives a timing


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PDF HSP50110 HSP50210 HSP43168 AN9661 HSP50 HSP43 HSP50110 HSP50210 cic compensation filter
2000 - ST120

Abstract: GP32 PSR 154 55-3 341 psri ST120-DSP 4lr0 ST100 scf 101 saw filter gte RMU16
Text: 96 98 101 103 103 105 3/165 ST120 DSP-MCU CORE REFERENCE GUIDE 5.6.3.3 5.6.4 5.6.5 , . 159 10.1 10.1.1 10.1.2 10.1.2.1 10.1.2.2 10.1.3 10.1.3.1 10.1.3.2 10.1.4 10.1.4.1


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PDF ST120 ST120RG GP32 PSR 154 55-3 341 psri ST120-DSP 4lr0 ST100 scf 101 saw filter gte RMU16
AK43098

Abstract: No abstract text available
Text: Stopband Attenuation Group Delay I Digital Filter + SCF + CTF Frequency Response 0 - 20.0kHz Note: 9. The , that the document prints correctly. ASAHIKASEI [AK4309B] `w r n m AK4309B 1 6 B it SCF DAC , AK4309B, ihe loss of accuracy from clock jitter is also improved by using SCF techniques for on- chip post filter . The AK4309B includes continuous time filter with single end output and does not need any external , chip Perfect filtering · 8 times FIR Interpolator · 2nd order SCF and CTF · Total Response: ± 0 .5 d B


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PDF AK4309B] AK4309B AK4309B, AK43098
ATT7030A

Abstract: energy meter circuit diagram 3-phase 10X10 3 phase energy meter circuit diagram kwh meter circuit diagram 3phase ATT7030 3 phase energy meter Connection diagram kwh meter circuit diagram QFP44 ACtive filter calculation
Text: . According to CF and list 3-2, we select HFreq=64. LFreq=EC*2/N=1600*2/400=8 SCF /S1/S0= 101 §3.3 , OSCO OSCI SEL SUM SIG RESET S0 S1 SCF Timing Control V1P V1N V3P V3N V5P V5N V2P , 9 ATT7030A 26 SEL 25 V5N 10 SCF 24 TEST REFOUT 11 23 GND 12 13 14 15 16 17 18 , pull-low 47K resistance. 25 SCF I Select coefficient for output frequency, cooperate with S0 , phase A PC OSCO 24.576MHz OSCI SCF S1 S0 SEL SUM Diagram 1-5-1 ATT7030A typical


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PDF ATT7030A ATT7030A P44GB-80-3B4-4 energy meter circuit diagram 3-phase 10X10 3 phase energy meter circuit diagram kwh meter circuit diagram 3phase ATT7030 3 phase energy meter Connection diagram kwh meter circuit diagram QFP44 ACtive filter calculation
AK4621EF

Abstract: AK4621 AK4620B AK4620B Application note AKD4621 302-DB 433kHz 437kHz "Overflow detection"
Text: (Note 19) GD 27 1/fs Digital Filter + SCF dB Frequency Response: 0 20.0kHz ± 0.2 DAC 1 (fs = , Filter + SCF dB Frequency Response: 0 40.0kHz ± 0.3 DAC 1 (fs = 192kHz) (Ta = 25°C; AVDD , Attenuation SA 70 dB Group Delay (Note 19) GD 27 1/fs Digital Filter + SCF +0/-1 dB Frequency , 27 1/fs Digital Filter + SCF +0/-5 dB Frequency Response: 0 20.0kHz DAC 2 (fs = 96kHz) (Ta = , ±0.07 dB Stopband Attenuation SA 73 dB Group Delay (Note 19) GD 27 1/fs Digital Filter + SCF


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PDF AK4621] AK4621 24-Bit 192kHz AK4621192kHz24bit AK4621, 39/fs) 48kHz) 100dB AK4621EF AK4621 AK4620B AK4620B Application note AKD4621 302-DB 433kHz 437kHz "Overflow detection"
2015 - AK7738VQ

Abstract: No abstract text available
Text: Delay (Note 32) Digital Filter + SCF Frequency Response : 0Hz  20kHz -0.08dB~+0.08dB -6.0dB Passband Ripple Stopband (Note 31) Stopband Attenuation Group Delay (Note 32) Digital Filter + SCF , ) Stopband Attenuation Group Delay (Note 32) Digital Filter + SCF Frequency Response : 0Hz  80kHz , ) Group Delay (Note 32) Digital Filter + SCF Frequency Response : 0Hz  20kHz -0.07dB~+0.023dB , ) Digital Filter + SCF Frequency Response : 0Hz  40kHz 0 -0.07dB~+0.023dB -3.0dB Passband


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PDF AK7738] AK7738 AK7738ã 24bitã 32bit 192kHzã 2560step/fs 48kHzã AK7738VQ
C0003

Abstract: No abstract text available
Text: gain and for the filter to eliminate the aliasing noise of the SCF in the following stage. Set the gain , smoothing filter of the reception SCF output. Set the gain to OdB and the cut-off frequency to about 20kHz , ASAHI KASEI [AK2361] Built-in voice filter for cordless telephone, MSK , microprocessor. The transmission part is composed of high-pass filter , compressor, pre-emphasis circuit, limiter, MSK modulator, splatter filter , electronic volume control, etc. The reception part is composed of band


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PDF AK2361] 2400bps) 58MHz C0003-E-00 AK2361 C0003
ak5339

Abstract: AK4313 AKD4313 AK4318
Text: –¡ High Performance Stereo 1 bit DAC □ 64 times Oversampling □ On chip 8 times Interpolation Filter □ On chip Post Filter ( SCF ) □ High Tolerance to Clock Jitter □ Digital de-emphasis for 32, 44.1 , the AK4313, the loss of accuracy from clock jitter isalso improved by using SCF techniques for on-chip post filter . The AK4313 includes digital de-emphasis and soft mute. The master clock can be either , Reference Bx A £ SCF Interpolator Modulator I 8x A I SCF Interpolator Modulator De-emphas i s


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PDF AK4313j AK4313 18Bit AK4313 AK4313, 256fs 384fs, AK4318. ak5339 AKD4313 AK4318
2003 - 78lo5

Abstract: 79lo5 s35kh raxon dSO01
Text: %. This output pulse is derived from the SCF (Switched Capacitor Filter ) clock and can be used in system , from the SCF (switched capacitor fIlter ) clock and can be used in system synchronization.The , ORDER LP CONTlMJOUS TIME filTER 2ND ORDER LP CONTINUOUS 11ME fiLTER SCF CLOCK This equation can be , ) Filter for 14-Bit DAC (AD7840) Programmable Attenuation (OdB to -38dB) AD7371 Receive Filter for 14 , transmit or reconstruction ftlter. It implements the filter function using a seventh order low pass


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PDF AD7341 14-Bit AD7840) -38dB) AD7371 AD7871) 24-Pin 28-Pin AD7341/AD7371 78lo5 79lo5 s35kh raxon dSO01
1999 - MAX291

Abstract: MAX297 MAX7401 MAX7480 MAX7480EPA MAX7480ESA
Text: 19-1416; Rev 0; 1/99 8th-Order, Lowpass, Butterworth, Switched-Capacitor Filter The MAX7480 8th-order, lowpass, Butterworth, switched-capacitor filter ( SCF ) operates from a single +5V supply , , Switched-Capacitor Filter 1.03 1.02 1.01 1.00 0.99 0.98 0.97 0.96 0.95 0.1 1 10 CAPACITANCE (nF , lowpass filter , with the cutoff frequency set above the SCF corner frequency to provide input , filter provides a maximally flat passband response. The fixed response simplifies the design task to


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PDF MAX7480 MAX7480 MAX291 MAX297 MAX7401 MAX7480EPA MAX7480ESA
1999 - Not Available

Abstract: No abstract text available
Text: e r The MAX7480 8th-ord er, lowp ass, Butterworth, switched-capacitor filter ( SCF ) operates from a , ratio allows a simple RC lowpass filter , with the cutoff frequency set above the SCF corner frequency , MAX7480 Butterworth filter provides a maximally flat passband response. The fixed response simplifies , Filter o Low Noise and Distortion: -73dB THD + Noise o Clock-Tunable Corner Frequency (1Hz to 2kHz) o , extended periods may affect device reliability. ELECTRICAL CHARACTERISTICS (VDD = +5V, filter output


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PDF MAX7480 MAX7480
1999 - 8th order lowpass butterworth filter

Abstract: max7480 MAX291 MAX297 MAX7401 MAX7480EPA MAX7480ESA
Text: 19-1416; Rev 0; 1/99 8th-Order, Lowpass, Butterworth, Switched-Capacitor Filter The MAX7480 8th-order, lowpass, Butterworth, switched-capacitor filter ( SCF ) operates from a single +5V supply , , Switched-Capacitor Filter 1.03 1.02 1.01 1.00 0.99 0.98 0.97 0.96 0.95 0.1 1 10 CAPACITANCE (nF , lowpass filter , with the cutoff frequency set above the SCF corner frequency to provide input , filter provides a maximally flat passband response. The fixed response simplifies the design task to


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PDF MAX7480 MAX7480 8th order lowpass butterworth filter MAX291 MAX297 MAX7401 MAX7480EPA MAX7480ESA
1995 - tba820m

Abstract: tda7231 3.579MHz crystal XTAL TDA7231 equivalent TDA7231 datasheet TBA820M equivalent 2N2222 LS04 TS7514 bc 2N2222
Text: . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . TRANSMIT FILTER REGISTER : RPTF. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . RECEIVE FILTER REGISTER , /receive levels, - Receive filter gain, - Hysteresis and detection levels, - Line monitoring level, - , transmission (voiceband), - Automatic bias distortion adjustment, - Tax rejection filter (12 and 16kHz), - , Data Address FREQUENCY GENERATOR ATxL G RHDL MX RDI RC RPRX RDO SCF


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PDF TS7514 tba820m tda7231 3.579MHz crystal XTAL TDA7231 equivalent TDA7231 datasheet TBA820M equivalent 2N2222 LS04 TS7514 bc 2N2222
1997 - cic filter for digital down converter

Abstract: HSP50214 MUX 8-1 Dual 4-1 MUX 8 INPUT 4 OUTPUT MUX
Text: SHIFT REG A(2:0) = 101 A FIFO STROBE (SAMPLER OFFSET FREQUENCY - FROM RECOVERY LOOP FILTER , ) HALFBAND FILTER RESAMPLER BYPASS MUX* 000 001 010 011 100 101 110 111 DATA SOURCE FOR , Analog Antialiasing Filter ; Minimum 84 dB Dynamic Range Cartesian Output Formatting: Low Order , Conversion Coordinate Shaping Parallel A and B Band (Halfband) Decimation Filter Decimation Filter Filter Buffered RAM AGC Interpolation Filtering Conversion Snapshot HSP50214 PROGRAMMABLE DOWN


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PDF HSP50214 35MHz cic filter for digital down converter MUX 8-1 Dual 4-1 MUX 8 INPUT 4 OUTPUT MUX
2000 - "Band Pass Filters" MIC

Abstract: low voltage wireless mic ic "Bandpass Filter" 50 hz PDA425 dual bandpass filter MS2LFSS
Text: 07/2000 Dual Selectable Low Voltage Lowpass/Bandpass Filter Preliminary Data Sheet Features The dual selectable lowpass/bandpass filter IC is a CMOS chip that can be configured for either a lowpass or a bandpass filter . Each filter is selectable independently. The lowpass response can be a 7 pole Butterworth, Elliptic or Bessel filter . The band pass response can be a six pole full, third or sixth octave bandpass filter . The device uses switched-capacitor filters and no external


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PDF 10kohm 750ohm TY-303 120kohm 12kohm 100nF 680nF "Band Pass Filters" MIC low voltage wireless mic ic "Bandpass Filter" 50 hz PDA425 dual bandpass filter MS2LFSS
1998 - 305M

Abstract: No abstract text available
Text: simple single pole filter (R-C network) suffices, but the location of these poles must be carefully , time filter it must first be sampled. Referring to Figure 1, sampling is the process of , aliasing. Figure 4 shows the spectrum of a sampled signal. Notice that for fs = 2B the bandlimiting filter must have infinite attenuation at the frequency B. A filter that matches this requirement is physically unrealizable. ANTIALIASING FILTER RESPONSE |M| f s =2B UNDESIRED SIGNAL DUE TO ALIASING


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2000 - 40821

Abstract: AD7755 AD7755AAN AD7755AAN-REF AD7755AARS AD7755ABRS AN-559 EVAL-AD7755EB IEC1036
Text: .11011001. V2N DIGITAL-TO-FREQUENCY CONVERTER 4k 2.5V REFERENCE REFIN/OUT CLKIN CLKOUT SCF S0 , Temperature Coefficient CLKIN Input Clock Frequency LOGIC INPUTS3 SCF , S0, S1, AC/DC, RESET, G0 and G1 , % PHASE ERROR BETWEEN CHANNELS The HPF (High Pass Filter ) in Channel 1 has a phase lead response. To , with a 10 µF capacitor in parallel with a ceramic 100 nF capacitor. High Pass Filter Select. This , enables the HPF. The associated phase response of this filter has been internally compensated over a


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PDF AD7755* AD7755 40821 AD7755AAN AD7755AAN-REF AD7755AARS AD7755ABRS AN-559 EVAL-AD7755EB IEC1036
2000 - 40821

Abstract: AN-559 EVAL-AD7755EB IEC1036 AD7755 AD7755AAN AD7755AAN-REF AD7755AARS AD7755ABRS
Text: DIGITAL-TO-FREQUENCY CONVERTER 4k 2.5V REFERENCE REFIN/OUT CLKIN CLKOUT SCF S0 S1 REVP CF F1 RESET , Temperature Coefficient CLKIN Input Clock Frequency LOGIC INPUTS3 SCF , S0, S1, AC/DC, RESET, G0 and G1 , Filter ) in Channel 1 has a phase lead response. To offset this phase response and equalize the phase , /OUT 11 AGND 12 SCF 13, 14 S1, S0 15, 16 G1, G0 17 CLKIN 18 CLKOUT , Filter Select. This logic input is used to enable the HPF in Channel 1 (the current channel). A logic


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PDF AD7755* AD7755 40821 AN-559 EVAL-AD7755EB IEC1036 AD7755AAN AD7755AAN-REF AD7755AARS AD7755ABRS
1997 - AK2358F

Abstract: Cordless Telephone Scrambler VR13 VR20
Text: noise by the SCF (switched capacitor filter ) in the following stage. Use an external resistor and , reception demodulation signal gain and for the filter to eliminate the aliasing noise of the SCF in the , used on the smoothing filter of the reception SCF output. Set the gain to OdB and the cut-off , telephones (CT1, CT1+) Built-in voice filter for cordless telephone, MSK MODEM (2400bps), COMPANDOR, and , Y a EN BUFON R e eiver Splatter filter Limiter 4 ?! .


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PDF AK2358FI 2400bps) AK2358F Cordless Telephone Scrambler VR13 VR20
2015 - AK4432VT

Abstract: No abstract text available
Text: ) Stopband Attenuation Group Delay (Note 9) Digital Filter + SCF + SMF Frequency Response: 0Hz  20kHz , ) Stopband Attenuation Group Delay (Note 9) Digital Filter + SCF + SMF Frequency Response: 0Hz  40kHz , ) Stopband Attenuation Group Delay (Note 9) Digital Filter + SCF + SMF Frequency Response: 0Hz  80kHz , ) Digital Filter + SCF + SMF Frequency Response: 0Hz  20kHz fs=96kHz Parameter -0.07dB~+0.023dB , ) Digital Filter + SCF + SMF Frequency Response: 0Hz  40kHz fs=192kHz Parameter -0.07dB~+0.023dB


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PDF AK4432] AK4432 108dB 192kHz 32bit AK4432 32-bit AK4432VT
2002 - ADE7755

Abstract: 40821 ADE7755ARSRL AD7755 ADE7755AN-REF ADE7755ARS AN-559 EVAL-ADE7755EB IEC1036 ADE7755AN
Text: CONVERTER 4k 2.5V REFERENCE REFIN/OUT CLKIN CLKOUT SCF S0 S1 REVP CF F1 RESET F2 , Reference Error Temperature Coefficient CLKIN Input Clock Frequency LOGIC INPUTS3 SCF , S0, S1, AC/DC , 16 G0 REFIN/OUT 10 15 G1 AGND 11 14 S0 SCF 12 13 S1 NC = NO CONNECT ­4­ , /OUT 11 AGND 12 SCF 13, 14 S1, S0 15, 16 G1, G0 17 CLKIN 18 CLKOUT , Filter Select. This logic input is used to enable the HPF in Channel 1 (Current Channel). A logic one on


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PDF ADE7755* ADE7755 IEC1036 AN-559 AD7755. AD7755 24-Lead RS-24) 40821 ADE7755ARSRL ADE7755AN-REF ADE7755ARS EVAL-ADE7755EB ADE7755AN
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