LTCC
Abstract: No abstract text available
Text: DIELECTRIC MATERIALS Low cost LTCC components LOW COST LTCC COMPONENTS Available products: • Filters • Diplexers • Couplers • Baluns • Antennas Applications: • GSM • BLUETOOTH • Wi-Fi • 802.11 Low Pass Filters LTCC MODULES ALSO AVAILABLE
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Abstract: No abstract text available
Text: PRODUCT RELEASE Mini-Circuits Releases High Frequency LTCC Based Bandpass Filters BFCN PRODUCT SERIES LTCC Based Design Mini-Circuits has designed and offered to the RF & Microwave market, Low Temperature Co-Fired Ceramic LTCC based components for over 10 years.
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BFCN-7200+
BFCN-7350+
BFCN-7500+
BFCN-7700+
BFCN-7900+
BFCN-8000+
BFCN-8350+
BFCN-8450+
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Untitled
Abstract: No abstract text available
Text: Technical Note LTCC Dual Filter Model: LFCN-291-1PM+ Enabling Performance in the presence of DC on LTCC Dual Filters Mini-Circuits LFCN-291-1PM+ is a sharp rejection, dual LTCC Filter designed for use in a variety of applications including a differential filter in an IF section of a heterodyne transceiver
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LFCN-291-1PM+
M150261Â
AN75006
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RFBPF2012100K0T
Abstract: 5GHz pass band 5GHz band pass filter RFBPF
Text: Walsin Technology Corporation LTCC Multi Layer Chip Band Pass Filter RFBPF2012100K0T Series Patent Pending For WLAN 802.11a/ HiperLAN 5GHz Application CONSTRUCTION FEATURES 1. Multilayer LTCC Low Temperature Cofired Ceramics Technology 2. Reflow solderable
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RFBPF2012100K0T
-30dB
11GHz)
95GHz
90GHz
25GHz
85GHz
-20dB
RFBPF2012100K0T
5GHz pass band
5GHz band pass filter
RFBPF
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5GHz band pass filter
Abstract: 5GHz pass band RFBPF2012090K0T ltcc chip ltcc RFBPF
Text: Walsin Technology Corporation LTCC Multi Layer Chip Band Pass Filter RFBPF2012090K0T Series Patent Pending For WLAN 802.11a/ HiperLAN 5GHz Application CONSTRUCTION FEATURES 1. Multilayer LTCC Low Temperature Cofired Ceramics Technology 2. Reflow solderable
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RFBPF2012090K0T
-30dB
11GHz)
95GHz
25GHz
85GHz
-20dB
RFBPF2012090K0T
May-2003
5GHz band pass filter
5GHz pass band
ltcc chip
ltcc
RFBPF
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ltcc
Abstract: ltcc antenna FR4 substrate with dielectric constant 4 LTCCAAB62 parameters of FR4 substrate with dielectric LTCCJHB62 ltcc chip ltcc filter ltcc antenna 9GHZ KYOCERA vco
Text: LTCC Low Temperature Co-fired Ceramics With increasing demands for high density and miniature modules, Kyocera LTCC featuring thick film printing and multi-layer technologies offers the best fit solutions for those market demands. This LTCC is especially suited for telecom devices such as RF power amplifier, antenna
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JHB62)
JIB62)
AAB62)
ACB62)
ltcc
ltcc antenna
FR4 substrate with dielectric constant 4
LTCCAAB62
parameters of FR4 substrate with dielectric
LTCCJHB62
ltcc chip
ltcc filter
ltcc antenna 9GHZ
KYOCERA vco
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WALSIN
Abstract: VINCENT RFBPF2520120A0T ism bandpass filter ltcc filter RFBPF mobile phone Bandpass Filter GHz multilayer GHz
Text: Walsin Technology Corporation SMD Ceramic Bandpass Filter RFBPF2520120A0T Series Patent Pending LTCC Multi Layer Chip Bandpass Filter For ISM Band 2.4GHz Application CONSTRUCTION FEATURES Multilayer LTCC Low Temperature Cofired Ceramics
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RFBPF2520120A0T
WALSIN
VINCENT
ism bandpass filter
ltcc filter
RFBPF
mobile phone
Bandpass Filter GHz
multilayer GHz
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AP 309
Abstract: ltcc RFLPF LTCC GHz multilayer GHz
Text: Walsin Technology Corporation LTCC Multi Layer Chip Low Pass Filter Patent Granted – RFLPF1608060K0T Series For WLAN 802.11a/ HiperLAN 5GHz Application CONSTRUCTION FEATURES 1. Multilayer LTCC Low Temperature Cofired Ceramics Technology 2. Reflow solderable
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RFLPF1608060K0T
WLAN802
90GHz
-20dB
55GHz
25GHz
85GHz
-25dB
80GHz
18GHz
AP 309
ltcc
RFLPF
LTCC GHz
multilayer GHz
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COB2012T2450HA1
Abstract: CSR BC COB2012T2450HA COB2012T2450HA2 COB2012T2450NA3 COB2012T2450NAX COB2520T2450HA COB2520T2450HA1 COB2520T2450HA3 CHILISIN LTCC
Text: Low Temperature Cofired Ceramic LTCC Series COMBO Balance Filter Series Chilisin offer multilayer devices of Low-Temperature Cofired Ceramics (LTCC) for applications in wireless communication as WLAN, Bluetooth etc. Our commitment is to meet your goals through
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45GHz
Dime12T2450HA2
COB2012T2450NA3
COB2520T2450HA3
COB2520T2450HA1
COB2012T2450HA
COB2012T2450NAX
COB2520T2450HA
COB2012T2450HA1
CSR BC
COB2012T2450HA2
COB2012T2450NA3
COB2012T2450NAX
COB2520T2450HA1
COB2520T2450HA3
CHILISIN LTCC
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Untitled
Abstract: No abstract text available
Text: Technical Note AN-75-005 Power Handling Model Type: LTCC Low Pass Filters Methodology for Computation of Maximum Power Handling in LTCC Low Pass Filters Purpose: The purpose of this application note is to describe the procedure used for determining power handling
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AN-75-005
AN-75-005
M150261
AN75005
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LTCC
Abstract: No abstract text available
Text: 新製品紹介 高周波用高集積 LTCC 基板 High-Integrated LTCC Substrates for RF Front-End LTCC substrate ： LSB-series, LSC-series ルター等の機能回路。 携帯端末の用途は音声通話から， る。日立金属では AS/M（Antenna
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13GHzï
x10-4ï
LTCC
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htcc 102 capacitor
Abstract: Hughes Microelectronics JESD-A101 LTCC
Text: LTCC-Bringing Functional Integration to RF & Microwave Products Raymond Brown National Semiconductor Corporation Wireless Communications Santa Clara, California The development of LTCC for microelectronics Projected increases in interconnect density and requirements for higher clock rates for digital and
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LTCC
Abstract: heraeus ltcc overview RF Prime ltcc chip
Text: rmance PWB sMultimission, multifunction LTCC Solutions for space & defense > Complex, high-frequency solutions at all levels of integration: - high-precision building blocks — high-rel PWBs, LTCC packaging, high-performance mil-spec components - modules & assemblies — hybrid modules,
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44GHz
LTCC
heraeus
ltcc overview
RF Prime
ltcc chip
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SRF 1063
Abstract: Passive filters used in wireless lans W. HUGHES TEST POINTS JESD-A101 capacitor huang Hughes Microelectronics W. HUGHES microstripline htcc 102 capacitor hitachi SAW Filter
Text: LTCC-Bringing Functional Integration to RF & Microwave Products Raymond Brown National Semiconductor Corporation Wireless Communications Santa Clara, California The development of LTCC for microelectronics Projected increases in interconnect density and requirements for higher clock rates for digital and
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BFCN-4100
Abstract: BFCN 4400 400MHZ
Text: Ceramic Bandpass Filter BFCN-4100+ 50Ω 3700 to 4500 MHz The Big Deal • Flat group delay ±45 pS • Narrow band/fast roll-off in LTCC • Good passband VSWR (1.2:1 typical) CASE STYLE: FV1206 Product Overview The BFCN-4100+ LTCC Bandpass Filter is constructed using multilayer ceramic technology to achieve miniature size
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BFCN-4100+
FV1206
BFCN-4100
BFCN 4400
400MHZ
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BFCN-3600
Abstract: No abstract text available
Text: Ceramic Bandpass Filter BFCN-3600+ 50Ω 3300 to 3900 MHz The Big Deal • Flat group delay ±33 pS • Narrow band/ fast roll-off in LTCC • Good passband VSWR (1.2:1 typical) CASE STYLE: FV1206 Product Overview The BFCN-3600+ LTCC Bandpass Filter is constructed using multilayer ceramic technology to achieve miniature size
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BFCN-3600+
FV1206
BFCN-3600
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Untitled
Abstract: No abstract text available
Text: Ceramic Bandpass Filter BFCN-4100+ 50Ω 3700 to 4500 MHz The Big Deal • Flat group delay ±45 pS • Narrow band/fast roll-off in LTCC • Good passband VSWR (1.2:1 typical) CASE STYLE: FV1206 Product Overview The BFCN-4100+ LTCC Bandpass Filter is constructed using multilayer ceramic technology to achieve miniature size
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BFCN-4100+
FV1206
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Untitled
Abstract: No abstract text available
Text: Ceramic Bandpass Filter 50Ω BFCN-4100+ 3700 to 4500 MHz The Big Deal • Flat group delay ±45 pS • Narrow band/fast roll-off in LTCC • Good passband VSWR (1.2:1 typical) CASE STYLE: FV1206 Product Overview The BFCN-4100+ LTCC Bandpass Filter is constructed using multilayer ceramic technology to achieve miniature size
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BFCN-4100+
FV1206
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Untitled
Abstract: No abstract text available
Text: Ceramic Bandpass Filter BFCN-3600+ 50Ω 3300 to 3900 MHz The Big Deal • Flat group delay ±33 pS • Narrow band/ fast roll-off in LTCC • Good passband VSWR (1.2:1 typical) CASE STYLE: FV1206 Product Overview The BFCN-3600+ LTCC Bandpass Filter is constructed using multilayer ceramic technology to achieve miniature size
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BFCN-3600+
FV1206
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Untitled
Abstract: No abstract text available
Text: Ceramic Bandpass Filter BFCN-3600+ 50Ω 3300 to 3900 MHz The Big Deal • Flat group delay ±33 pS • Narrow band/ fast roll-off in LTCC • Good passband VSWR (1.2:1 typical) CASE STYLE: FV1206 Product Overview The BFCN-3600+ LTCC Bandpass Filter is constructed using multilayer ceramic technology to achieve miniature size
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BFCN-3600+
FV1206
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Untitled
Abstract: No abstract text available
Text: Ceramic Bandpass Filter 50Ω BFCN-3600+ 3300 to 3900 MHz The Big Deal • Flat group delay ±33 pS • Narrow band/ fast roll-off in LTCC • Good passband VSWR (1.2:1 typical) CASE STYLE: FV1206 Product Overview The BFCN-3600+ LTCC Bandpass Filter is constructed using multilayer ceramic technology to achieve miniature size
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BFCN-3600+
FV1206
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BFCN-4100
Abstract: No abstract text available
Text: Ceramic Bandpass Filter BFCN-4100+ 50Ω 3700 to 4500 MHz The Big Deal • Flat group delay ±45 pS • Narrow band/fast roll-off in LTCC • Good passband VSWR (1.2:1 typical) CASE STYLE: FV1206 Product Overview The BFCN-4100+ LTCC Bandpass Filter is constructed using multilayer ceramic technology to achieve miniature size
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BFCN-4100+
FV1206
BFCN-4100
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Untitled
Abstract: No abstract text available
Text: LTCC Bandpass Filter BFCN-2360+ 50Ω 2250 to 2470 MHz The Big Deal • Small size 3.2mm x 1.6mm • Pass band 2250-2470 MHz • Low Insertion Loss (2.0 dB typical) • Sharp rejection peaks close to stop band CASE STYLE: FV1206 Product Overview The BFCN-2360+ LTCC Band Pass Filter is constructed with 12 layers in order to achieve a miniature size
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BFCN-2360+
FV1206
M127608
ED-13635/12
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Untitled
Abstract: No abstract text available
Text: LTCC Bandpass Filter BFCN-2360+ 50Ω 2250 to 2470 MHz The Big Deal • Small size 3.2mm x 1.6mm • Pass band 2250-2470 MHz • Low Insertion Loss (2.0 dB typical) • Sharp rejection peaks close to stop band CASE STYLE: FV1206 Product Overview The BFCN-2360+ LTCC Band Pass Filter is constructed with 12 layers in order to achieve a miniature size
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BFCN-2360+
FV1206
M127608
ED-13635/12
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