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CS5376A-IQZR Cirrus Logic Highly Integrated, Multi-Function 4-Channel Decimation Filter
CS5376A-IQZ Cirrus Logic Digital Filter, PQFP64, 12 X 12 MM, 0.50 MM PITCH, LEAD FREE, MS-026, TQFP-64
TRF4903RD-LC-FILTER Texas Instruments TRF4903 Reference Design with optional LC low-pass filter for FSK and OOK for 315, 433, 868 and 915

"Bandpass Filter" 50 hz

Catalog Datasheet MFG & Type PDF Document Tags
Abstract: : category 1 each measuring circuit is provided with a band-pass filter 50 Hz (optional 60 Hz , Check whether both the supply voltage (230 V oder 120 V) and the frequency (50 Hz oder 60 Hz) correspond , P.F. Controller! 230 V or 115 V? 50 Hz or 60 Hz ? 3.2 General connection instructions 1. The P.F , 50 Hz. 3.3 Connection instructions for current transformer 1. The correct coordination of current , smallest capacitor step [kvar] C.T. 50:5 75:5 100:5 150:5 200:5 250:5 300:5 400:5 500:5 600:5 Vishay Roederstein
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MV1151 D-84030 EN50081-2 EN61000-6-2 ESTAMAT MH 6 ESTAMAT MH 12 ESTAMAT power factor ESTAMAT MH12 SUMMATION current transformer roederstein ESTA MH
Abstract: § -20 , bandpass filters, we go to (f0Bp/ BW) = 10. 0 -3 -10 Ã" â'" 20 CO â o -40 -50 -60 0.5k 0.7k 1k 2k 3k 4k 5k 10k FREQUENCY (Hz) Figure 1. 4th Order Butterworth BP Filter, f0BP=2kHz â , we choose the f0 R2 A4 mode, so we will tie the 50/100/Hold pin on the SCF chip to V +, generally , 60/150 |1 -(60/150)2| = 150.7 This very high Q dictates a - 3dB bandwidth of 1 Hz. Although the -
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LTC1059 AN27A LTC1064 ltc1014 EQUIVALENT cd 1031 cs of 741 for second order active lowpass 8th order bandpass butterworth filter chebyshev 0.5dB LTC1061 LTC1064A AN27A-15 M00E2
Abstract: '¢ â'¢ â'¢ Pair of Independent Lowpass Filters Pair of Audio Bandpass Filters (300-3000 Hz) Input , bandpass filters (300-3000 Hz). 3) Op-amps that allow external components to set input gains and pre- or , MHz 4.40 MHz 4.096 MHz 4.032 MHz 4.00 MHz 3.579545 MHz MX366 Bandpass Filter 300 - 3000 Hz 298 - 2977 Hz 277 - 2772 Hz 272 - 2728 Hz 270 - 2706 Hz 242 - 2422 Hz Lowpass Filter 3100 Hz 3076 Hz 2864 Hz 2819 Hz 2797 Hz 2503 Hz Page 292 PIN FUNCTION CHART Pin Function -
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MX366P MX366DW LPF14
Abstract: 4.5 -1.5 dB dB -29.5 -26.0 5.0 2.5 dB dB dBp 3000 Hz dB dB/oct. dB dB US , '¢ â'¢ â'¢ â'¢ Pair of Independent Lowpass Filters Pair of Audio Bandpass Filters (300-3000 Hz , bandpass filters (300-3000 Hz). 3) Op-amps that allow external components to set input gains and pre- or , Filter Hz Hz Hz Hz Hz Hz SbbDfil? Q002S07 Ã22 « M X C 3100 3076 2864 2819 2797 2503 Hz Hz Hz Hz Hz Hz MX-COM, INC. PIN FUNCTION CHART Pin Function MX366J/P MX366DW 1 -
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BPF21 00DES11
Abstract: 1.08 kHz - 1.15 kHz 1.15 kHz - 1.3 kHz 992 - 996 Hz 1003 - 1007 Hz 996 - 1003 Hz + 1.0 - -5.0 dB + , Max Unit Operating Current, Vqq=12 V 'DD - 4.5 TBD mA Input Capacitance Cin - 5.0 7.5 pF MODE , - ±50 mV B - ±50 Open Loop Gain (R|_= 10 kill AOL A - 45 - dB B - 60 - Input Bias , TYPICAL BAND-PASS FILTER RESPONSE CURVES fL fC fH OH -20- -40- f, FREQUENCY (Hz) -60- fr_iiâ'" / L , (see truth table) / f, FREQUENCY (Hz) Motorola reserves the right to make changes to any products -
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MC145433 ADI-926 30 MHz crystal notch filter NOTCH FILTER DESIGN CIRCUIT DIAGRAM 145433 notch filter adjustable Q notch filter MC145434 MC14S433
Abstract: Rejection (Ref 3825 Hz) 300-3400 Hz - -50 - - dB 3920 Hz - -15 - - -3 dB Bandwidth (ref 3825 Hz) - 30 - , Symbol Min Typ Max Unit Operating Current, Vqd= 12 V IDD - 4.5 TBD mA Input Capacitance Cjn - 5.0 7.5 , VDD/2, TA = 0 to 70°C) Characteristic Symbol Type Min Typ Max Unit Input Offset Voltage V|0 A - - ±50 mV B - - ±50 Open Loop Gain (R|_= 10 ki) AOL A - 45 - dB B - 60 - Input Bias Current "IB , Characteristic Symbol Min Typ Max Unit Full Scale Input Voltage (3 dBmo) Vfs 2.4 - - Vpp Gain at 3825 Hz Ar -
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MC14543 PSSR VAG-14 MC145431 ADI-927 C2/16
Abstract: 50 48 35 50 60 55 200 0 Units Hz Hz dB dB kHz dB dB dB dB dB dB dB dB jxsec dB Note: 3 See , passband of the 2400 BPS filter (800 Hz to 2800 Hz) - CCITT V.23/Bell 202 (75/150 Baud) secondary channel , RM5636B Frequency (Hz) F requency (Hz) Figure 3. Amplitude Response 2400 BPS Bandpass Filter Figure 7. Group Delay Response 75/150 BPS Bandpass Filter F requency (Hz) Frequency (Hz) Figure , Filter Frequency (Hz) F requency (Hz) Figure 5. Group Delay Response - Fixed Compromise Equalizer -
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reticon reticon filter RM5636 EGG RETICON reticon rl 16 5636B 5636BNP-011
Abstract: Accuracy Q < 20, Q Accuracy < ±15% fcLK -5MHz fcLK = 5M Hz, Q = 10, 50:1, Figure 15 (Mode 1) fCLK = 5M Hz, Q = 10, 100:1, Figure 15 (Mode 1) Q Temperature Coefficient VoS2,3 DC Offset fCu < 5M Hz, Q = 10 50 , % Clock to Center Frequency Ratio Q = 10, Figure 15 (Mode 1) 50:1, fC LK = 2.5M Hz B Suffix C Suffix , £ ±15% , 95 2.4 2.0 0.5 50 25 15 mV dB M Hz V/hs 1.2 V mA mA CLOCK V c l k Input Low Voltage V -
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LTC1060 L2111 4th-order bandpass filter MU111 ML2T11 ML2111 LMF100 L2111BCP
Abstract: |H VIM vss V d d -0 -5 Vq d - 0 - 5 (Vd d - V s s >/ 2 - 0 .5 - Symbol id d Min - Typ 5.0 , Range (Txl, Rxl) Symbol l| l| Zin V¡n Min -5 0 -1 0 0.2 Vss + 1-5 Typ 1.0 Max + 50 + 10 V d d -1 -5 Unit , 45 ±0.1 -3 2 Max + 50 V d d - 1 .5 V Unit mV dB *A dBrnC V/fis V 1 1 B Pn SR - MOTOROLA , 1080 Hz, 0 dBmO Idle Noise, lnput= V a G. 900 0 Dynamic Range (Full Scale Output/Idle Noise) Total Harmonic Distortion Power Supply Rejection Ratio Pass-Band Ripple Pass-band Response, Ref. 980 Hz, 0 dBmO -
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MC145441 MC145445 4 pin crystal oscillator MC14412 MC145440
Abstract: ) -20 -30 -40 -50 -60 -70 FREQUENCY (Hz) Figure 1: Normalized Frequency Response , -Operating Voltage VDD 3.3 5.0 5.5 V , -40 dB Bandwidth 0.76 1.32 Hz/Hz , -Clock to Corner Filter 1 Sample Rate is 2x Clock 62.5 Hz/Hz Clock to Corner Filter 2 Sample Rate is 2x Clock 31.25 Hz/Hz Clock to Corner Filter 3 Sample Rate is 2x Clock 20.83 Hz Mixed Signal Integration
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MSGEQ7 0.6 um cmos process Ultrasonic power generator schematic MSTHDA Band-pass filter for spectrum analyzer MSHN1
Abstract: , we go to (f0Bp/ BW) = 10. 0 -3 -to _ -20 -JO -50 -60 0 5k 0.7k Ik 2k 3k 4k 5k 10k FREQUENCY|Hz , choose the f0 so we will tie the 50/100/Hold pin on the SCF chip to V +, generally (5V to 7V). We choose , â'" (60/150)21 : 150.7 This very high Q dictates a - 3dB bandwidth of 1 Hz. Although the , using the LTC1060 we will use f01 = fo2 = fcLK'100. So we input a 15kHz clock and tie the 50/100/Hold , . We can use what is referred to as mode 2, which allows the input clock frequency to be less than 50:1 -
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IA87 chebyshev 2dB LTC1004 invc 303 floobydust auju AN27A-1 R42-1 INVM12 R14-78 R13-2S5 AN27A-16
Abstract: Range fcXQS 50,000 10k Hz Q Range IcXQS 50,000 500 Hz/Hz fo Accuracy AF100-1C AF100-2C fc X Q S 10,000, Ta = 25°C lcxQS 10,000, Ta = 25°C ±2.5 ±1.0 % fo Temperature Coefficient ±50 ±150 ppm , bandwidth 1S Hz -35 dB bandwidth 1.5 Hz TL/K/10111-45 ♦10 0 -10 ' -20 -30 -40 -50 -60 4th Order 60 Hz , product s 50,000 Connection Diagrams Ceramic Dual-ln-Line Package NO NO BANDPASS AMP AMP PIN PIN INT 1 , 50 nA Input Bias Current 30 200 nA Input Resistance 2.5 Mn Large Signal Voltage Gain R|_ à 2k -
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AF100 AF100-1CN Handbook of Filter Synthesis daniels eeg circuit schematic design bandpass filter RC high Q notch filter TL/K/10111-47
Abstract: of Independent Lowpass Filters Pair of Audio Bandpass Filters (300-3000 Hz) Input Gain Adjustments , order channel bandpass filters (3003000 Hz). 3) Op-amps that allow external components to set input , Bandpass Filter 300 - 3000 298 -2977 277-2772 272 - 2728 270 - 2706 242 - 2422 Hz Hz Hz Hz Hz Hz Lowpass Filter 3100 Hz 3076 2864 2819 2797 2503 Hz Hz Hz Hz Hz RX Audio Output Figure 3 - Example of the , On-Chip Xtal Oscillator 4.5 5.0 5.0 5.5 8.5 UI v mA k i 100 1.0 10.0 2.0 MCÌ k£2 MQ -
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MX386DW MX386 4.433619 bpf1 Filter MX386P
Abstract: Independent Lowpass Fitters Pair of Audio Bandpass Filters (300-3000 Hz) Input Gain Adjustments Output Enable , kHz lowpass filters. 2) A pair of 14thorder channel bandpass filters (300-3000 Hz). 3) Op-amps that , 4.096 MHz 4.032 MHz 4.00 MHz 3.579545 MHz MX366 Bandpass Filter 300 - 3000 Hz 298 - 2977 Hz 277 - 2772 Hz 272 - 2728 Hz 270 - 2706 Hz 242 - 2422 Hz Lowpass Filter 3100 Hz 3076 Hz 2864 Hz 2819 Hz 2797 Hz 2503 Hz Page 2 Pin Function Chart Pi MX366J/P MX366DW 1 2 3 4 1 2 3 4 Xtal/Clock: A Xtal -
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CX-381 50 MHz xtal FILTER dual bandpass filter MX366J SOIC-20 CX381 BJ382
Abstract: Symbol Typical Units Center Frequency F0 1800 Hz Center Frequency F0 1800 Hz 1dB Bandwidth BW (760 to 2860) = 2100 Hz Gain at Center Frequency Go 0.5 , Center Frequency G0 30 55 50 48 35 50 60 55 (1100Hz-2500Hz) 200 dB dB dB dB dB dB , 420/440 Hz 3dB Bandwidth BW 250 Hz 1dB Bandwidth 3dB Bandwidth BW BW 3200 3500 Hz Hz Passband Ripple Ar (310Hz to 520Hz) 1 Passband Ripple Ar 0.5 dB -
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2800H 6864MH
Abstract: Units Frequency Range tcxQ , Filter ♦10 o -10 S -20 -40 -50 40 50 60 70 80 90 FREQUENCY (Hz) TL/K/10111-46 FIGURE 26 , ±2.5 ±1.0 % fo Temperature Coefficient ±50 ±150 ppm/*C Q Accuracy fc X Q , Current 4 50 nA Input Bias Current 30 200 nA Input Resistance 2.5 Mft Large , To tune the AF100 two resistors are required for frequencies between 200 Hz and 10 kHz. For lower -
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AF100-2CN AF100-1CJ HY13A 101-1146 N16A H12B
Abstract: PDA425 uA 1 mA 200 uA 50 uA = 0, = 1, PDA=PDB=0, CTVL=0 Av -0.5 To 1/2 , =0 Fo 0 200 -62 0.001 6 dB uVrms dB mV p-p Mohm mA ohm pF Hz/Hz Hz/Hz kHz 0.2 Mixed Signal Integration
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low voltage wireless mic ic MS2LFSS TY-303 048MH
Abstract: '¢ â'¢ â'¢ Pair of Independent Lowpass Filters Pair of Audio Bandpass Filters (300-3000 Hz) Input , kHz lowpass filters. 2) A pair of 14th order channel bandpass filters (3003000 Hz). 3) Op-amps that , Hz 3100 Hz 4.40 MHz 4.096 MHz 4.032 MHz 4.00 MHz 3.579545 MHz 298 277 272 270 242 3076 2864 2819 2797 2503 - 2977 2772 2728 2706 2422 Hz Hz Hz Hz Hz Hz Hz Hz Hz Hz RX Audio Output Figure 3 - Example of the MX386 in the Audio Stages of a TACS Operation -
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Abstract: Accuracy s ± 15% Q - 10 Figure 15 (Mode 1) 50:1, fC L K - 2.5M Hz ' 100:1, fcLK-2.5M H z Q s 20, Q , Hz) fCLK (M Hz) Figure 1A. 0 2 4 6 8 f c L K ^ o v s . fC LK 10 (50:1 , ± 5V) tCLK (M Hz) fCLK (M Hz) Figure 1C. fCLK/f0 vs. fCLK (50:1, Vs = ± 2.5V) 3-88 , (%) Figure 2E. Q Error vs. Ì clk (50:1, V j= + 5V) fCLK (M Hz) f d K (M Hz) Q DEVIATION , ] v D- 9 12 ] 50/100/HOLD 10 [ ' 11 ] C I K b ML2111 20-PIN SOIC or 1 nr 2 -
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ML2111BIP ML2111BCP ML2111CCP ML2111BCS ML2111CCS ML2111BIJ ML2111CII
Abstract: '¢ Uncommitted Amplifier and Analogue Switch â'¢ Typical 43dB Rejection Below 170 Hz â'¢ Switched Capacitor , process speech and 50 baud FSK signals as specified in the Radiocom 2000 system specification. The device consists of: (a) Highpass audio filter with typically 43dB attenuation of signals below 170 Hz. (b , data. (c) Narrow bandpass filter for processing 50 baud FSK data. (d) Uncommitted audio amplifier , 2000 MOBILES HIGHPASS PLUS PRE- PEAK MIC 170Hz REJECT AUDIO EMPHASIS Ml ITP 50 BAUD Tx MODEM -
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FX336 R2000 FX336J FX336LG FX336LS MARKING C7F FX406 D/336/3 2550H 120-175H 2660H
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