WJ COMMUNICATIONS RF Search Results

rfid card

Abstract: MPR5000 rfid cards trade marks MPR6000 spread spectrum transmitter
Contextual Info: 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,

WJ transistor

Abstract: FP2189 THEORY FP1189 FP31QF two transistors matched transistors
Contextual Info: 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.

AH103

Abstract: AH103-PCB1750 AH103-PCB1900 AH103-PCB2140 AH103-PCB900 JESD22-A114 NJM78L05 134.2 kHz RFID
Contextual Info: AH103 The Communications Edge TM High Gain, High Linearity ½ Watt Amplifier Product Features • • • • • • • Product Description Applications • Mobile Infrastructure • W-LAN / ISM / RFID • MDS / MMDS Infrastructure The device conforms to WJ Communications’ long

LL1608-FH

Abstract: sot894
Contextual Info: 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

avx capacitors

Abstract: LL1608-FH
Contextual Info: 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

LL1608-FH18NJ

Contextual Info: 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

FH1 SOT-89 RF amplifier

Abstract: LL1608-FH18NJ
Contextual Info: 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

wifi 5 watt amplifier circuit

Abstract: wifi schematic wifi amplifier circuit RF TRANSISTOR 1.5 GHZ dual gate 120 ap4 resistor 8.2 k wifi 2 watt amplifier circuit
Contextual Info: The Communications Edge TM Application Note Product Information 5.25 GHz AP4 Application Circuit AP4 Application Circuit for IEEE 802.11a W-LAN Preliminary Summary: This application note details the operation and schematic of an application circuit using a WJ Communications’ AP4 device

transistor 6c x

Abstract: rfid circuit diagram RFID interface UHF rfid reader WJR7090 18000-6-B 18000-6C iso 7816-1
Contextual Info: 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

PCS1900

Abstract: LL1608-FH application note AN 2000
Contextual Info: The Communications Edge TM Application Note FH1 PCS Application Circuit: 1.7 – 2.0 GHz, 15 dB gain Product Information FH1 Application Circuit for DCS, PCS Bands 10 15.5 5 15.0 S21 dB This application note details the operation and schematic of an application circuit using a WJ Communications FH1 device

high frequency application driver

Abstract: am1 wj LL1608-FH MH101 MH102 WJ Communications RF wj 75
Contextual Info: The Communications Edge TM Application Note Product Information LO Driver for MH1, MH101, & MH102 Applications Summary: Various times it may be difficult to apply a +17 dBm required LO signal to drive WJ Communications’ MHxx series mixers. This application note offers a suggested LO driver circuit so that only +5

MPR5000

Abstract: 92775 ISO-1800 rfid reader module
Contextual Info: 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.

18000-6B

Abstract: 18000-6C rfid reader module pin diagram 18000-6-B WJ Communications FCH 911 rfid module WJR7090 MMCX connector symbol RFID protocol
Contextual Info: WJR7090 - Korea 한국 Multi-Protocol RFID Reader Module Gen1, ISO 18000-6B and ISO 18000-6C UHFGen2 Highly Scalable WJ Communications’ WJR7090 RFID multi-protocol reader module is designed specifically for the Korean market. Operating at the UHF frequency, this product offers OEMs

ISO18000-6B

Abstract: passive rfid tags UHF rfid reader 18000-6C EPC64 UCODE EPC 1.19 em reader module tag 89 0X13 LPC2103
Contextual Info: RFID UHF Module WJM Series Application Programmer’s Interface API Release 1.0 WJ Communications, Inc. 401 River Oaks Parkway San Jose, CA 95134-1916 Tel: (800) WJ1-4401 Fax: (408) 577-6621 http://www.wj.com DN: 455372 WJM Series API Release 1.0 RFID UHF Module

LL1608-FH

Contextual Info: Applications Engineering 401 River Oaks Parkway San Jose, CA 95134 applications.engineering@wj.com 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

WJR7100

Abstract: UHF rfid antenna transistor 6c x ISO18000-6C block diagram for RF transmitter AND RECEIVER op 18000-6B RFID uart RFID UHF rfid circuit diagram WJR7080
Contextual Info: WJR7080 Data Sheet WJR7080 RFID UHF Module PCMCIA Form Factor WJ Communications’ WJR7080 UHF RFID reader module is designed to enable RFID UHF Gen2 capability for Europe. The WJR7080 is certified to ETSI 300 - 220. The reader includes the RF, digital circuitry and embedded

18000-6C

Abstract: WJ COMMUNICATIONS "iso 7816-1" rfid module MPR7050 MMCX connector symbol 180006C
Contextual Info: MPR7050 - Hong Kong Multi-Protocol RFID Reader Module Gen1, ISO 18000-6C Gen2 in PCMCIA Type II Package Highly Scalable WJ Communications’ MPR7050 RFID multi-protocol reader module is designed specifically for the Hong Kong market. Operating at the UHF frequency, this product offers OEMs

MPR7040

Abstract: iso 7816-1 ISO 18000-6C
Contextual Info: MPR7040 - Singapore 新加坡 Multi-Protocol RFID Reader Module Gen1, ISO 18000-6C Gen2 in PCMCIA Type II Package Highly Scalable WJ Communications’ MPR7040 RFID multi-protocol reader module is designed specifically for the Singapore market. Operating at the UHF frequency, this product offers OEMs

Contextual Info: 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

MMCX connector symbol

Abstract: MPR6000
Contextual Info: MPR6000 Multi-Protocol RFID Reader Module EPC Class 0/0+ Class1 and Gen2 Highly Scalable WJ Communications’ MPR6000 RFID multi-protocol readers represent a new level for size, standards-based compatibility, ease of use and performance. Operating at the UHF frequency, this product offers OEMs

Contextual Info: MH203A The Communications Edge TM High Linearity Cellular-Band MMIC Mixer Product Features Product Description 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 techniques

Diplexer 900 1800

Contextual Info: MH203A The Communications Edge TM High Linearity Cellular-Band MMIC Mixer Product Description 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 techniques

agilent signal generator

Abstract: AP601 AP602 AP603 E443X
Contextual Info: Application Note AP60x Circuit Design Techniques and Proper Precautions During Tuning Introduction WJ Communications’ 28V InGaP HBT line of power products – the AP60x series – offer significant performance advantages over other technologies currently available in the market today. Key advantages are with ‘backoff’ linearity, while still

AP603

Abstract: transistor 6c x 4401 transistor
Contextual Info: Application Note AP603 2015 MHz Unconditionally Stable Reference Design Introduction The AP603 is a high voltage HBT amplifier recently released by WJ Communications. The design of the die contains an passive prematch at the input of the transistor to transform the impedance of the device to something more manageable to the