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CC1100EM_PCB_REF_DES Texas Instruments CC1100EM PCB Antenna Reference Design visit Texas Instruments
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TPS79801DCQEVM-434 Texas Instruments TPS79801DCQEVM-434 Evaluation Module visit Texas Instruments

RF pcb antenna 434

Catalog Datasheet MFG & Type PDF Document Tags

bifa antenna

Abstract: Si446x/Si4362 review before the antenna design. 2 Rev. 0.3 AN686 3. PCB Antennas for Si4455/435x RF ICs In , transceiver and the Si435x receiver RF chips use the same PCB antennas. Of course, the antenna parameters , '"9 dB at 434 MHz (delivered power to the antenna is about +11 dBm). Table 1. 4455-LED-434 RF Stick , Guide for the Si4455/435x RF ICsâ') and also on the antenna design. For optimal performance, Silicon , to select between a PCB antenna or an SMA connector (to use a 50  SMA antenna) by soldering a
Silicon Laboratories
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bifa antenna Si446x/Si4362 HTA 200-S 868 printed antenna design AN693 AN643 AN685 SMD0805

rf transmitter receiver 434 module

Abstract: A 434 RF transmitter Operation on 434.075, 868.40 and 914.5 MHz X2011 version includes integrated pcb loop antenna (434 & 868 , and RF = 434,075 MHz pin DC LEVELS Supply voltage Supply current (receiver enabled) Supply , WP-MK-X2011 Pin No. Description 1&3 RF Ground 2 Antenna 9, 10, 18 4, 5, 6 & 7 7 , the RF signal strength picked up on the antenna (pin 2) port of the module. The design and , ohm characteristic impedance coax. Helical Antenna RF 34mm @ 433MHz 17 turns equally spaced =
Round Solutions
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rf transmitter receiver 434 module A 434 RF transmitter rf receiver module 434 MHz tx 434 TRANSMITTER RF pcb antenna 434 A 434 RF Receiver RS-MK-X2010 WP-MK-X2010 X2010 433MH WP-MK-X2010-434 WP-MK-X2010-868

bifa antenna

Abstract: AN685 also applicable in the RF Stick and RF pico board solutions where a PCB antenna is used, which also , characteristic and the best antenna gain. ï' On the RF Stick there is an option to select between the PCB , . Layout of the RF Part of the Si4355-LED-434 Development Board Rev. 0.3 13 AN685 5. PCB Antennas for Si4455/Si435x RF ICs This document shows the PCB antenna layouts that are used in Si4455/435x , minimum). Better performance may be obtained if this is applied to the entire PCB. To provide a good RF
Silicon Laboratories
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si4432

Abstract: short distance rf tx ic -T-B1 D 434 434 Single antenna implemented without RF switch 4431-T-B1 B 868 868 Separate , TX Section Metallization RX Section VDD Filter Capacitors PCB Vias Crystal RF IC , Network Layout Based upon the 4431-T-B1_D Test Card (Single Antenna without RF Switch) For reference , upon the 4432-T-B1_C Test Card (Single Antenna with RF Switch) For reference, examples shown in this section are based upon the layout of the 4432-T-B1_C RF test cards. These boards contain a single antenna
Silicon Laboratories
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AN414 si4432 short distance rf tx ic Si4331 antenna diversity switch 4431-T-B1 D 470 4431-T-B1 D 434

XTR-903-A4

Abstract: XTR-434 Description Connection for the ground plane of the RF part Connection for the antenna, 50 ohm impedance , -903-A4 Multichannel Micro Embedded Transceiver 434 MHz 10 Channels RF Transmit Mode From the condition of , -903-A4 Multichannel Micro Embedded Transceiver 434 MHz 10 Channels Use guidelines PCB The printed circuit, which , connection 5 mm radius will suffice. Antenna and antenna connection RF output is available on pin 2 of the , , must be connected to the RF input of the transceiver. The antenna body must be kept straight as much
AUREL
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XTR-903-A4 XTR-434 XTR-903A-4 Aurel 433 0X36 MAX-232 RS-232

antenna 433MHZ PCB

Abstract: RF pcb antenna 434 MHz · X2011 version includes integrated pcb loop · · · · · · · · · antenna (434 & 868 MHz , measured at 20°C and +5 volt supply and RF = 434,075 MHz pin DC LEVELS Supply voltage Supply current , . Description 1&3 RF Ground 2 Antenna 9, 10, 18 4, 5, 6 & 7 7 (WP-MK-X2011) Ground NC Gnd , circuit. See application notes for antenna examples Supply ground points Not connected internally RF , module via some 50 ohm characteristic impedance coax. Helical Antenna RF 34mm @ 433MHz 17 turns
Wireless Products
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antenna 433MHZ PCB rf-434 433mhz video transmitter rf module 434 tx rx 433Mhz rf module RX 434 RF RECEIVER WP-MKX2010 WP-MK-X2010-914

XTR-903-A4

Abstract: XTR-434 Description Connection for the ground plane of the RF part Connection for the antenna, 50 ohm impedance , Micro Embedded Transceiver 434 MHz 10 Channels RF Transmit Mode Power Down Mode Test Mode , Transceiver 434 MHz 10 Channels Use guidelines PCB The printed circuit, which XTR-903-A4 will be , 5 mm radius will suffice. Antenna and antenna connection RF output is available on pin 2 of the , , must be connected to the RF input of the transceiver. The antenna body must be kept straight as much
AUREL
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RF pcb antenna 434 433 rx module 434 Aurel 433 mhz AM RECEIVER WIZ-903-A4 aurel am4sf RF transceiver aurel

PT4302-x

Abstract: remote control garage Description Ground for LO portion Ground for RF portion RF input connected to antenna by a matching network , antenna pin. Inductor and capacitor values may be different from table depending on PCB material, PCB , multiple core wire. If the antenna is printed on the PCB, ensure there is neither any component nor ground plane underneath the antenna on the backside of PCB. For an FR4 PCB (r = 4.7) and a strip-width of 30 , achieving good RF performance. At the very least, using a two-layer PCB is strongly recommended, so that
Princeton Technology
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PT4302 PT4302-x remote control garage 434 mhz oscillator with dipole antenna Internal circuit ic PT2272 RF receiver pt2272 ETSI-300-220 886-66296288F 041REF MO-137

434 MHZ RF transmitter MODULE

Abstract: switch circuit diagram af remote control door lock is a good antenna, and RF grounding, both for the transmitter and the receiver. Without an antenna , will help you. · Connect an antenna with 50 Ohm impedance for 434 MHz (458MHz). · The easiest , installed to a control PCB (motherboard), This PCB must be designed as a RF PCB. The surface of the PCB , · · · · · · 434 MHz UHF band, compatible with European I-ETS 300-220 standard 458 MHz UHF , 32 channels which are selectable by use of a 4 bits switch, and a jumper on the PCB for 2 groups of
Circuit Design
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CDP-TX-02 CDP-RX-02 434 MHZ RF transmitter MODULE switch circuit diagram af remote control door lock ON B14 RF MODULE 434Mhz wireless transmitter and receiver with 8 selectable channels RF MODULE CIRCUIT DIAGRAM 434 mhz ECB-01 DCB-01 CDP-02 CDP-02A

Si4355/Si4455

Abstract: -PCE10D434B Si4455 pico board with PCB antenna and SMA connectorâ'"434 MHz 2 MSC-AT50-434 434 MHz antenna , -PRXBD434B Si4355 pico board with PCB antenna and SMA connectorâ'"434 MHz 1 4012-PSC10B434B Si4012 pico board with PCB antenna and SMA connectorâ'"434 MHz 2 MSC-AT50-434 434 MHz antenna 2 , 4012-PSC10B915B Si4012 pico board with PCB antenna and SMA connectorâ'"915 MHz 2 MSC-AT50-434 , test demo code 2 4455-PCE10D868B Si4455 pico board with PCB antenna and SMA connectorâ
Silicon Laboratories
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Si4355/Si4455 4012/S 4012LCDK1W-XXX

double conversion narrow band FM receiver

Abstract: DS2010 914.5 MHz · X2011 version includes integrated pcb loop antenna (434 & 868 MHz versions) · · · · · · · · Double RF filtering = High Reliability RF Link Data rates to 20 kbps (Wide-band 64 kbps version available to order) -112 dBm receiver sensitivity (434 version) CD and RSSI outputs , Description Pin No. 1&3 2 Description RF Ground Antenna 4,5,6 7 8 NC NC Ground RSSI 9,10 , 434.075MHz X2011-434 Narrow Band Transceiver 434.075MHz Integral Antenna X2010-868 Narrow Band
RF Solutions
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DS2010 X2010-434 X2011-434 X2011-868 X2010-915 double conversion narrow band FM receiver tx rx module 434 4 channel tx 434 rf module fm transmitter 300m range 075MH

SI4010

Abstract: AN369 antenna working at 434 MHz with the Si4010 chip and with the SOIC package. Section "3.1. Antenna , represent the PCB area of the unit's circuitry. The antenna is an inductively tapped loop with the series , setting which is the targeted operation setting with this 434 MHz antenna. 2. The optimal load impedance , . 0.1 13 AN369 Figure 12. Real Impedance of the Antenna @ 434 MHz 4. Matching Balun Design , necessary to acquire the maximum power. Section "3. Inductively Tapped Loop Antenna Design Example
Silicon Laboratories
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SI4010 antenna 868MHZ planar printed antenna 868 transistor smd zy rtx 434 4010-DAPB 4010-A0-GS

CDP-TX-05M-R

Abstract: RX 434 RF MODULE 434Mhz . PinName I/O Description Z=50 ohm The RF output power is 10 mW for 434 MHz and 5 mW for 869 MHz. 1/4 lambda whip antenna is recommended. The antenna length is 17.3 cm for 434 MHz and 8.6 cm for , transmission are a good antenna and RF grounding, both for the transmitter and the receiver. Without an , (434 MHz/869 MHz) wire directly to the antenna input. A 50 ohm coaxial cable can be used to extend the , receiver module and the antenna by a connection on the PCB. This will decrease the receiver performance in
Circuit Design
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CDP-TX-05M-R CDP-RX-05M-R RX 434 RF MODULE 434Mhz 434mhz rf transmitter and receiver module CDP-05M-R CDP-TX/RX-05M-R 434/869MH

whip antenna

Abstract: RF MODULE CIRCUIT DIAGRAM 434 mhz Z=50 ohm The RF output power is 10 mW for 434 MHz and 5 mW for 869 MHz. 1/4 lambda whip antenna is recommended. The antenna length is 17.3 cm for 434 MHz and 8.6 cm for 869 MHz. 2 GND - The ground , , and RF grounding, both for the transmitter and the receiver. Without an antenna it is impossible to , antenna with 50-Ohm impedance. · Lambda/4 whip antenna length is approximately 17.3 cm for 434 MHz and , a control PCB (motherboard), this PCB must be designed as a RF PCB. The surface of the PCB must be
Circuit Design
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CDP-TX-04S-R whip antenna ANT-LEA-01 RF receiver 434 Mhz 470M antenna 434

RF Encoder-decoder

Abstract: RF pcb antenna 434 data transmission is a good antenna, and RF grounding, both for the transmitter and the receiver , possible, but not recommended, to connect the receiver module and the antenna by a connection on a PCB , . â'¢ Connect an antenna with 50 Ohm impedance for 434 MHz. â'¢ Tlie easiest construction is a wire , & FEATURES Features ♦ 434 MHz UHF band, compatible with European I-ETS 300-220 standard ♦ , jumper on the PCB for 2 groups of 16 channels. The compact size, low operation voltage and frequency
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OCR Scan
CDP-TX-02A RF Encoder-decoder SR 784.103.12 c j c cdp 007 circuit diagram of rf transmitter and receiver long distance 434mhz transmitter and receiver module 000GH CDP-RX-02A

CDP-TX-04S-R

Abstract: RF pcb antenna 434 Z=50 ohm The RF output power is 10 mW for 434 MHz and 5 mW for 869 MHz. 1/4 lambda whip antenna is recommended. The antenna length is 17.3 cm for 434 MHz and 8.6 cm for 869 MHz. 2 GND - The ground , , and RF grounding, both for the transmitter and the receiver. Without an antenna it is impossible to , antenna with 50-Ohm impedance. · Lambda/4 whip antenna length is approximately 17.3 cm for 434 MHz and , a control PCB (motherboard), this PCB must be designed as a RF PCB. The surface of the PCB must be
Circuit Design
Original
antenna for RF modules 434 MHz CDP-TX02 old fm radio diagram RS4408919 RS133769

short whip

Abstract: circular fm broadcast antenna 210 330 240 300 270 Helical Antenna, 434 MHz www.RFM.com ©1998-2009 by RF Monolithics , 210 0 330 240 300 270 Chip Antenna, 434 MHz www.RFM.com ©1998-2009 by RF , Loop Antenna, 434 MHz www.RFM.com ©1998-2009 by RF Monolithics, Inc. Technical support , Semi-loop Antenna, 434 MHz www.RFM.com ©1998-2009 by RF Monolithics, Inc. Technical support , 270 Folded-dipole Antenna, 434 MHz www.RFM.com ©1998-2009 by RF Monolithics, Inc. Technical
RF Monolithics
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AN0036 short whip circular fm broadcast antenna helical antenna 434 433.92 Antenna design trapezoidal antenna 433.92 printed spiral antenna

BMW GS 95002

Abstract: Key Fob 434 MHz (S/N 4010-DAPB_434) and  Si4343 LED receiver board low band pcb ant (S/N 4313 , AN616 Si4010/Si4313 DEMO LINK RF E M I S S I O N /I MMUN IT Y TEST REPORT A CCORDING TO EN 55025 AND GS 95002 1. Introduction This document contains a complete test report that describes the RF Emission and RF Immunity tests that were performed on a Silicon Labs Si4010-Si4313 demo RF link. An RF emission and RF immunity test was performed in a third party independent accredited test laboratory to
Silicon Laboratories
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BMW GS 95002 4010/S 4010-S 4313-DAPB 4010-DASKF 78701/USA

RF pcb antenna 434

Abstract: A 434 RF TRC105 434 MHz Transceiver Reference Design Introduction This application note presents a PCB reference design for RFM's TRC105 transceiver IC operating in the 434 MHz band. The reference design includes an integrated PCB antenna. The reference design schematic is shown in Figure 1 below. · · · , 6 of 7 AN904 - 06/21/10 Figure 10 shows the assembled TRC105 434 MHz reference design PCB. Figure 10 - Assembled Reference Design PCB Reference Design Range Testing The TRC105 434 MHz
RF Monolithics
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XTL1020 2506033017Y0 A 434 RF RF360 antenna 434 PCB RF Inductor RF3608D
Abstract: circuit traces may be seen by the antenna as part of the ground system, and RF voltages can be induced , and groundplane. Load Whip Antenna(434MHz) The Short PCB Stub One big advantage for the short , remotes. Spiral Antenna (434 MHz) The Helical (Coil) This is similar to a spiral that is not , use Helical Antenna (434 MHz) â'Chipâ' Antenna The latest entry into the antenna field is the , the board is vertical, the pattern is omnidirectional. 0 Chip Antenna (434 MHz) The Loop HOPE Microelectronics
Original
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