QRF-0600 DataSheet - Mega-Chip
Contents
1. 3 PANTE NDN A COPA Ue E A E 7 A ERE lud RS 7 Sm A ooo 8 O BLECTRICAL SPECIEI sic 10 T EO DUMP SS m ono PP 11 8 DESIGN GUIDE TO AVOID RF 12 A A ____ 16 E REFERENCE DOCUMEN D 16 Confidential Doc AN QRF 0600 Rev 0 2 gt Page 3 17 idi QuadRep Electronics T Ltd Product QRF 0600 1 GENERAL INFORMATION The QRF 0600 module is a high output power over 18dBm at antenna output system that integrates RF IC PA LNA antenna other necessary components such as crystal switches resistors and capacitors The purpose of the QRF 0600 module is to provide our customers a flexible and reliable module for their application development There are two interfaces for the QRF 0600 module It s simple and convenient to program for both 802 15 4 and ZIGBEE applications UZ2400D 802 15 4 compliant transceiver features a maximum 5 serial interface when operating at 20M Hz for various control purposes and it 15 a serial interface slave device The basic serial interface consists of 4 wired bus SCLK SI SO and SEN It provides accesses to various storage units MAC BB RF control status registers TXFIFOs RXFIFO and security key table Confidential Doc AN QRF 0600 Rev 0 2 gt Page 4 17 idi QuadRep Electroni2. _ EL ____ a ME 50 6 Frequency Band 2 400 ERN 2 885 GHz 50 Antenna Output Impedance LM Ohms Confidential Doc AN QRF 0600 Rev 0 2 gt Page 10 17 idi QuadRep Electronics T Ltd Product QRF 0600 VINVOUT GND EN NC SMA OUT RFIN GND1 GND1 GND2 RFOUT VDD RF1 RF P s RFN XTAL32 P VDD RF2 XTAL32 OUT SCAN M SCAN_EN FS 231 VDD2V2 GND D VOD D LNB EN UZ Reset WAKE UZ Int SO PAOUT RFOUT RFIN RFOUT VCC SPI SEN Vdet Ventl 2 QRF 0600 Size Document Number B QRF 0600 Date Friday December 03 2010 Confidential Doc AN QRF 0600 Rev 0 2 gt Page 11 17 idi QuadRep Electronics T Ltd Product QRF 0600 8 DESIGN GUIDE TO AVOID RF INTERFERENCE When RF module put on an application board mother board to minimize the RF signal interference the best way is to define an isolation area This area should have no any trace or grounding pad Here are some layout suggestions for mother board suggestion 1 Place RF board aside mother board Let antenna part outside mother board 15 better Make sure no trace and grounding pad under the must isolate area Please see the drawing as below E Must Isolate Area Prefer Isolate Area Lj Module Board Via Mother Board v Antenna suggestion 2 Place RF board at the corner of moth
3. ae t r ad a a a s PIS SD S B SB SG PIS PS BS D BE PS PI P T D ln PI 4 5 D BL PIS PS S BB S D D e Mother Board Confidential Doc AN QRF 0600 Rev 0 2 gt Page 14 17 idi QuadRep Electronics T Ltd Product QRF 0600 HG ee LL 11151 nnm nnm al ne Hother Board Must Isolate Area Prefer Isolate Area RF Module Board Via Customer s Mother Board v Antenna Confidential Doc AN QRF 0600 Rev 0 2 gt Page 15 17 iQ QuadRep Electronics T Ltd Product QRF 0600 The power amplifier is designed for the little single The default power of UZ2400D 0 dBm is too big for PA If sending 0 dBm power into PA it causes non linearity gain and EVM become bigger For linearity gain and good EVM of PA the maximum input power of PA is 2 dBm So you should reduce the output power of UZ2400D 2 dBm 10 1 UBEC UZ2400D datasheet 10 2 ACX AT5020 datasheet Copyright QuadRep Electronics 2010 While QuadRep Electronics Inc has made every effort to ensure that the information presented here is accurate QuadRep will not be liable for any damages arising from errors or omission of fact QuadRep reserves the right to modify specifications and or prices without notice Products ment
4. cs T Ltd Product QRF 0600 aes ca He asas 5 ur C a zH 5 oss ce 10 0mm 0 6mm 1 4mm 2 6mm Figure 2 PCB mechanical drawing of QRF 0600 Module front view Confidential Doc AN QRF 0600 Rev 0 2 gt Page 5 17 idi QuadRep Electronics T Ltd Product QRF 0600 3 5 0 9mm 20 0mm gt e e 10 Qmm 0 8mm 1 4mm 2 6mm Figure 3 PCB mechanical drawing of QRF 0600 Module Back view Note 1 The PCB size is 35 x 20 cm2 Note 2 The PCBA thickness is 2 2 mm the highest component Confidential Doc AN QRF 0600 lt Rev 0 2 gt Page 6 17 iQ QuadRep Electronics T Ltd Product QRF 0600 This module adopts chip antenna for minimizing the PCB size User owns the flexibility to use an external antenna When user uses external antenna please re solder from internal chip antenna side to external SMA TP1 Pad 16 is VCC input on QRF 0600 QuadRep ZigBee module The voltage range is from 3 0V to 3 3V Confidential Doc AN QRF 0600 lt Rev 0 2 gt Page 7 17 idi QuadRep Electronics T Ltd Product QRF 0600 5 QRF 0600 PAD DEFINITION rf SMA OUT UZ Reset WAKE UZ Int SPI SO SPI SI SPI SCLK SPI SEN CLKOUT Bec XTAL32P VCC p XTAL32N 4 ll Dortue J ll Don tuse 2 3 Don tuse J gt ll Don t
5. er board Make sure no trace and grounding pad under the must isolate area Please see the drawing as below Confidential Doc AN QRF 0600 Rev 0 2 gt Page 12 17 idi QuadRep Electronics T Ltd Product QRF 0600 2 2 Must Isolate Area Prefer Tsolate Area RF Module Board Mother Board Via Customer s Mother Board WX Antenna suggestion 3 If you couldn t put RF board at one side or at the corner of mother board You must make sure no circuit trace and grounding pad under the must isolate area and at least reserve extra 3 mm space as safety area Please see the drawing as below PA b Must Isolate Area Prefer Isolate Area RF Module Board Via Customer s Mother Board Antenna For all of above suggestions try to extend isolation area from must area to prefer area Please see the drawing as below The more isolation area the better RF performance Confidential Doc AN QRF 0600 Rev 0 2 gt Page 13 17 idi QuadRep Electronics T Ltd Product QRF 0600 INE Ed ea Fa i XM el el el EL Must Isolate Area ES Prefer Tsolate Area Lj RF Module Board Via Customer s Mother Board Antenna _ CREA NA
6. idi QuadRep Electronics T Ltd Product QRF 0600 Revised Date Feb 01 2011 ORF 0600 ZigBee Module User Manual Preliminary Doc AN ORF 0600 01 lt Rev 0 2 gt All rights strictly reserved Any portion of this paper shall not be reproduced copied or transformed to any other forms without permission from QuadRep Electronics T Ltd QuadRep Electronics T Ltd 16F 1 No 75 Hsin Tai Wu Rd 1 His Chih Taipei Taiwan TEL 886 2 26989933 FAX 886 2 269899 11 http www quadrep com tw http www quadrep com cn Confidential Doc AN QRF 0600 lt Rev 0 2 gt Page 1 17 idi QuadRep Electronics T Ltd Product QRF 0600 Revision History Description of Change NE Add Sleep Power DISCLAIMER ALTHOUGH TO THE BEST KNOWLEDGE OF THE QUADREP ELECTRONIC CORPORATION QUADREP THIS DOCUMENT IS ADEQUATE FOR ITS INTENDED PURPOSES QUADREP MAKES NO WARRANTY OF ANY KIND WITH REGARD TO ITS COMPLETENESS AND ACCURACY QUADREP EXPRESSLY DISCLAIMS ANY AND ALL OTHER WARRANTIES EXPRESS IMPLIED OR STATUTORY INCLUDING WITHOUT LIMITATION WARRANTIES OF TITLE MERCHANTABILITY NON INFRINGENT AND FITNESS FOR A PARTICULAR PURPOSE WHETHER ARISING IN LAW CUSTOM CONDUCT OR OTHERWISE Confidential Doc AN QRF 0600 lt Rev 0 2 gt Page 2 17 iQ QuadRep Electronics T Ltd Product QRF 0600 TABLE OF CONTENTS C E E 4 2 PCBA PICTURES AND
7. ioned herein are used for identification purposes only and may be trademarks and or registered trademarks of their respective companies QuadRep Electronics T Ltd 16F 1 No 75 Hsin Tai Wu Rd Sec 1 His Chih Taipei Taiwan TEL 886 2 26989933 FAX 886 2 26989911 http www quadrep com tw http www quadrep com cn Confidential Doc AN QRF 0600 lt Rev 0 2 gt Page 16 17 iQ QuadRep Electronics T Ltd Product QRF 0600 Confidential Doc AN QRF 0600 lt Rev 0 2 gt Page 17 17
8. use 2 ___ Dortue 10 UZ2400D SPI CLK UZ2400D SPI SEN 15 GND Grad Powerin J UZ2400D Extra UZ2400D PIN 27 Oscillators Oscillators OQ ____21 2 22 Nee o ____24 None ____25 Nome Confidential Doc AN QRF 0600 Rev 0 27 Page 8 17 idi QuadRep Electronics T Ltd Product QRF 0600 ____26 None ____27 None ____28 None 9 None 30 1 31 32 GND X Grad 4 GND Grad At least connect external lines for QRF 0600 module UZ Int SPI SO SPI SI SCLK SEN VCC Confidential Doc AN QRF 0600 Rev 0 2 gt Page 9 17 idi QuadRep Electronics T Ltd Product QRF 0600 Storage temperature 40 C to 120 C Operating temperature Range 30 C to 80 C WARNING Exceeding any of these ratings will void the warranty and may damage the device Supply Voltage for RF analog and digital circuits Supply Voltage for Digital I O Current Consumption ACTIVE TX Mode 18 dBm gt ACTIVE RX Mode NENNEN Sleep Mode Output Power Wireless Receive Sensitivity 102 Bm D 36
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