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TIPD118 Texas Instruments Bandpass Filtered -40dB Attenuator, <0.1dB Error
LTC1164-8CS Linear Technology IC SWITCHED CAPACITOR FILTER, ELLIPTIC, BANDPASS, PDSO14, PLASTIC, SO-14, Active Filter
LTC1164-8CSW#PBF Linear Technology IC SWITCHED CAPACITOR FILTER, ELLIPTIC, BANDPASS, PDSO16, 0.300 INCH, PLASTIC, SO-16, Active Filter
LTC1164-8CSW Linear Technology IC SWITCHED CAPACITOR FILTER, ELLIPTIC, BANDPASS, PDSO16, 0.300 INCH, PLASTIC, SOP-16, Active Filter
LTC1164-8CN Linear Technology IC SWITCHED CAPACITOR FILTER, ELLIPTIC, BANDPASS, PDIP14, 0.300 INCH, PLASTIC, DIP-14, Active Filter
LTC1164-8CN#PBF Linear Technology IC SWITCHED CAPACITOR FILTER, ELLIPTIC, BANDPASS, PDIP14, 0.300 INCH, PLASTIC, DIP-14, Active Filter

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bandpass

Catalog Datasheet MFG & Type PDF Document Tags
Abstract: Rev. 1.2, 2008-02-19 Application Note No. 143 A Low-Cost Low Noise Amplifier + Bandpass Filter Rx Front End for 1 A Low-Cost Low Noise Amplifier + Bandpass Filter Rx Front End for , board includes an optional, simple, low-cost, lumped element bandpass filter tuned for 315 MHz which , the LNA or the Bandpass filter may be tested alone, or the cascade of LNA + Bandpass filter may be , improvement in sensitivity with a similar external LNA and TDA5211 receiver IC. Bandpass Filter: provide for Infineon Technologies
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3 to 10 GHz bandpass filter wide band television channel blocker 1 to 3 GHz bandpass filter wide band 434MHZ 315 MHz receiver 434 MHZ LNA
Abstract: Wideband 0.1 5 VHF469 Filter SMA/SMA Bandpass VHF 0.13 0.18 VHF470 Filter S/mount Lowpass VHF 0.136 0.174 0.5 TCOM416 Filter TNC female /TNC female Bandpass UHF EW430 Filter SMA/SMA Highpass , Filter SMA/SMA Bandpass UHF 0.925 0.96 TCOM418 Filter SMA/SMA Bandpass/Notch UHF 0.925 0.96 TCOM419 Filter SMA/SMA Lowpass UHF 0.925 0.96 0.05 TCOM420 Filter N-TYPE/N-TYPE Bandpass UHF 0.925 , Filter N-TYPE/N-TYPE Bandpass Wideband TCOM421 Filter SMA/SMA Bandpass L 1.35 1.452 SATCOM345 BSC Filters
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GPS474 BROAD473 EW432 RADAR461 EW434 EW450 ku 202 EW443 EW439 EW446 EW444
Abstract: All Pole Bandpass Filters by Cascading 2nd Order Sections Nello Sevastopoulos Richard Markell , bandpass filter design are discussed herein. These methods allow the filter designer to simplify the , high quality bandpass filters. The first method consists of the traditional cascading of non-identical 2nd order bandpass sections to form the familiar Butterworth and Chebyshev bandpass filters. The second method consists of cascading identical 2nd order bandpass sections. This approach, although -
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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: Note No. 154 ESD-Hardened BFP460 RF Transistor in a Low Cost 434 MHz LNA + Bandpass 1 ESD-Hardened BFP460 RF Transistor in a Low Cost 434 MHz LNA + Bandpass Filter Application Applications LNA , , broadband LNA + 434 MHz Bandpass Filter circuit. The LNA is unconditionally stable from 5 MHz to 8 GHz, and , needed for the LNA. The optional bandpass filter is a "top C coupled" configuration using 5 capacitors , Comments Bandpass Filter Only Freq. MHz dB [s11]² dB [s21]² dB [s12]² dB [s22]² NF* IIP3 dB dBm Infineon Technologies
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RF remotecontrol schematic diagram TRANSISTOR 434 FSEM30 bpf 434 mhz 2 to 3 GHz bandpass filter wide band RF Transistor reference
Abstract: All Pole Bandpass Filters by Cascading 2nd Order Sections Nello Sevastopoulos Richard Markell , bandpass filter design are discussed herein. These methods allow the filter designer to simplify the , high quality bandpass filters. The first method consists of the traditional cascading of non-identical 2nd order bandpass sections to form the familiar Butterworth and Chebyshev bandpass filters. The second method consists of cascading identical 2nd order bandpass sections. This approach, although -
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IA87 chebyshev 2dB LTC1004 invc 303 floobydust auju AN27A-1 R42-1 INVM12 R14-78 R13-2S5 AN27A-16
Abstract: 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 , , third or sixth octave bandpass filter. The device uses switched-capacitor filters and no external , Low Cost On Chip Power Save Pin ANSI Compatible Bandpass Op Amp Input An externally selectable Mixed Signal Integration
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low voltage wireless mic ic PDA425 dual bandpass filter MS2LFSS TY-303 048MH
Abstract: Corporation Summer, 1990 High Dynamic Range Bandpass Filters for Communications Richard Markell Introduction Octave or decade wide bandpass filters are non-trivial to design. Wide bandpass filtering , dynamic range if a wideband bandpass filter is designed using the bandpass output. Wideband bandpass filters occupy a niche in the communications arena of signal processing. The wideband bandpass function is , applications also demand steep, wide, low noise bandpass filters to allow analysis of "chunks" of the frequency -
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1N5817 LTC1064-4 LT1122 design of capacitor input filters design bandpass filter RC 74LS90 5 - 30pf variable capacitor sonar 200khz DN37-1 DN37-2
Abstract: fundamental has an amplitude of 4/ times that of the square wave as shown by the Fourier series. The bandpass , circuit for a "tuned-circuit" bandpass filter using a BurrBrown UAF42 universal active filter chip is , and Q. In this example, resistors are selected to produce a "tuned-circuit" bandpass filter simulating , square wave ( ) To design a "tuned-circuit" bandpass filter with Q = 10: load FilterPro FILTER42, select Bandpass filter response, select Order n = 2, set the desired center frequency (fCENTER Burr-Brown
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square waves to sine waves filter AB-058 sin wave to square square to sine
Abstract: 11/2009 Selectable Low Voltage Lowpass/Bandpass Filter Preliminary Data Sheet Features The selectable lowpass/bandpass filter IC Is a CMOS chip th at can b e configure d for eithe r a l o , Low Cost On Chip Power Save Pin ANSI Compatible Bandpass An externally selectable gain setting , Filters Harmonic Analysis Noise Analysis Data Communication Wireless Applications Bandpass , oltage Lowpass/Bandpass Filter Preliminary Data Sheet MSLFS Electrical Characteristics_ o Mixed Signal Integration
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2157F MSGEQ7 pin diagram of 8155 msscsa MSHN1 MSTHDA Band-pass filter for spectrum analyzer
Abstract: Bandpassâ'"MA X268 In Figure 19, a pin-programmed MAX268 operates as a 4th-order 50kHz Chebyshev bandpass. The , MODE 1 BANDPASS. INTERNAL SWITCHES S1, S2, S3 ARE SHOWN FOR MODE 1. Figure 1. Fitter Block Diagram , yuyjxiyu Pin Programmable Universal and Bandpass Filters _General Description The MAX263/264 , uses no external components for a variety of bandpass, lowpass, highpass, notch and allpass filters. The MAX267/266 is dedicated to bandpass applications and includes an uncommitted op-amp. Two -
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circuit diagram for cd 6283 12 PIN circuit diagram for cd 6283 4th-order switch-capacitor notch filter cd 6283 ic circuit diagram lm 703 op amp MAX267/268 MAX263 MAX264 128-S MAX264AEPI MAX264BEPI
Abstract: Horizontal installation: 32 mm to 59 mm Camera Dichroic mirror and Bandpass filter specifications , optical system, we recommend using only dichroic mirror and bandpass filters of the highest quality. Appropriate dichroic mirror and bandpass filters can be purchased from companies like Semrock. Be sure to , linear structure Bandpass Emitter 1 C-mount (female) Bandpass Emitter 2 FF01-542/27-25 , — 13 mm (Bypass mode) Bandpass Emitter 1 FF01-512/25-25 Mode W-VIEW mode / Bypass mode*2 Hamamatsu
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A12802-01 A12964-01 A12801-01 FF509-FD D-82211 SE-164
Abstract: fundamental has an amplitude of 4/ times that of the square wave as shown by the Fourier series. The bandpass , circuit for a "tuned-circuit" bandpass filter using a BurrBrown UAF42 universal active filter chip is , and Q. In this example, resistors are selected to produce a "tuned-circuit" bandpass filter simulating , square wave ( ) To design a "tuned-circuit" bandpass filter with Q = 10: load FilterPro FILTER42, select Bandpass filter response, select Order n = 2, set the desired center frequency (fCENTER Burr-Brown
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Abstract: with three to five resistors, can provide 2nd order functions like lowpass, highpass, bandpass and , Bandpass Filter, = *clk/20 Gain vs Frequency 100kHz Bandpass, f ^ B Bandwidth = fcenter/10 50k IN , Bandpass Gain Error vs Clock Frequency TYPICAL BANDPASS G AIN ERROR (dB) Typical Bandpass Gain Error vs Clock Frequency Typical Bandpass Gain Error vs Clock Frequency 2.4 28 3.2 36 24 2.8 , FREQUENCY (MHz) CLOCK FREQUENCY(MHz) Typical Bandpass Gain Error Ratio (Iclk/*o) vs Clock Frequency -
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design a 40khz notch filter 107K 40khz sine wave inverter 4th-order active bandpass filter 400KHz LTC1264
Abstract: frequency band is adjusted with and to the same value as the highest frequency bandpass. Not used If , the same value as the highest frequency bandpass. Examples 00 00 0000 0000 0000 00 01 0010 1000 , the RFID dpASP ­ choose between twin or triple bandpass filter, Class0 or a single wide-pass filter , frequency (this sets lower bandpass or Highpass filter) Gain control Upper subcarrier frequency (this sets the upper bandpass or Lowpass filter) LSB LOAD MSB first. LSB last as two separate Anadigm
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AN238C04 active bandpass filter 300 khz ANADIGM rfid card reader architecture rfid RFID ARCHITECTURE DS023800-U002
Abstract: application note uses the terms narrow bandpass and wide bandpass. The Sallen-Key and MFB topologies have , . Six types of filters are described-low pass, high pass, narrow bandpass, wide bandpass, notch, and , . 4 Bandpass Filters , . 4 Bandpass Filter Q Comparison. 6 Legend for Bandpass Filter Responses Texas Instruments
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SLOA096 Fliege notch filter band reject notch filter Low-Pass Fliege Filter six order band pass Sallen-Key bandpass Sallen-Key
Abstract: Universal Operational Amplifier Evaluation Board for Designing a TwoStage Bandpass Filter , . . . . . . . . . . . . . . Equivalent Circuit for the Bandpass Filter . . . . . . . . . . . . . . , . . . . . . . . Bandpass Filter Layout on the Universal Op Amp Board . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Frequency Response of the Bandpass , Operational Amplifier Evaluation Board for Designing a Two-Stage Bandpass Filter 2 3 3 4 5 6 iii Texas Instruments
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SLVU006 u101b U101a TLV2442 TL431 SLOP120-1 SLOA016
Abstract: functions like lowpass, highpass, bandpass and notch. The centerfrequency of each 2nd ordersection istuned , Linear Technology Corporation. TVPicni nppucnnon Clock-Tunable 8th Order Bandpass Filter, Center = , BPD HPD/ND INV D V W - 11 Gain vs Frequency 100kHz Bandpass, f_3dB Bandwidth = C 50k e n t e , TECHNOLOGY' LTC1264 T Y P IC A L P R F O R m n n C CH ARACTERISTICS Typical Bandpass Gain Error vs Clock Frequency Typical Bandpass Gain Error vs Clock Frequency Typical Bandpass Gain Error vs Clock -
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20 mhz active bandpass filter FDK IM 060 LTC1068 LTC1068-25 LTC1068-50 LTC1562
Abstract: 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 , a six pole full, third or sixth octave bandpass filter. The device uses switched-capacitor filters , Small Package Size Low Cost On Chip Power Save Pin ANSI Compatible Bandpass A four input , Tracking Filters Harmonic Analysis Noise Analysis Data Communication Wireless Applications Bandpass Mixed Signal Integration
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MSFS5 msfs5s MSFS1P MSFS1 low frequency bandpass filter Mixed Signal Integration
Abstract: three to five resistors, can provide 2nd order functions like lowpass, highpass, bandpass and notch. The , Instrumentation TVPICfll R P P U C O T IO n Clock-Tunable 8 th Order Bandpass Filler, C Mk enter = fcLK/20 Gain vs Frequency 100kHz Bandpass, f_3dB Bandwidth = C en ter /1 0 8-100 TEC HN O LO G Y , LTC1264 TVPIC Rl PCRFORIflRÎlCC Typical Bandpass Gain Error c h a r a c t e r is t ic s Typical Bandpass Gain Error Typical Bandpass Gain Error vs Clock Frequency 2.4 2.8 3.2 3.6 2.4 -
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Abstract: , highpass, bandpass and notch. The center frequency of each 2nd order section is tuned via an external , thin film resistors can be obtained. UO TYPICAL APPLICATI Clock-Tunable 8th Order Bandpass Filter, fCENTER = fCLK /20 Gain vs Frequency 100kHz Bandpass, f ­3dB Bandwidth = fCENTER/10 50k , 3 LTC1264 U W TYPICAL PERFOR A CE CHARACTERISTICS Typical Bandpass Gain Error vs Clock , GAIN ERROR (dB) MODE 1 Q=2 TA = 25°C TYPICAL BANDPASS GAIN ERROR (dB) TYPICAL BANDPASS GAIN Linear Technology
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4th-order active bandpass filter loran Receiver LTC1264CS LTC1264CN LTC126 LTC1060 SOL24
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