Loss Filters
Abstract: AN4833 st-cut quartz delay line 1008CS DW9249 8100nH
Text: AN4833 Application Note AN3833 SAW Bandpass Filter for DECT Application Note Replaces July 1993 version, AN3833-1.2 AN3833-2.0 January 2000 SELECTION OF IF FREQUENCY: The DW9249 is a S.A.W. Bandpass Filter designed specifically for use in Digital European Cordless Telephones
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AN4833
AN3833
AN3833-1
AN3833-2
DW9249
432MHz
Loss Filters
st-cut quartz delay line
1008CS
8100nH
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55MHz SAW FILTER
Abstract: No abstract text available
Text: Oscilent Corporation IF SAW Filter | 835-IF70.0M-SA Page 1 of 2 IF SAW Filter Part Number Package Application Last Modified 835-IF70.0M-SA 35 x 12.8 Thru Hole 70.0MHz Bandpass Filter Jan. 01, 2007 . TYPE : 70.0 MHz Bandpass Filter 1.26 MHz Bandwidth PART NUMBER :
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835-IF70
55MHz SAW FILTER
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470nH
Abstract: smd ra 45 MHz SAW FILTER 200 MHz SAW IF FILTER bandpass filter at MHZ
Text: Oscilent Corporation IF SAW Filter | 819-IF70.0M-RA Page 1 of 2 IF SAW Filter Part Number Package Application Last Modified 819-IF70.0M-RA 19 x 6.5 SMD Bandpass Filter Jan. 01, 2007 . TYPE : 70.0 MHz Bandpass Filter 1.26 MHz Bandwidth PART NUMBER : 819-IF70.0M-RA
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819-IF70
25MHz
470nH
470nH
smd ra
45 MHz SAW FILTER
200 MHz SAW IF FILTER
bandpass filter at MHZ
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Untitled
Abstract: No abstract text available
Text: Oscilent Corporation IF SAW Filter | 820-IF75.0M-A Page 1 of 2 IF SAW Filter Part Number Application Application Last Modified 820-IF75.0M-A Base Station & Repeater Base Station & Repeater May 30 2003 . TYPE : 75.0 MHz Bandpass Filter 1.1 MHz Bandwidth PART NUMBER :
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820-IF75
220nH
180nH
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adjustable Q notch filter
Abstract: adjustable notch filter HA-2841 low frequency bandpass filter and application notch filter
Text: Adjustable Bandpass or Bandreject Filter HA-2841 Application Note June 1996 Introduction The filter described here has an easily adjustable center frequency, symmetrical skirts and an attenuation (gain) of -40(+40)dB at an octave either side of the center frequency
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HA-2841)
adjustable Q notch filter
adjustable notch filter
HA-2841
low frequency bandpass filter
and application notch filter
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Untitled
Abstract: No abstract text available
Text: April 18TH 2005 SAW BANDPASS FILTER – DVB-T APPLICATION Preliminary Specification Rev. 1 Characteristics of channel 1 (switching pin 2 connected to ground) Electrical Parameters Source Impedance (single ended) Load Impedance (balanced drive) Center Frequency fo
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250ns,
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APP3628
Abstract: MAX19541
Text: Maxim > App Notes > HIGH-SPEED INTERCONNECT Keywords: aliasing, sampling, spectrum, FFT, impulses, periodic, sampling theorem, undersampling, bandpass, Nyquist, baseband Sep 25, 2005 APPLICATION NOTE 3628 Mathematical Basics of Band-Limited Sampling and Aliasing
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MAX19541
impo19541
125MHz,
4856MHz.
com/an3628
MAX19541:
AN3628,
APP3628,
Appnote3628,
APP3628
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Untitled
Abstract: No abstract text available
Text: March 03rd 2005 TMX W408 SAW BANDPASS FILTER – DIGITAL TV APPLICATION Preliminary Specification Rev. 1 Characteristics of channel 1 (switching input pin 2 connected to pin 3) Electrical Parameters Source Impedance (single ended) Load Impedance (balanced drive)
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BW15dB
BW30dB
250ns,
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Filter Application Notes
Abstract: Crystal Filters smd transistor LY quartz monolithic filter crystal filters 10.7 crystal Filter SAW filter 110MHz ceramic crystal filter 10.7 SAW Components band stop Filter
Text: FILTER APPLICATION NOTES With the rapid growth and increasing sophistication now taking place in all phases of the communication industry, there is a great demand for cost effective bandpass filters that offer state-of-the-art performance. With the addition of coupling capacitors between two-pole sections, they
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6603
Abstract: No abstract text available
Text: FBGI-5.89G FILTER PRELIMINARY REV: 002, 05/27/04 TECHNICAL DESCRIPTION / APPLICATION MULTI-MIX FILTERS Merrimac’s FBGI Series bandpass filters combine the features of Merrimac’s patented Multi-Mix® multilayer fabrication technology with the ability to operate to
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merrimac
Abstract: No abstract text available
Text: FBGI-2.13G FILTER PRELIMINARY REV: 008, 05/18/04 TECHNICAL DESCRIPTION / APPLICATION MULTI-MIX FILTERS Merrimac’s FBGI Series bandpass filters combine the features of Merrimac’s patented Multi-Mix® multilayer fabrication technology with the ability to operate to
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GHz Bandpass Filters
Abstract: merrimac
Text: FBGI-3.78G FILTER PRELIMINARY REV: 007, 05/27/04 TECHNICAL DESCRIPTION / APPLICATION MULTI-MIX FILTERS Merrimac’s FBGI Series bandpass filters combine the features of Merrimac’s patented Multi-Mix® multilayer fabrication technology with the ability to operate to
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GHz Bandpass Filters
Abstract: 3 to 10 GHz bandpass filter
Text: FBGI-0.8G FILTER PRELIMINARY REV: 002, 05/27/04 TECHNICAL DESCRIPTION / APPLICATION MULTI-MIX FILTERS Merrimac’s FBGI Series bandpass filters combine the features of Merrimac’s patented Multi-Mix® multilayer fabrication technology with the ability to operate to
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2.2 ghz bandpass filter
Abstract: 2.4 GHz Bandpass Filters 3 to 10 GHz bandpass filter
Text: FBGI-2.2G FILTER PRELIMINARY REV: 002, 06/01/04 TECHNICAL DESCRIPTION / APPLICATION MULTI-MIX FILTERS Merrimac’s FBGI Series bandpass filters combine the features of Merrimac’s patented Multi-Mix® multilayer fabrication technology with the ability to operate to
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1.5 GHz Bandpass Filters
Abstract: filter center frequency 4500 MHz
Text: FBGI-3.1G FILTER PRELIMINARY REV: 002, 06/01/04 TECHNICAL DESCRIPTION / APPLICATION MULTI-MIX FILTERS Merrimac’s FBGI Series bandpass filters combine the features of Merrimac’s patented Multi-Mix® multilayer fabrication technology with the ability to operate to
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3 to 10 GHz bandpass filter
Abstract: 2.2 ghz bandpass filter 2.4 GHz Bandpass Filters GHz Bandpass Filters bandpass filters Transmission
Text: FBGI-3.84G FILTER PRELIMINARY REV: 003, 05/27/04 TECHNICAL DESCRIPTION / APPLICATION MULTI-MIX FILTERS Merrimac’s FBGI Series bandpass filters combine the features of Merrimac’s patented Multi-Mix® multilayer fabrication technology with the ability to operate to
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355g
Abstract: p2397 MIL-P-23971 GHz Bandpass Filters
Text: FBGI-3.55G FILTER PRELIMINARY REV: 004, 05/27/04 TECHNICAL DESCRIPTION / APPLICATION MULTI-MIX FILTERS Merrimac’s FBGI Series bandpass filters combine the features of Merrimac’s patented Multi-Mix® multilayer fabrication technology with the ability to operate to
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3 to 10 GHz bandpass filter
Abstract: 6 to 7 GHz bandpass filter
Text: FBGE-10.57 FILTER PRELIMINARY REV: 004, 05/27/04 TECHNICAL DESCRIPTION / APPLICATION MULTI-MIX FILTERS Merrimac’s FBGE Series bandpass filters combine the features of Merrimac’s ® patentedMulti-Mix multilayer fabrication technology with the ability to operate to
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FBGE-10
3 to 10 GHz bandpass filter
6 to 7 GHz bandpass filter
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344g
Abstract: No abstract text available
Text: FBGI-3.44G FILTER PRELIMINARY REV: 003, 05/27/04 TECHNICAL DESCRIPTION / APPLICATION MULTI-MIX FILTERS Merrimac’s FBGI Series bandpass filters combine the features of Merrimac’s patented Multi-Mix® multilayer fabrication technology with the ability to operate to
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General Semiconductor Industries
Abstract: GHz Bandpass Filters 3 to 10 GHz bandpass filter 1290MHz FBGI
Text: FBGI-1.09G FILTER PRELIMINARY REV: 003, 05/27/04 TECHNICAL DESCRIPTION / APPLICATION MULTI-MIX FILTERS Merrimac’s FBGI Series bandpass filters combine the features of Merrimac’s patented Multi-Mix® multilayer fabrication technology with the ability to operate to
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OP AMP 748
Abstract: linear application handbook national semiconductor OTi 2368 748 OP AMP 1352Q CLC111 CLC446 OA-28 VR12 bandpass Sallen-Key
Text: ¿ f t National fV semiconductor Application Note OA-28 Low-Sensitivity, Bandpass Filter Design With Tuning Method Kumen Blake October 1996 Introduction This Application Note covers the design of a Sallen-Key bandpass biquad. It gives a design with low component
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OA-28
in018
OP AMP 748
linear application handbook national semiconductor
OTi 2368
748 OP AMP
1352Q
CLC111
CLC446
OA-28
VR12
bandpass Sallen-Key
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ltc1014
Abstract: EQUIVALENT cd 1031 cs of 741 for second order active lowpass 8th order bandpass butterworth filter chebyshev 0.5dB 191 905 351 b 4th-order active butterworth bandpass filter LTC1089 LTC1060 LTC1061
Text: L I _ fECHNOLOGY Application Note 27A j une 4933 A Simple Method of Designing Multiple Order All Pole Bandpass Filters by Cascading 2nd Order Sections Nello Sevastopoulos Richard Markell INTRODUCTION DESIGNING BANDPASS FILTERS Filter design, be it active, passive, or switched capacitor,
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Note27A
LTC1059
LTC1064
AN27A-15
M00E2
351kHz
049kHz
571kHz
830kHz
ltc1014
EQUIVALENT cd 1031 cs
of 741 for second order active lowpass
8th order bandpass butterworth filter
chebyshev 0.5dB
191 905 351 b
4th-order active butterworth bandpass filter
LTC1089
LTC1060
LTC1061
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Untitled
Abstract: No abstract text available
Text: PSH I G E C P L E S S E Y A N 3833-12 DW9249 Application Note SAW BANDPASS FILTER FOR D.E.C.T. SELECTION OF IF FREQUENCY: The DW9249 is a S.A.W. Bandpass Filter designed specifically for use in Digital European Cordless Telephones D.E.C.T. . A circuit schematic of a typical DECT receiver
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DW9249
432MHz
180nH
100nH
1008CS
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transistor t08
Abstract: No abstract text available
Text: PBtffll g e c p l e s s e y AN3834-1.2 DW9230/55 Application Note SAW BANDPASS FILTER FOR GLOBAL POSITIONING SYSTEM GENERAL DESCRIPTION The DW9230 is a SAW Bandpass filter operating at 34.52MHz with a passband width of 1 8MHz. The device is realised on a Lithium Tantalate substrate and housed in either
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AN3834-1
DW9230/55
DW9230
52MHz
DW9230)
DW9255)
GP1010,
GP1011
GP1020
transistor t08
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