rfid card
Abstract: MPR5000 rfid cards trade marks MPR6000 spread spectrum transmitter
Text: RFID Application Note 10 December 2004, V01.00 MPR SERIES RFID CARDS FCC CERTIFICATION DETAILS WJ COMMUNICATIONS INCORPORATED www.wj.com Copyright WJ Communications Inc. December 2004. Subject to change without notice. This information is provided “as is,” and WJ makes no claims of fit for purposes intended, merchantability or other. All trademarks, service marks,
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WJ transistor
Abstract: FP2189 THEORY FP1189 FP31QF two transistors matched transistors
Text: Application Note The Communications Edge TM Active-Bias Constant-Current Source Recommended for WJ HFET devices An optional active-bias current mirror is recommended for use with the application circuits shown in WJ’s FP1189 and FP2189 datasheets. All WJ HFET’s require a negative gate voltage with a positive drain voltage.
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FP1189
FP2189
FP2189
FP31QF
1-800-WJ1-4401
WJ transistor
THEORY
FP31QF
two transistors
matched transistors
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SA1137-2
Abstract: optical modulator 6620 SA1137 oc-192 modulator 10 Gbps Modulator Driver
Text: SA1137-2 OPTICAL MODULATOR DRIVER WJ’s 10Gbps modulator drivers An RFevolution for OC-192 The SA1137 is another addition in WJ’s series of hybrid-based products optimized for OC-192 networks. The SA1137 is a full-function amplifier capable of driving LiNbO3 modulators. The
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10Gbps
OC-192
SA1137
OC-192
25Gbps
SA1137-2
optical modulator
6620
oc-192 modulator
10 Gbps Modulator Driver
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adjustable analog phase shift
Abstract: CA1151
Text: CA1151 Integrated Full-Rate Clock Driver and Phase Shifter WJ’s 10Gbps clock amplifier An RF evolution for OC-192 The CA1151 is another addition in WJ’s series of hybridbased products optimized for OC-192 networks. The CA1151 is a full-function clock driver for generating or
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CA1151
10Gbps
OC-192
OC-192
17Vpp
Shif-6620
adjustable analog phase shift
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analog phase shift
Abstract: CA1249
Text: wj.d/s.ca1249 5/31/01 10:19 AM Page 1 CA1249 Integrated Half-Rate Clock Driver and Phase Shifter WJ’s 10Gbps clock amplifier An RF evolution for OC-192 The CA1249 is another addition in WJ’s series of hybrid-based products optimized for OC-192 networks.
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ca1249
CA1249
10Gbps
OC-192
OC-192
200MHz
0530V101
analog phase shift
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fb1060
Abstract: No abstract text available
Text: WJ FBxxxx WJ’s family of bandpass filters An RF evolution for OC-192 This family of high-Q bandpass filters is optimized for clock recovery and other narrowband applications within 10Gbps fiber optic systems. Be it metro core/access, DWDM, ultra long-haul or switching, these dielectric resonator-based
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OC-192
10Gbps
FB0990
fb1060
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OC-768
Abstract: optical modulator 43Gbps 053786 054594 sa1140 ERNI 124260
Text: SA1140 OPTICAL MODULATOR DRIVER WJ’s 43Gbps modulator driver An RF evolution for OC-768 The SA1140 is another addition in WJ’s series of hybridbased products optimized for OC-768 networks. The SA1140 is a full-function data driver capable of driving LiNbO3 modulators. The SA1140’s limiting action can
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SA1140
43Gbps
OC-768
OC-768
optical modulator
053786
054594
ERNI 124260
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SA1137-2
Abstract: optical modulator Optical Crossing SA1137 optical modulator driver
Text: SA1137-2 OPTICAL MODULATOR DRIVER WJ’s 10Gbps modulator drivers An RFevolution for OC-192 The SA1137 is another addition in WJ’s series of hybrid-based products optimized for OC-192 networks. The SA1137 is a full-function amplifier capable of driving LiNbO3 modulators. The
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10Gbps
OC-192
SA1137
OC-192
25Gbps
SA1137-2
optical modulator
Optical Crossing
optical modulator driver
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optical modulator driver
Abstract: SA1137 SA1137-1 oc-192 modulator 10 Gbps Modulator Driver
Text: SA1137-1 OPTICAL MODULATOR DRIVER WJ’s 10Gbps modulator drivers An RFevolution for OC-192 The SA1137 is another addition in WJ’s series of hybrid-based products optimized for OC-192 networks. The SA1137 is a full-function amplifier capable of driving LiNbO3 modulators. The SA1137’s
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10Gbps
OC-192
SA1137
OC-192
25Gbps
optical modulator driver
SA1137-1
oc-192 modulator
10 Gbps Modulator Driver
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wj 75
Abstract: optical modulator driver 10 Gbps Modulator Driver 40Gbps
Text: wj.d/s_SA1137-001 3/6/01 10:31 AM Page 1 SA1137-001 OPTICAL MODULATOR DRIVER WJ’s 10Gbps modulator drivers An RFevolution for OC-192 The SA1137-001 is another addition in WJ’s series of hybrid-based products optimized for existing OC-192 networks. The SA1137 is a full-function amplifier
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SA1137-001
10Gbps
OC-192
SA1137-001
SA1137
40Gbps
OC-768
wj 75
optical modulator driver
10 Gbps Modulator Driver
40Gbps
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wj 75
Abstract: optical modulator driver SA1137-002 crossover input level control 10 Gbps Modulator Driver optical modulator driver sa1137
Text: wj.d/s_SA1137-002 3/6/01 10:29 AM Page 1 SA1137-002 OPTICAL MODULATOR DRIVER WJ’s 10Gbps modulator drivers An RFevolution for OC-192 The SA1137-002 is another addition in WJ’s series of hybrid-based products optimized for existing OC-192 networks. The SA1137 is a full-function amplifier
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SA1137-002
10Gbps
OC-192
SA1137-002
SA1137
40Gbps
OC-768
wj 75
optical modulator driver
crossover input level control
10 Gbps Modulator Driver
optical modulator driver sa1137
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OC-768
Abstract: VC4001 WJci
Text: WJ VC4001 Preliminary WJ’s DRO for OC-768 An RF evolution for OC-768 OC-768 Clock Oscillator for SONET/SDH Systems The VC4001 provides an ultra-stable, fundamental 39813.12 MHz sinewave output signal, suitable for critical timing applications such as those found in SONET, DWDM, and
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VC4001
OC-768
OC-768
83dBc/Hz
80MHz
225mA
16MHz)
WJci
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analog phase shift
Abstract: CA1249 WJci
Text: wj.d/s.ca1249 5/31/01 10:19 AM Page 1 CA1249 Integrated Half-Rate Clock Driver and Phase Shifter WJ’s 10Gbps clock amplifier An RF evolution for OC-192 The CA1249 is another addition in WJ’s series of hybrid-based products optimized for OC-192 networks.
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ca1249
CA1249
10Gbps
OC-192
OC-192
200MHz
0530V101
analog phase shift
WJci
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FB1060
Abstract: FB0990 FB1220
Text: WJ FBxxxx WJ’s family of bandpass filters An RF evolution for OC-192 This family of high-Q bandpass filters is optimized for clock recovery and other narrowband applications within 10Gbps fiber optic systems. Be it metro core/access, DWDM, ultra long-haul or switching, these dielectric resonator-based
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OC-192
10Gbps
FB0990
FB1060
FB0990
FB1220
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SA1137-2
Abstract: SA1137
Text: wj.d/s_SA1137-2 6/1/01 10:17 AM Page 1 SA1137-2 OPTICAL MODULATOR DRIVER WJ’s 10Gbps modulator drivers An RFevolution for OC-192 The SA1137 is another addition in WJ’s series of hybrid-based products optimized for OC-192 networks. The SA1137 is a full-function amplifier capable of
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SA1137-2
10Gbps
OC-192
SA1137
OC-192
SA1137
SA1137-2
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Fl09
Abstract: FL0800
Text: WJ FLxxxx WJ’s family of Bessel Thompson low-pass filters Shaping OC-192 & OC-768 This family of low-pass filters is optimized for ultra-wide bandwidths found in 10 Gbps and 40 Gbps fiber optic systems. The typical 4th and 5th order amplitude Bessel response, linear phase response, low relative group delay
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OC-192
OC-768
FL0750,
FL0800
FL0920
FL3000
FL3300
Fl09
FL0800
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transistor 6c x
Abstract: rfid circuit diagram RFID interface UHF rfid reader WJR7090 18000-6-B 18000-6C iso 7816-1
Text: WJR 7090 - Korea The Communications Edge PRELIMINARY Ease of Integration Superior Performance Highly Scalable WJ communication’s WJR 7090 RFID reader module, designed specifically for the Korean market, provides OEMs and System Integrators the ability to
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18000-6C
1-800-WJ1-4401
WJR7090
68-pin
transistor 6c x
rfid circuit diagram
RFID interface
UHF rfid reader
18000-6-B
18000-6C
iso 7816-1
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LL1608-FH
Abstract: No abstract text available
Text: Applications Engineering 401 River Oaks Parkway San Jose, CA 95134 [email protected] FH1 Application Circuit for Cellular Bands Gain vs Frequency Summary: This application note details the operation and schematic of an application circuit using a WJ Communications FH1
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LL1608-FH
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LL1608-FH
Abstract: sot894
Text: The Communications Edge TM Application Note Product Information FH1 Application Circuit for Cellular Bands Gain vs Frequency Summary: 18 S21 dB This application note details the operation and schematic of an application circuit using a WJ Communications FH1 device optimized
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L1608-FH
1-800-WJ1-4401
LL1608-FH
sot894
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avx capacitors
Abstract: LL1608-FH
Text: The Communications Edge TM Application Note FH1 Application Circuit: 240 MHz Product Information FH1 Application Circuit at 240 MHz Measured S-Parameters Summary: This application note details the operation and schematic of an application circuit using a WJ Communications FH1 device
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LL1608-FH
1-800-WJ1-4401
avx capacitors
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MPR5000
Abstract: 92775 ISO-1800 rfid reader module
Text: MPR5000 Multi-Protocol RFID Reader Module EPC Class 0/0+ Class1 and Gen2 with Integral Antenna Highly Scalable WJ Communications’ MPR5000 RFID multi-protocol reader module is designed specifically for software developers and quick and easy experimentation with RFID.
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MPR5000
MPR5000
68-pin
92775
ISO-1800
rfid reader module
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Untitled
Abstract: No abstract text available
Text: MH203A The Communications Edge TM Product Information High Linearity Cellular-Band MMIC Mixer Product Features Functional Diagram The MH203A is a passive GaAs MESFET mixer that provides high dynamic range performance in a low cost SOIC-8 package. WJ’s MH203A uses patented
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MH203A
MH203A
JESD22-C101
J-STD-020B
JESD22-A114
1-800-WJ1-4401
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LL1608-FH18NJ
Abstract: No abstract text available
Text: The Communications Edge TM Application Note Product Information FH1 1930 – 1990 MHz Application Circuit FH1 Application Circuit for 1930 – 1990 MHz Summary: This application note details the operation and schematic of an application circuit using a WJ Communications FH1 device
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06035J2R4B
OT-89
LL1608-FH18NJ
1-800-WJ1-4401
LL1608-FH18NJ
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FH1 SOT-89 RF amplifier
Abstract: LL1608-FH18NJ
Text: The Communications Edge TM Application Note Product Information FH1 2110 – 2170 MHz Application Circuit FH1 Application Circuit for 2110 – 2170 MHz Summary: This application note details the operation and schematic of an application circuit using a WJ Communications FH1 device
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06035J2R0B
OT-89
LL1608-FH18NJ
1-800-WJ1-4401
FH1 SOT-89 RF amplifier
LL1608-FH18NJ
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