远距离读写器 20M RFID UHF读卡器 JT-8290A 产品说明书
一体化远距离读卡器说明书
远距离读卡器说明书此说明书将指导您如何使用读卡器。
请在使用读卡器前，仔细阅读此说明书。
一、产品概述随着社会现代化进程的不断推进，人们不断追求高品质生活，汽车已逐步成为人们出行的交通工具。
车辆的迅猛发展给传统的手动刷卡停车场管理系统也带了巨大压力。
上、下班高峰期排队等候刷卡、上坡车道停车刷卡、雨雪天气伸手刷卡等有诸多不便。
科技的发展，先进技术的应用，也更好的解决了传统产品的不足。
远距离不停车自动感应产品的诞生，以便捷、减排、省时、节油等传统产品无法比拟的优势，将全面取代传统式手工刷卡的停车场系统。
因停车场系统应用的特殊性，并不是任何一款远距离读卡设备都能发挥应有的功能，在实际应用中信号能否穿透汽车隔热膜、相临车道信号干扰、跟车信号干扰、微波辐射危害、信号衰减、电磁兼容等关键技术成为产品稳定性的重要因素。
我公司生产的定向远距离读卡器利用红外和微波同步通讯技术，充分考虑产品在停车场系统和ETC系统应用的特点，是国内目前唯一能解决准确定位和互相干扰的远距离读卡设备。
二、产品性能三、系统原理该款远距离定向读卡器结合了红外与射频通讯特点，互补两个不同频率通道的工作优势，相互进行信息传递。
射频是一个无方向的电磁波，难以准确定向，但通讯速度快；而红外具有严格的角度定位，但通讯速度慢；在停车场实际应用中选用某一个通道通讯难以达到理想的使用要求。
原理：读卡器发射60度红外扫描信号，红外信号是经过加密的数据，包含了唤醒编码、机器编码信息；当休眠中的远距离卡进入读卡器发送的红外信号范围时，立即被唤醒工作，发射射频电磁波发送远距离卡内码，在发送卡内码的同时也将读卡器机器码附带传递给读卡器；读卡器接收到卡号后对首先对机器码验证，与该机身码相符的为有效卡直接上传给上位机，与该机器码不符的直接删除，避免了临近车道和跟车的串号干扰。
四 、产品特点⑪穿透性：可穿透任何金属汽车防爆膜，远距离卡放置到车内，无需摇窗户可自动识别感应； ⑫方向性：采用红外定位射频传输双通道模式方式工作，具有严格的方向性和稳定性，读卡区60度以外绝不读卡。
技术解决方案英国有限公司（TSL）RFID移动读取器说明书
T echnology Solutions UK Ltd (TSL ®), part of HID Global, is a leading manufacturer of high performance mobile RFID readers used to identify and track products, assets, data or personnel.For over two decades, TSL ® has delivered innovative data capture solutions to Fortune 500 companies around the world using a global network of distributors and system integrators. Specialist in-house teams design all aspects of the finished products and software ecosystems, including electronics, firmware, application development tools, RF design and injection mould tooling.TSL ® is an ISO 9001:2015 certified company.Copyright © 2018 Technology Solutions (UK) Ltd. All rights reserved.No part of this publication may be reproduced or used in any form, or by any electrical or mechanical means, without permission in writing from T echnology Solutions (UK) Ltd. This includes electronic or mechanical means, such as photocopying, recording, or information storage and retrieval systems. The material in this manual is subject to change without notice.T echnology Solutions (UK) Ltd (TSL ®) reserves the right to make changes to any software or product to improve reliability, function, or design. TSL ® does not assume any product liability arising out of, or in connection with, the application or use of any product, circuit, or application described herein. No license is granted, either expressly or by implication, estoppel, or otherwise under any patent right or patent, covering or relating to any combination, system, apparatus, machine, material, method, or process in which TSL ® products might be used. An implied license exists only for equipment, circuits, and subsystems contained in TSL ® products. TSL ® and the TSL ® logo are registered trademarks of TSL ®. Other product names mentioned in this manual may be trademarks or registered trademarks of their respective companies and are hereby acknowledged.All software is provided strictly on an “as is” basis. All software, including firmware, furnished to the user is on a licensed basis. TSL ® grants to the user a non-transferable and non-exclusive license to use each software or firmware program delivered hereunder (licensed program). Except as noted below, such license may not be assigned, sublicensed, or otherwise transferred by the user without prior written consent of TSL ®. No right to copy a licensed program in whole or in part is granted, except as permitted under copyright law. The user shall not modify, merge, or incorporate any form or portion of a licensed program with other program material, create a derivative work from a licensed program, or use a licensed program in a network without written permission from TSL ®. The user agrees to maintain TSL ®’s copyright notice on the licensed programs delivered hereunder, and to include the same on any authorized copies it makes, in whole or in part. The user agrees not to decompile, disassemble, decode, or reverse engineer any licensed program delivered to the user or any portion thereof.The Bluetooth ® word mark and logos are registered trademarks owned by Bluetooth SIG, Inc. and any use of such marks by T echnology Solutions (UK) Ltd is under license. Other trademarks and trade names are those of their respective owners.TERMS & CONDITIONSDesign • Development • ManufactureTECHNOLOGY SOLUTIONSUKLTDHEALTH AND SAFETYPower SupplyLaser WarningA warning label is present on the back of the antenna when a barcode reader antenna is fitted.The barcode reader module complies with 21 CFR 1040.10 and 1040.11 except for deviations pursuant to Laser Notice No. 50, dated June 24, 2007, EN60825-1:2007 and IEC60825-1:2001 (Ed.1.2)Avoid unnecessary exposure to the laser light emitted from the barcode reader.Caution: Use of controls, adjustments or performance of procedures other than those specified herein may result in hazardous laser light exposure.Caution: Viewing the illumination from the barcode reader with optical instruments may result in increased hazard.ISO 9001: 2015Address:Technology Solutions (UK) LimitedSuite A, Loughborough T echnology Centre, Epinal Way,Loughborough, Leicestershire, LE11 3GE. United Kingdom.Telephone:+44 (0)1509 238248Fax:+44 (0)1509 214144Email:*****************Website:CONTACTTSL ® - Global Leaders in Mobile RFIDABOUTSUPPORTT o download the 2128 Bluetooth ® UHF RFID Reader User Guide, visit: /2128-downloadsUser DocumentationIf you are having difficulties using your 2128 UHF Reader, please use the online Troubleshooting Guide at: /troubleshooting-guidesIf you have consulted both the 2128 UHF Reader User Guide and the online Troubleshooting Guide and still need assistance, contact TSL ® at: /contactTroubleshootingWarrantyTSL ®’s hardware Products are warranted against manufacturing defects for a period of twelve (12) months from the date of shipment, unless otherwise provided by TSL ® in writing, provided the Product remains unmodified and is operated under normal and proper conditions.For further warranty information and provisions, please see the Warranty section of the 2128 UHF Reader User Guide (available to download at /2128-downloads )Use only TSL ®-approved cradles and power supplies with the 2128 UHF Reader. Use of an alternative power supply will invalidate any approval given to this device, void the warranty for the product and may be dangerous.User Guide and DownloadsQuick Start GuideStatusThe Reader is awake but there is no connection The Reader is awake and connected to a hostThe Reader has successfully read a tag or barcode or executed the alert commandAntenna error - try reseating the antennaBattery low warning (<10% capacity remaining), please recharge immediatelyBattery charging with battery level less than 33%Battery charging with battery level less than or equal to 66%Battery charging with battery level greater than 66%There is a charge error / battery fault The Reader is fully charged The Reader is off and not chargingCaution: In order to avoid or minimize the potential risk of ergonomic injury, follow the recommendations below. Consult with your local Health & Safety Manager to ensure that you are adhering to your company’s safety programs to prevent employee injury.●Reduce or eliminate repetitive motion ●Maintain a natural position●Reduce or eliminate excessive force●Keep frequently used objects within easy reach ●Perform tasks at correct heights ●Reduce or eliminate vibrationErgonomic Recommendations●Reduce or eliminate direct pressure ●Provide adjustable workstations ●Provide adequate clearance●Provide a suitable working environment ●Improve work proceduresBluetooth ® UHF RFID Readerlist of Bluetooth® devices, the 2128 UHF Reader will be identified by its serial number (xxxxxx-2128). (Make sure the Reader has not ‘timed-out’ and gone to sleep, as it will not be discoverable).Once a Bluetooth® connection has been successfully established, the blue LED will stop flashing and stay on continuously.Install a compatible application (such as TSL®’s RFID ExplorerApp) on your smartphone or tablet. RFID Explorer can bedownloaded from the App Store or Google Play.Open your compatible application and select the 2128 UHF Readerfrom the list of available devices. The 2128 UHF Reader should now be ready to use! INTRODUCTIONFIGURE 1:Parts of the2128 UHF RFID ReaderThe TSL® 2128 Bluetooth® UHF RFID Reader provides Ultra High Frequency (UHF) Radio FrequencyIdentification (RFID), with optional barcode scanning functionality. The unit can be used in batch modeusing an optional Micro SD card, or can be connected via USB through the ePop-Loq® socket, orconnected to a host device via Bluetooth®. The 2128 can read and write to EPC Global Class 1 Gen 2UHF RFID transponders.For detailed information on setting up and using the 2128 UHF Reader, please visit/2128-downloads to download the 2128 UHF Reader User Guide.Antenna Release LatchDocking ConnectorStatus LEDsTrigger ButtonUHF AntennaePop-Loq® SocketTrigger HandleBATTERY INSTALLATIONThe battery is charged using a docking station and is therefore unlikely to need to be changed onceinstalled. T o access the battery compartment the grip handle must first be removed.Push the Handle Release latchupwards and slide the TriggerHandle off the Main BodyRemove the Battery CoverInsert the Battery,ensuring that thebattery contacts alignwith the contacts onthe Main Body.Re-attach the BatteryCover and TriggerHandle.BLUETOOTH® OPERATING MODESFor a detailed comparison between Bluetooth® HID and SPP modes - and instructions on how toswitch between these modes - download the ‘Comparison of Bluetooth® Modes for TSL® UHF Readers’document from the 2128 Downloads Page (/2128-downloads).For information and examples on configuring HID mode, download the ‘Bluetooth® HID mode’application note (/2128-downloads).To pair with a Bluetooth® host deviceREADING TRANSPONDERSThe 2128 UHF Reader can read and write to UHF RFIDtransponders when they are in range of the antenna. Theantenna is located on the front of the 2128 UHF Readerand the read zone is in front of the antenna.The range at which a transponder can be read dependson the transponder type and size, and the number oftransponders in the field.BUTTON OPERATIONThe 2128 UHF Reader has a Primary button action and aSecondary button action, which can be initiated by singleor double-clicks of the T rigger Button:Single-click and hold:Primary action (by default, the Primary action scans forUHF transponders).Double-click and hold:Secondary action (by default, the Secondary actioninitiates the laser barcode scanner - this is only availablewhen using the 2D Imager Antenna variant).The Single and Double-click button options are alsoprogrammable for custom applications.FIGURE 4: Antenna read directionCHARGINGTo comply with internationalshipping regulations,all batteriesincluded with TSL ® products aredischarged to less than 30% oftheir maximum capacity whenshipped. It is therefore importantthat the unit is fully charged beforeusing your 2128 UHF Reader forthe first time.The 2128 UHF Reader can becharged using the dedicated 2128Docking Station. The DockingStation has an input for power anda Mini USB connector for datacommunications.FIGURE 2: Charging the 2128 UHF ReaderUse 5.2V 4A PowerSupply OnlyMain BodyATTACHING DEVICESThe 2128 UHF RFID Reader has an ePop-Loq® mount which allows smartphones and mobile terminalsto be physically attached to the 2128 UHF Reader. Custom ePop-Loq® cases allow compatible deviceswith custom applications to communicate with the reader via USB instead of Bluetooth®.ePop-Loq® studePop-Loq® socketePop-Loq® caseFIGURE 5: ePop-Loq® component partsPLEASE NOTE: Our UHF RFID Bluetooth® Readers support two different modes of operation overBluetooth®.1. Bluetooth® SPP ModeBy default the 2128 UHF Reader is set to SPP Mode. In this mode, the 2128 UHF Reader will only workwith Apps that have been written with specific support for the 2128 UHF Reader. SPP Mode allowsaccess to the full range of features available on the 2128 UHF Reader.The 2128 UHF Reader must be set to SPP mode in order to work with RFID Explorer or any of the otherfree TSL® Apps (/apps).2. Bluetooth® HID ModeIn HID mode, the 2128 UHF Reader appears as a Bluetooth® Keyboard, making it compatible with themajority of Apps or Web Apps. Apps receive input as key strokes from the Reader. HID mode is bettersuited to reading UHF tags one at a time.Further InformationTriggerButtonFIGURE 3: Trigger Button location1. Ensure the phone / mobile terminal is fitted into itsePop-Loq® case before attaching the case to the2128 UHF RFID Reader. This prevents over-flexingof the case.2. Make sure all of the contacts - on both the ePop-Loq® socket and stud - are clean and free from dirtor debris.3. Align the ePop-Loq® stud with the ePop-Loq®socket - ensuring that the front of the host deviceis pointing towards the antenna - and press the twoparts together until they click into place.4. To remove the ePop-Loq® case, pull in the oppositedirection. Do not twist the devices when separating.The ePop-Loq® USB connection on the 2128 can be configured in one of two modes – Charge-Only orCharge-and-Data. Please ensure the mode required is correctly configured.●Charge-Only mode: Both the 2128 UHF Reader and the mounted device will be charged whendocked in the charging cradle, but will never use the USB data connection.●Charge-and-Data mode: Compatible devices will use the USB data connection when not in thecharging cradle. Note that USB data connection to the 2128 requires a custom application thatsupports the TSL® ASCII protocol over USB.T o configure the USB mode, please refer to the 2128 User Guide (the 2128 User Guide can bedownloaded at /2128-downloads).USB CONNECTIONBLUETOOTH® CONNECTIONThe 2128 Bluetooth® Handheld UHF RFID Reader is compatible with many Bluetooth® wirelesstechnology enabled host devices including Android, iOS and Windows 10/8/7.The Bluetooth® version is BT4.2 and supports both Bluetooth® Low Energy and Bluetooth® Classic.Squeeze the Trigger Button to wake up the 2128 UHF Reader and wait for the blue LED to start flashing(if it does not flash, please check the battery is charged and properly installed).In your host device’s ‘Bluetooth® Settings’ page, search for and pair with the 2128 UHF Reader. In theFIGURE 6: Attaching an ePop-Loq® caseMake sureall contactsare cleanFitting an ePop-Loq® caseFront of thehost device。
RFID读写器使用说明
主要特性： 工作频率：13.56Mhz 支持标准：ISO15693 射频功率：1~8W（可调） 天线接头：1个SMA（50Ω ） 通信接口：RS232 供电：12V DC 支持噪声检测 集成一路继电器输出 物理特性： 外壳材质：铝合金 尺 寸：200x154x30MM 重 量：1300克 工作频率：13.56Mhz 支持标准：ISO15693 射频功率：1~8W（可调） 天线接头：1个SMA（50Ω ） 通信接口：RS232、RS485和以太网 供电：12V DC 支持噪声检测 集成一路继电器输出 外壳材质：铝合金 尺 寸：208x180x32MM 重 量：1030克 工作频率：13.56Mhz 支持标准：ISO15693 射频功率：1~8W（可调） 天线接头：4个SMA（50Ω ） 通信接口：RS232、RS485和以太网 供电：12V DC 支持噪声检测 集成一路继电器输出 外壳材质：铝合金 尺 寸：208x180x32MM 重 量：1050克 工作频率：13.56Mhz 支持标准：ISO15693 射频功率：1~8W（可调） 天线接头：12个SMA（50Ω ） 通信接口：RS232、RS485和以太网 供电：12V DC 支持噪声检测 集成一路继电器输出 外壳材质：铝合金 尺 寸：208x180x32MM 重 量：1080克
ห้องสมุดไป่ตู้
近距离读写器
RD100桌面读写器 RD120/122桌面读写器 RD102H壁挂读写器 RD105H壁挂读写器
主要特性： 工作频率：13.56MHZ 支持标准：ISO15693 识别距离：10cm左右 通讯接口：USB（免驱） 供 电：5V DC USB供电 物理特性： 尺 寸：110x82x25MM 重量：110g 尺 寸：140x100x30MM 重量：120g 尺 寸：122x83x23MM 重量：140g 尺 寸：120x83x24MM 重量：150g 工作频率：13.56MHZ 支持标准：ISO15693 识别距离：10cm左右 通讯接口：USB（免驱）、光标输出 供 电：5V DC USB供电 工作频率：13.56MHZ 支持标准：ISO15693 识别距离：10cm左右 通讯接口：WG26/WG34 供 电：12V DC供电 工作频率：13.56MHZ 支持标准：ISO15693 识别距离：10cm左右 通讯接口：WG26/WG34 供 电：12V DC供电
UHF读写器用户手册说明书
UHF Reader User Manual2E-26562E-2657Contents1. Model Parameter: (3)2. Model Package: (3)3. Wiring Diagram: (4)3.1 Example with Anson Controller (5)3.2 Connect to Ground: (5)4. Installation: (5)4.1 Installation 1 example: (6)4.2 Mounting reader and height adjustment (6)4.3 Reader Installation Angle Adjustment (7)4.4 Installation Example-Parking Lot (7)4.5 Tag position in vehicle (8)5. Application: (9)6. Quick Start for Software (9)6.1 Connect reader With PC (9)6.1.1 RS232 Communication (10)6.1.2 TCP/IP Communication (10)6.2 Basic Settings: (12)6.2.1 Wiegand Parameter Input Zone: (12)6.2.2 Basic Parameters Input Zone: (12)6.2.3 Freq Parameters Input Zone: (14)6.2.4 Senior Parameter Input Zone: (14)6.2.5 Active Encrypt Function (14)6.2.6 . Get Parameter (17)6.2.7 Set Parameter (17)6.2.8 Default All (17)6.2.9 Net Initialize (17)6.3.10 WIFI Initialize (17)6.3 Senior Settings (17)6.4 EPC Read and Write (18)6.5 ISO1800-6B Read and Write (19)7. Notice (20)1. Model Parameter:2. Model Package:In the package include one reader, 1 RS232 Serial port ， 12V adapter and the antenna bearer. When you open the box, please check the spare parts, if with any question, please contact distributor or sales department.See below picture for the inside package and separate products picture(2E -2656).RS232/485 RS232/4851-15mDescription PictureDeviceRS232 Serial PortCable12V AdapterAntenna Bearer3. Wiring Diagram:Description Model Wire No. Color Function1 Red DC9-15Positive 2E-2656/57V2 Black GND Negative 2E-2656/573.1 Example with Anson Controller3.2 Connect to Ground:In case you use the external power supply for the UHF reader, then you must have acommon ground with controller, or will cause unknown problems.4. Installation:In general there are two installation ways of UHF reader, see blow picture 1 and 2.7 2E-2656/572E-2656/57PIN58 Grey Trigger/ 2E-2656/57 9 Orange 485+ / 2E-2656/57 10 Purple 485-/ 2E-2656/57TCP/IP UHF reader without Grey, orange and purple cable. 4 Green Data0 Wiegand D0 5 Yellow TXD RS232 PIN26BrownRXDRS232 PIN32E-2656/577 Blue GND RS232 GND 3 White Data1 Wiegand D12E-2656/572E-2656/57(1) (2)Installation 1 will be easy for installation, but distance will be less than installation 2, installation 2 will be more difficult for installation.4.1 Installation 1 example:4.2 Mounting reader and height adjustmentFor installation 1, the mounting pole diameter should be 50-60mm, height should be 2.2m, we suggest to use the stainless steel material(thickness greater than 1.2mm), use the bearer inside the reader box to fix into pole top, and adjust the height from reader center position to road according to vehicle type, in general the height is 1.8-2.2m.For installation 2,the L type mounting pole diameter should be 60-80mm, the cross beam diameter should be 50-60mmmm, and we suggest to use the stainless steel material(thickness should be 1.2mm-2mm).Use the bearer inside the reader box to fix into pole top and adjust the height from reader center position to road according to vehicle type, in general the height is 3.5-4m.4.3 Reader Installation Angle AdjustmentSee below picture 3 and 4 for reference adjust angle for reader.3 44.4 Installation Example-Parking LotPrincipal to install the reader:（1）Reader and barrier gate linear distance no go across 1m.（2）Between reader and tag, no items covered.（3）Distance between reader and control panel or PC distance we suggest as closer as possible and install shielded communication cable.（4）For detailed installation please according to real situation.Reader close to barrier, and make sure the sensing area can cover the ground sensor,See below picture.4.5 Tag position in vehicleIn general, the parking devices are installed in the left side of the lane, then the tag should be stick in the position of below picture showed.For small vehicle, we suggest A, B and C position, for big truck or big bus, we suggest D, E and F position. The principal of the tagposition is not cover the eyesight of driver.Suggest Position: If reader install in left side, then suggest A and E position. If reader install in the top, then suggest B and F, if reader install in right side, then we suggest C and D position.Tag installation when vehicle windshield with metal UV film:（1） Original UV film: According to European standard, Position B willreserve2E-2656 is 1-6m, 2E-2657 is 1-15m. And the vehicle speed should less than 15km/h.120m*70mm space(no contain metal) for RFID stickers. When install the tag, just install in the B position.（2）Self-stick UV film: Cut a space 120*70mmm special for RFID stickers.We suggest B,D or E position.（3） Use anti-metal tags, install in the car license plate.（4） Manual hold the RFID card to read.Correct Hold Card Wrong Hold Card5. Application:(1) Transport Control:(2) Vehicle Management(3) Parking Management(4) Access Control Management(5) Product Anti-fake Detection(6) Anti-thief Management6. Quick Start for SoftwareThe UHF reader with software to read and write the tags and cards, as well to adjust the basic parameter of the reader.6.1 Connect reader With PCThere are two mode of reader, one is TCP/IP and RS232 communication, the other is RS232 communication only.6.1.1 RS232 CommunicationThere are two client in software package, on is RFIDDemo3203.exe other is Netconfig.exe. For RS232 communication device, just open RFIDDemo3203.exe client.See below.Please ensure serial port of reader connect with PC, and select correct port in PC, then select baud rate, then click connect.6.1.2 TCP/IP CommunicationFor TCP/IP communication, you need open two client, Netconfig.exe and RFIDDemo3203.exe. Netconfig.exe to get the IP address and port of connected UHF reader. You can open it by click broadcast.1.See blow procedure 1, click broadcast to get the IP of uhf reader.2.And input the detected IP, but make sure that your pc and the address at the same LAN, be simple, you can ping the IP, see procedure 2.3.Then click “Connect” to connect the reader.4. If communication OK, see below6.2 Basic Settings:6.2.1 Wiegand Parameter Input Zone:It is mainly related to Wiegand output interface. Only communication mode is Wiegand26 or Wiegand34 available.Byte Offset：The byte of card number to be offset, there is a initial position when read card number. To change the initial position, for example Wiegand 26,output 3 byte, but 18600-6B card number (E0 01 02 03 04 05 06 07) i s 8 byte, the parameter is this 3 byte, when the value is 0, it is (E0 01 02), when the value is 1, It is (01 02 03)... More details, please refer to Wiegand protocol.Output Period: It is frequency of Wiegand port. More details, please refer to Wiegand protocol. Pulse Width: It is the time length of Wiegand signal.Pulse Period: It is interval time that from first low pulse to next low pulse sending. For details, please refer to Wiegand protocol.Note: In general, user only need set byte offset, other setup is default.6.2.2 Basic Parameters Input Zone:Work Mode:It includes 3 items:Active , Passive and Response modeActive: Reader keep reading card, and transmit each of card number by communication port (apply to active upload data).Passive: Reader keep reading card, and each of card number store in reader, but do not upload card number,the max. storage is 100pcs (apply to passive upload). 3. Response: Reader do not read card, reader response according difference commands. For example, PC send a recognize card command, reader will read a time and reply card number to PC (apply to short distance read and write card, test).Output Mode:It includes RS232, TCPIP, CANBUS, Wiegand26 and Wiegand34.RS232: Serial port communication mode, It connects with PC serial port directly and point to point mode.TCPIP：Network communication mode, it communicate with PC by LAN or WAN. CANBUS：BUS communication mode, it is point to multiple mode.Wiegand26：It is standard reader communication mode, one-way communication mode. Wiegand34 ：It is standard reader communication mode, one-way communication mode.Read Interval:The speed of reading card.Note: read card interval must more than 10ms. If read card interval is too short, it will short lift of the reader.Power Size: The max. value is 30.Trigger:1. Close: Close trigger mode to read card.2. Low Trigger: When trigger lead (gray wire) connect with low power (OV), reader power on, when trigger lead (gray wire) connect with high power (12V), reader power off.Note: When Trigger mode is Close, trigger lead must connect with high power or low power and can not be dangling.Same ID Interval:When reader read a same card continuously, reader only upload one data. The read interval can be set at here, and if the read time is over set interval, reader will upload continuously. Buzzer: When reader read card, the buzzer beep or not.Buzzer:It includes disable and enable, disable mean turn off the buzzer, when read card, no beep, enable mean turn on the buzzer, when read card, with beep.Card Type:1. ISO18000-6B：Only read ISO18000-6B protocol tag.；2. EPC （GEN 2 ）Single – Tag ：Only read EPC（GEN 2）protocol tag, read one tag one time. Reader hard to or not read multiple tags when put them in the effective range.3. EPC （GEN 2 ）Multi – Tag：Only reader EPC （GEN 2 ）protocol tag, multi-tag can be read.4. EPC （GEN2 ）Multi –Data：Only read EPC （GEN 2 ）protocol tag,except read default EPC area 12 bytes data, other area data can be read. (Select this type and set to read the length of other area data in senior parameter, the max. Is 12 bytes)5. ISO18000-6B + EPC （GEN 2 ）: ISO18000-6B and EPC （GEN 2 ）protocol tag can be read.Freq Parameters Input Zone It refer to 18000-6b and EPC card, normally hopping need be selected.6.2.3 Freq Parameters Input Zone:It refer to 18000-6b and EPC card, normally hopping need be selected.6.2.4 Senior Parameter Input Zone:It is used for multiple channel reader (split reader), integrative reader default is antenna 6.2.5 Active Encrypt FunctionFor this version software, the encrypt function is hided, to enable the encrypt function, please see below procedure.1) Press”F8” 5 Time s2) Choose then “Enabled”, and set password, then set Parameters [Set Para].3) Now, put the tag on the reader, the reader is not beep;4) Presses “Encrypt Tag”, until the reader beep, then enc rypt succeed;Note: when the encrypt tag, you can move the tag to accelerate the process of encryption;6.2.6 . Get ParameterClick “Get Para” button, parameter of the reader can be acquired. Acquire parameter succeed if display green in status bar; Acquire parameter failure if display red in status bar.(Do not read card when acquire parameter)6.2.7 Set ParameterWhen change parameter in demonstration area, click “Set Para” button, updated data will be set in currently reader. Setup succeed if display green in status bar; Setup failure if display red in status bar.6.2.8 Default AllClick “ Default All” button, basic parameter and senior parameter will recover to default. (Need to click “parameter setup”, updated parameter will be set in reader).6.2.9 Net InitializeNull6.3.10 WIFI InitializeNull6.3 Senior SettingsSenior settings is mainly setup the TCP/IP reader parameter, such as IP address, Syris config and time config etc.TCP/IP config: User can modify the TCP/IP uhf readerSYRIS Config: It is to set Syris SN and Syris ID.Time Config: It is to set reader time.Soft Config: In general can ignore the function, soft reset, is reset the device by software.6.4 EPC Read and WriteThe module is used to read and write the EPC card number. when you click the module, will show below picture interface.Identify：When click, the card in the reader Hex number will display here.Read: When click read, the related address and length Hex number will display, for example the card number is 01-02-03-04-05-06-08-09-10-11-12,Address 2, length 2: 01-02, length is 3, then 01-02-03Address 3., length 2:03-04Address 4, length 2: 05-06...Write: When click write, will write the related Hex to related address.For example the card number is 01-02-03-04-05-06-07-08-09-12-10Address is 2 and length is 2, and write 02-01 to the address, then the card no. Become 02-01-03-04-05-06-07-08-09-10-11-12If write to address 3 and the length is 2.Then card number become 01-02-02-01-05-06-08-09-10-11-126.5 ISO1800-6B Read and WriteFor this module is to read and write 1800-6B card number.Identify：When click, the card in the reader Hex number will display here.Read: When click read, the related address and length Hex number will display, for example the card number is E0-04-00-00-3F-0B-22-07-00-00-00-00,Address 0, length 2: E0-04, length is 3, then E0-04-00Address 1., length 2:04-00Address 2, length 2: 00-00...Write: When click write, will write the related Hex to related address.For example the card number is E0-04-00-00-3F-0B-22-07-00-00-00-00,Address is 0 and length is 2, and write 01-02 to the address, then the card no. Become 01-02-00-00-3F-0B-22-07-00-00-00-00,If write to address 1 and the length is 2.Then card number become E0-01-02-00-3F-0B-22-07-00-00-00-007. Notice1. When reader is working, the operator should away from reader 30cm to satisfy the FCC RF requirement.2. Reader must away from the high he strong magnetic field3. When reader use external power supply, must connect the common ground with the controller or the device you connect with.4. For the reader, we suggest 9-15v power supply, you’d better use the power supply we supply or appropriate voltage power supply.5. Mount the reader on a round pole or flat surface when you do installation.6. Connect all the wire as wiring diagram suggest.。
蓝牙远距离读卡器操作说明
红外读卡器操作说明一、基础参数二、接线定义SW0-1：ON：入口 OFF：出口SW0-234:2代表4号地址 3代表2号地址 4代表1号地址SW1-1:ON：压地感读卡 OFF：不压地感读卡SW1-2：ON:不校验有效期 OFF:822读卡器SW1-3：ON:WG34 OFF：WG26SW1-4：ON:反潜回 OFF：无反潜三、软件操作1、打开软件供应商_反潜回选择好串口（串口即选择发卡器或读卡器连接的串口，默认是打开连接COM1）2、读卡器密码的下载选择串口连接打开后，在下载区选择设置读头和发卡器密码这一项。
在串口选择的下面有个，原密码填写这个读卡器之前使用的密码（出厂默认为6个F）密码位置填写现在要使用的密码，填写好之后点击在下载区的下载按钮，在下方有提示成功或失败。
3、发卡器密码下载及卡片加密选择串口连接打开后，在下载区选择设置读头和发卡器密码这一项。
在串口选择的下面有个，原密码填写之前发卡器使用的密码（出厂默认为6个F）密码位置填写卡片之前使用的密码（卡片默认出厂为6个F）。
填写好之后点击在下载区的下载按钮，在下方有提示成功或失败。
下载完发卡器密码后在下载区选择写卡密码，在密码位置填入与之读卡器相同的密码。
点击下载，把卡片拿至距发卡器感应区10CM的位置，点击下载，在下方有提示成功或失败。
4、写卡有效期、权限卡片加密之后，选择下载区的写卡有效期、权限点击下载，在下载按键下面提示成功或者失败（有效期默认为2个月，不可更改）权限控制选择根据现场情况勾选(默认为全选)5、写挂失卡选择写挂失卡，在挂失卡号位置填入你要挂失的卡号，拿一张新卡至发卡器感应区10CM位置点下载提示下载成功，把这张卡拿到读卡器上去读一下蓝色灯闪烁但没有什么提示（播报语音、开闸等），表示挂失成功。
（注：用来挂失的卡以后只能做挂失卡使用）6、写在场或者不在场根据现场情况，当车主开车已经在场内时，在办理卡片是请写入在场标志。
反之。
远距离读卡器功能说明
BU-900M-K小型900M读卡控制一体机使用说明书2010-A目录第1章概述 (4)外观及指示 (4)接口面板 (4)第2章联网及控制功能 (6)第3章光耦输入 (7)第4章继电器输出 (7)控制道闸抬杆 (7)外接高电压大功率负载（100W灯泡） (7)第5章性能指标 (9)第6章常见故障处理 (10)第7章注意事项 (10)第8章随机文件及附件 (10)第9章售后服务 (11)声明此为A级产品，在生活环境中，该产品可能会造成无线电干扰。
在这种情况下，可能需要用户对其干扰采取切实可行的措施。
读卡时，人员应该至少离开天线30cm，才能满足美国FCC要求的最大允许的人体射频（RF）辐射条款要求。
第1章概述小型900M读卡控制一体机（型号为BU-900M-K）是本公司自主研发的高端UHF RFID 读卡控制器，具备远距离读卡和输出控制信号两大功能。
BU-900M-K读卡控制器可以读写符合EPC Gen2标准的“电子标签”，同时还能兼容2.4G有源标签。
电子标签被附着在待识别的物品表面，电子标签中保存了用于标识物品的电子信息。
BU-900M-K在一定区域内发射无线电信号，形成一个有效的电磁场，电子标签通过这个区域时将被激活，经过必要的握手后向读卡器发送存储在标签中的电子信息。
BU-900M-K在联网情况下会把读卡记录和时间传送到上位机系统，脱机情况下则会保存本次读卡记录。
BU-900M-K读卡控制器广泛适用于门禁型停车场系统管理、不停车自动收费（ETC）、人员门禁管理、电子防伪、物流监控、生产自动化管理等数据采集系统。
外观及指示BU-900M-K读卡控制器把传统的天线、读写器有机的融合到一起，结构紧凑，免除了施工时布设高频同轴线的麻烦。
读卡器外形如下图：天线面板的正下方，有一个红色和四个蓝色的LED指示灯，根据读卡器工作的状态不同会有不同的反应：最左边为红色电源指示灯；右边四盏蓝色LED在读到卡片时高亮闪烁，并伴有蜂鸣器鸣叫；此四盏蓝灯复合噪声指示功能，在探卡过程中能指示出环境干扰的强度，不亮为最小，全亮为环境干扰恶劣。
远距离读卡器
远距离读卡器，正式名称为“远距离标签阅读器”，是采用RFID射频技术，实现远距离读写电子标签的电子装置。
远距离，是相对于非接触式IC卡的读写距离而言，非接触式IC卡的读写距离在10cm 以内。
而远距离电子标签的读写距离可以控制在3m-25m范围。
针对车辆的身份识别和电子扣费，相关部门制定了国家标准，也称为ETC标准，采用5.8Ghz的基波频率，实现不停车的情况下自动识别车辆信息，自动扣费，并放行车辆。
这一技术在高速公路收费和专业化车场管理中得到有效利用，是建设无人值守车道的理想工具。
特别指出：按照BluetoothSIG（蓝牙技术联盟）的规定，蓝牙工作在全球通用的2.4GHz ISM频段。
其数据速率为1Mbps。
采用时分双工传输方案实现全双工传输，采用IEEE802.15协议。
所以停车场管理中使用的“蓝牙远距离读卡器”，并不是真正意义上使用了“蓝牙”技术。
远距离读卡器，正式名称为“远距离标签阅读器”，是采用RFID射频技术，实现远距离读写电子标签的电子装置。
远距离，是相对于非接触式IC卡的读写距离而言，非接触式IC卡的读写距离在10cm以内。
而远距离电子标签的读写距离可以控制在3m-25m范围。
针对车辆的身份识别和电子扣费，相关部门制定了国家标准，也称为ETC标准，采用5.8Ghz的基波频率，实现不停车的情况下自动识别车辆信息，自动扣费，并放行车辆。
这一技术在高速公路收费和专业化车场管理中得到有效利用，是建设无人值守车道的理想工具。
特别指出：按照BluetoothSIG（蓝牙技术联盟）的规定，蓝牙工作在全球通用的2.4GHz ISM频段。
其数据速率为1Mbps。
采用时分双工传输方案实现全双工传输，采用IEEE802.15协议。
所以停车场管理中使用的“蓝牙远距离读卡器”，并不是真正意义上使用了“蓝牙”技术。
停车场蓝牙远距离读卡器是基于433M对人体完全无辐射的远距离读卡应用技术而专门用于停车场感应读卡控制车辆进出的读卡器。
RFID标签和读卡器介绍说明
RFID标签和读卡器介绍说明作为在供应链上跟踪产品的一种手段，RFID在访问控制和越来越多的传统应用(如售票)中迅速得到采用。
RFID系统一般由单芯片RFID标签和一个RFID读卡器组成，标签上集成了射频前端、存储器和控制器，RFID读卡器可对标签上的数据进行解码，然后进行适当的操作(比如打开门锁)。
RFID标签类似于条形码，但它们是以电子方式存储产品信息。
最新的RFID标签除了具有安全特性外，还具有随着产品在供应链上传输，自动更新相关信息的能力。
RFID标签可用于跟踪从家庭宠物、家畜到高端电子产品的所有物品。
它们可以自动征收过桥费和道路费，可以限制接近敏感区域。
最近，RFID标签开始进入安全性更高的领域，如制药、无接触支付、货运安全以及电子护照等。
这些信息应用和安全密集型应用必须采用新的标准来定义RFID标签和读卡器。
这种标准包括：标签上存储器的可用性、加密算法的鲁棒性、标签上不同信息区的数目和安全性。
存储密度和配置能力RFID标签必须能够支持更精确的跟踪机制。
以制药业为例，据美国食品与药品管理局(FDA)统计，假药的数量在过去5年中增加了10倍。
在最坏的情况下，假药甚至可能危及病人的生命。
制造商在药片上的标记可被逼真地复制，达到以假乱真的效果。
包装上的条形码虽然可以提供一些额外的信息和安全措施，但也很容易被扫描和复印。
估计全球有10%的处方药是假药，每年因此而无辜丧失的生命数以万计。
为阻止假药泛滥，美国佛罗里达州规定，从2006年7月1日起，处方药必须具有纸面的药历档案，包含药品的名称、剂量表、浓度、制造商、批号数量、相应的发票/付运/转账凭单号、交易日期、每一位所有者的名称和地址、每一位用药者的名称和地址、鉴定证书、每一位批发商的联络信息、确认该药历档案信息准确完整性的签名或宣誓，以及制造商的跟踪号码等信息。
美国加利福尼亚州要求从2009年1月1日起，药品必须具备电子药历档案，其它各州也将纷纷效仿。
UHF电子标签读写器用户手册v2.0
UHF电子标签读写器LJYZN-RFID101用户手册v2.0目录一、通讯接口规格 (4)二、协议描述 (4)三、数据的格式 (5)1. 上位机命令数据块 (5)2. 读写器响应数据块 (5)四、操作命令总汇 (6)1. EPC C1 G2（ISO18000-6C）命令 (6)2. 18000-6B命令 (7)3. 读写器自定义命令 (7)五、命令执行结果状态值 (8)六、电子标签返回错误代码 (12)七、标签存储区及需要注意的问题 (12)八、操作命令详细描述 (13)8.1 命令概述 (13)8.2 EPC C1G2命令 (13)8.2.1 询查标签 (13)8.2.2 读数据 (14)8.2.3 写数据 (15)8.2.4 写EPC号 (16)8.2.5 销毁标签 (17)8.2.6 设定存储区读写保护状态 (18)8.2.7 块擦除 (20)8.2.8 读保护设置(根据EPC号设定) (21)8.2.9 读保护设定(不需要EPC号) (21)8.2.10 解锁读保护 (22)8.2.11 测试标签是否被设置读保护 (22)8.2.12 EAS报警设置 (23)8.2.13 EAS报警检测 (24)8.2.14 user区块锁 (24)8.2.15 询查单张标签 (25)8.2.16 块写命令 (26)8.3 18000-6B命令 (27)8.3.1寻查命令(单张) (27)8.3.2 按条件寻查标签 (27)8.3.3 读数据 (28)8.3.4 写数据 (29)8.3.5 锁定检测 (29)8.3.6 锁定 (30)8.4读写器自定义命令 (30)8.4.1 读取读写器信息 (30)8.4.2 设置读写器工作频率 (31)8.4.3 设置读写器地址 (32)8.4.4 设置读写器询查时间 (32)8.4.5 设置串口波特率 (32)8.4.6 调整功率 (33)8.4.7 声光控制命令 (33)8.4.8韦根参数设置命令 (34)8.4.9工作模式设置命令 (34)8.4.10读取工作模式参数 (36)8.4.11 EAS检测精度设置 (37)8.4.12 Syris响应偏置时间设置 (37)8.4.13 触发延时设置 (38)一、通讯接口规格读写器通过RS232或者RS485接口与上位机串行通讯，按上位机的命令要求完成相应操作。
远距离读写器 20M RFID UHF读卡器 JT-8290A 产品说明书
JT-8290A UHF远距离电子标签读写器目录一、JT-8290A读写器简介 (3)1、读写器技术参数 (3)2、读写器的尺寸结构 (4)3、JT-8290A读写器用途 (4)4、JT-8290A读写器主要功能 (4)二、JT-8290A读写器工作方式与接线说明 (5)1、读写器的接线说明 (5)2、标签操作 (6)3、工作方式 (6)4、ID相邻判别 (6)三、JT-8290A读写器配置 (7)四、JT-8290A读写器的安装 (7)1、读写器的安装方式 (7)2、读写器的固定与高度调节 (8)3、读写器方位角调整 (8)4、安装举例——车辆停车场管理 (9)五、JT-8290A二次开发 (10)一、JT-8290A读写器简介1.本产品具有多协议兼容、读取速率快、防水型外观设计,满足苛刻工作环境要求2.全面支持符合ISO-18000-6C（EPC G2）、ISO-18000-6B电子标签；3.支持RS485、RS232和Wiegand26/34等多种通讯方式；4.输出功率达30dbm可调，支持定时模式、主从模式、触发模式等多种工作模式；5.应用适合：车辆门禁、不停车自动收费、人员门禁管理、物流监控、生产自动化管理等领域1、读写器技术参数工作频率902～928MHz(美标)865~868MHZ(欧标，需定制)天线增益12dBi线极化协议ISO18000-6C（EPC G2）或ISO-18000-6B开发包提供SDK开发包,并提供C#，VC,VB,Java，Delphi开发例程软件提供测试DEMO以及自动写卡、读卡DEMO，方便客户发卡和写卡输出功率30dbm(软件可调)通信接口Wiegand26\34\42、RS485、RS232数据接口输入输出接口1路触发输入或2路继电器输出（定制）工业防雷6000V高压防雷特殊处理东北等极寒地区加低温处理读取距离稳定读取25M(读取距离跟标签和现场环境有关)工作温度-40℃~+65℃存储温度-45℃~+95℃电源要求DC12V,3A尺寸450X450X50MM重量5Kg2、读写器的尺寸结构3、JT-8290A读写器用途可用于物品识别和数据采集，利用其具有的良好特性，尤其在下列领域中可广泛使用：1)运输管理：公路、铁路运输管理和集装箱运输管理等；2)机动车辆管理：公安、交通等部门对各种机动车辆的监控与管理；3)路桥收费：由于本产品具有远距离高速读取标签数据的能力，路桥收费可以不停车进行；4)海关通关管理：海关通关、转关的物资和车辆管理；5)仓储物流管理：商品流动与仓储管理以及邮件、包裹、航空行李等的流动管理；6)停车场管理：实现管理与收费自动化；7)门禁管理：包括车辆与人员的进出管理；8)工艺生产流程：在整个生产过程中监控零部件；4、JT-8290A读写器主要功能1)唤醒标签：只有被唤醒的标签才能与读写器进行通信，防止系统外其它标签的干扰，确保读写器与本系统标签信息交换的可靠与准确。
远距离定向读卡器说明书
2.45G定向远距离读卡器使用手册此手册将指导您如何使用读卡器请在使用读卡器前，仔细阅读此说明书一、温馨提示 (2)二、产品概述 (3)三、机器设置 (3)1）FR-100型定向读卡器设置表： (3)2）FR-200型全向远距离读卡器设置表： (5)2）FR-300型定向远距离读卡器设置表： (5)四、产品技术参数 (6)五、安装要求 (7)1）安装角度： (7)2）布线要求： (7)六、配套设备使用推荐： (7)1）FB-A型低频125K激励器： (7)七、网络配置部分配置步骤 (8)八、简易故障排除 (9)一、温馨提示1）为了更好的使用本公司的产品，使用前请核对产品型号并仔细阅读产品使用手册。
2）本产品的供电适配器请选用直流DC12V，请使用12V/1A符合国家安全规定的电源。
3）本产品为射频电子产品，请勿私自拆除外壳，若产品发生故障请勿尝试自行维修，请将之交予专业技术人员或者经销商来处理。
二、产品概述该款远距离定向读卡器采用了远距离无线自动识别的方式，能够远距离识别由本公司生产的2.45G有源电子标签，产品可应用到多种领域，在远距离人员识别，车辆管理，涉密资产管理中得到非常广泛的应用。
本产品使用时常态属于接收状态对人体无任何的辐射，请放心使用。
本产品功能强大，制造工艺精良，满足工业化外观设计能够在多种场合进行应用。
三、机器设置1）FR-100型定向读卡器设置表：产品型号调节图示调节说明FR-100型（带衰减器）1)左侧红色旋钮为距离调节旋钮，出厂默认调节距离在30米~100米之间可调；2)右侧蓝色旋钮码盘为冗余数据调节旋钮，防止大数据量对控制板造成大数据压力及漏卡设计。
FR-100型远距离读卡器尾线定义红色电源12V+请使用者保证接线颜色正确。
如果某些机型无对应线色，则说明该机型不具体该功能，如需该功能请联系厂商或代理商黑色电源负极黄色RS485+橙黄色RS485-蓝色触发出入+白色触发输入-绿色Data0（韦根机型）棕色Data1（韦根机型）紫色继电器输出+棕色继电器输出-2）FR-200型全向远距离读卡器设置表：LED部分码盘部分RJ45网口端排部分插孔绿色：读卡黄色：扩展红色：电源1 2 3 4 5 66：蜂鸣器：上拨下拨不响响5：MAC地址：上拨下拨有源卡半有源卡4：卡号显示模式上拨下拨显示卡号显示进出1~3：距离衰减判断默认上拨为0、下拨为1D1 D0 B0 A0 B1 A1 T0 T1 Gnd Vcc韦根RS485-0 RS485-1 触发读卡12V电源12V电源3）FR-300型定向远距离读卡器设置表：产品型号调节图示FR-300型码盘、蜂鸣器、距离调节同FR-200码盘FR-300型远距离读卡器尾线定义红色电源12V+ 白色触发输入-黑色电源负极绿色Data0（韦根机型）黄色RS485+ 棕色Data1（韦根机型）橙黄色RS485- 紫色继电器输出+蓝色触发出入+ 棕色继电器输出-四、产品技术参数类型性能普通型高增益型型号FR-100普通型FR-300高增益型产品图样物理（机械）性能参数1、重量:1.2kg2、湿度：10~90%3、工作温度：-20℃~+80℃4、尺寸:235mm*195mm*30mm5、防水等级：无6、抗震性：10~500Hz，100mm/15g,三轴1、重量:2.6kg2、湿度：10~90%3、工作温度：-20℃~+80℃4、尺寸:260mm*260mm*100mm5、防水等级：IP646、抗震性：10~500Hz，100mm/15g,三轴电气性能参数1、供电要求：不小于DC 2A/12V2、功耗:280mW1、供电要求：不小于DC 2A/12V2、功耗:350mW蓝色拨码开关组合默认上拨为0、下拨为1衰减值配合FT-A白色卡片距离111（下下下）31dB 5米110（下下上）16dB 17米101（下上下）8dB 30米100（下上上）4dB 35米010（上下上）2dB 40米000（上上上）0dB 75米微波性能及物理层接口参数1、工作频率：2.45GHz2、接收灵敏度：-94dBm3、通信接口：RS485、10/100M自适应以太网接口、韦根26/344、无线接口：GPRS、WIFI5、I/O接口：一路光耦输入，两路继电器输出6、SDK开发包：C#，dephi开发包1、工作频率：2.45GHz2、接收灵敏度：-108dBm3、通信接口：RS485、10/100M自适应以太网接口、韦根26/344、无线接口：GPRS、WIFI5、I/O接口：一路光耦输入，两路继电器输出6、SDK开发包：C#，dephi开发包读取标签操作参数1、标签协议：FamousRFID私有协议2、标签工作模式：兼容有源半有源3、读取标签距离：300米之内可调4、多标签识别：200标签/2秒5、天线增益：8dBi6、Horizontal Beamwidth 120度1、标签协议：FamousRFID私有协议2、标签工作模式：兼容有源半有源3、读取标签距离：100米之内可调4、多标签识别：200标签/2秒5、天线增益：16dBi6、Horizontal Beamwidth 30度产品特点1、距离可调，实现周界性应用；2、读卡器可主动识别、被动识别、命令触发、定时触发、外部触发等功能；3、工业化接口：所有接口磁隔离；1、距离可调，实现周界性应用；2、读卡器可主动识别、被动识别、命令触发、定时触发、外部触发等功能；3、工业化接口：所有接口磁隔离；五、安装要求1）安装角度：读卡器面对需要监控的物体即可，当标签在读卡器接收范围内，读卡器蜂鸣器鸣叫并且绿色LED闪烁一次2）布线要求：1）读卡器：读卡器用线不小于0.3平方毫米的线径与接收设备，RS485转232或者其他转接设备连接。
停车场中远距离读卡产品手册V2012.06.05
停车中远距离读卡产品手册更新日期02月13日2012Ver2012.02千帆科技停车中远距离读卡器产品手册汇总目录第一章中远距离读卡器对比表 (4)第二章中距离读卡器 (4)2.1EM中距离读卡器EM-670 (4)2.2EM卡发卡器RF-EM-232 (5)第三章900M中远距离 (6)3.1900M中距离6820C (6)3.2900M中远距离6890C (7)3.3900M发卡器5100W (7)第四章蓝牙远距离读卡器 (8)4.1蓝牙远距离QZ868M-A (8)4.2蓝牙发卡器QZFK20： (9)4.3蓝牙卡片QZ8618 (10)4.4蓝牙卡座QZ8619/IC (10)4.5普通蓝牙卡QZ8619-P (11)第五章 2.4G远距离读卡器 (11)5.1普通（非触发式）2.4G读卡器系列 (11)5.1.1 2.4G远距离读卡器RFS-300 (12)5.1.2 2.4G 发卡器RFS-200 (12)5.2低频触发式2.4G读卡器 (13)5.2.1一体式低频触发读卡器RFS-308-019 (13)5.2.2分体式低频触发读卡器RFS-308-008 (14)5.2.3 2.4G低频触发器LFT-210（立柱式）/LFT-220（地灯式） (14)5.2.4触发式2.4G发卡器RFS-203 (15)第六章进口2.4G远距离读卡器 (16)6.1 2.4G远距离读卡器TRANSIT Standard PS270 (16)6.2 2.4G远距离读卡器TRANSIT Entry (16)6.3EM,HID卡转2.4G卡座9895736（Smartcard-Booster） (17)第一章中远距离读卡器对比表第二章中距离读卡器2.1EM中距离读卡器EM-670●内置接收天线,工作频率为标准125KHZ；●输出格式有维根26、维根34，两种格式固化，不能现场更改；●响应速度：小于0.1s；●电源规格：+DC 12V；●尺寸：235W×240H×36D；●工作温度：-20度～+55度；●感应距离：40-50CM（标准薄卡）60-90CM（长距离厚卡）●高性能，支持EMID卡；放入手臂支架和玲珑型票箱距离不受影响；●可以采用普通EM发卡器进行发卡2.2EM卡发卡器RF-EM-232描述：系统发卡、注册、延期等操作与电脑软件配合使用。
RFID设备操作使用说明
RFID设备操作使用说明RFID（Radio Frequency IDentification）即射频识别技术,又称电子标签、无线射频识别，是一种通信技术，可通过无线电讯号识别特定目标并读写相关数据，无需识别系统与特定目标之前建立机械或光学接触。
一套完整的RFID系统，是由阅读器（即手持终端或桌面式终端）与电子标签及应用软件系统三个部分所组成，其工作原理是阅读器发射一特定频率的无线电波能量给电子标签用以驱动电子标签电路将内部的数据送出，此时阅读器便依序接收解读数据，送给应用程序做相应的处理。
本次购买的两套设备均为深圳市溪源尔科技有限公司的产品，分别为E9900U超高频手持机及RFID桌面式超高频发卡器。
但所购买的手持终端机功能进行了裁剪，只具有UHF RFID识别及WIFI功能。
下面讲解下两套设备的使用：E9900U超高频手持终端机注：关于手持机快捷键的一些说明：左右两侧的黄色按键是显示桌面的功能，键盘上黄色按键是二维扫描的快捷键，F2键是打开二维应用程序的快捷键1.开关机长按手持机键盘右下角的红色小按键3秒开机，再次长按关机。
2.触摸笔校准在桌面上找到“我的设备”，打开“我的设备”->“控制面板”->“笔针”，出现以下触摸笔校准界面选择“校准”点击“再校准”。
用触摸笔依次点击十字光标进行校准。
最后再点击一下屏幕或者按一下”OK”键保存设置。
3.查看内存和Nandflash 空间大小“我的设备”->控制面板->系统。
可以看到剩余内存为191132KB 约187M。
其余内存为系统运行所需内存。
查看NandFlash 空间大小。
找到nandflash 右键->属性或者“我的设备”->控制面板->存储管理器如下图：4.电池检测在桌面上找到“我的设备”，打开“我的设备”->“控制面板”->“电源”，弹出电源属性对话框，显示电池电量如图：充电用AC电源线，连上设备后，手持机屏幕上的右上角，充电电源指示灯，红灯亮，桌面任务栏上显示充电图标；如下：5.手持机与计算机通信5.1 安装USB同步驱动系统在启动后，在USB数据线连接PC的状态下，本设备将作为从设备，被PC监测到，如果没有安装USB同步驱动，PC端自动发现新硬件，并要求安装USB同步驱动，要使本设备与PC通信，需安装：1、ＵＳＢ同步驱动2、Microsoft ActiveSync4.5 同步软件下面介绍详细安装步骤：选择在这些位置上搜索最近驱动程序浏览：找到我们发给你的驱动选择USB同步驱动选择下一步5.2 安装Microsoft ActiveSync4.5 同步软件6.UHF 模块的使用1. 基本操作1.1读915M 卡号启动手持机，找到并打开我的设备\NandFlash\Powercontrol.exe 如图1所示：打开RFID_915（UHF模块）的电源，如图2所示图1 图2关闭Powercontrol.exe应用程序，打开UHF02_Demo.exe程序，点击打开串口，提示打开串口成功即可，如图3图3选择UHF02_Demo应用程序的“盘存”选项卡点击单步识别按钮，进行读卡操作，将卡置于合适的位置上，就可以读到卡号(标签ID)了。
UHF RFID 手持机 使用说明书
第一章快速指导1.1产品概述UHF RFID手持机是一款基于WINCE 6.0操作系统的手持式读写器，支持ISO18000-6C(EPC C1 G2)协议,读卡距离可达7米；可通过USB接口与PC机交换同步数据，实现实时通讯，最高支持32G的Micro SD(T-Flash)卡扩展；具有防掉电数据安全保护，在完全掉电情况下数据不丢失.产品应用：♦仓库物流，资产，畜牧业，图书，门票，门禁，集装箱等领域；需要移动采集数据的各种场合产品特点：♦支持EPC Class1 Gen2/ISO18000-6C；♦输出功率软件可调，10dBm～28dBm,1dBm步进；♦读取距离可达7米（标签为UPM SHORTDIPOLE_M3）；♦4小时以上连续工作时间，待机约20天♦人体工学设计手柄，减轻使用疲劳感性能指标性能参数处理器ARM11, 667MHz内存容量128MB SDRAM,256MB NAND-Flash操作系统WINCE6.0无线通讯WIFI符合IEEE 802.11b/g蓝牙(选配)符合Bluetooth 2.1+规范GPRS(选配)支持(900、1800MHZ)广域无线通讯显示屏 3.2英寸，分辨率240*320，工业TFT液晶屏，带触摸存储卡最大支持32G Micro SD卡电池锂聚合物可充电电池，3500mAh，7.4V工作时间连续读卡约4小时条码模组一维模组(标配)，二维模组(选配)拓展模组GPRS模组(选配),GPS模组(选配),2.4G模组(选配) 指示灯网络指示灯，电源指示灯键盘27键输入音频1524大喇叭通讯接口USB SlaveRFID参数支持协议EPC Class1 Gen (ISO18000-6C)频率中国：920MHz～925MHz北美：902MHz～928MHz(默认)欧洲：865MHz～868MHz可定制频率范围：860MHz～960MHz 读取距离最大7M(与标签有关)写入距离最大3M(与标签有关)物理参数外形尺寸81*183*150mm整机重量 1.115kg(含充电底座)环境参数工作温度-20℃～50℃存储温度-20℃～70℃存储湿度5%～95%无凝露防护等级IP65手持机侧面示意图1616134 5 678910111214 13 1项 目 数量 备 注 主机 1 UHF RFID 手持机触屏笔 1 带弹簧绳USB 线 1 USB 转Micro 5pin提示对话框 长按开手持机开/关机键充电芯片图1.2双击手持机电池电量图标进入到电池属性界面，在此界面可以查看当前剩余电量及充电状态；如下图1.3所示：图2.3”选项→单击“重新安装驱动程序”按钮→勾选“从列表或指定位置安装”选项再单2.4图3.2电源打开后；手持机主界面→点击“系统”图标图5.1 图5.2附录二保养维护♦请勿在有腐蚀性的环境中使用终端；♦请勿让终端高空跌落或受到强烈撞击；♦在装SIM卡时建议让手持机处于关机状态；♦勿使用尖锐的东西触碰屏幕，以免对屏幕造成损坏；♦如屏幕表面肮脏，可使用软布沾稀释的屏幕清洁剂进行清洁；♦请勿将终端存放在阳光直接照射、湿度极高和靠近热源的位置；♦请勿使用非本设备专用的电池充电器及电池，以免对设备造成损坏；♦按照规定弃置使用过的锂离子电池。
Richtek技术公司产品说明书：RT8290A 高效同步步下DC DC转换器
RT8290A®©Copyright 2018 Richtek Technology Corporation. All rights reserved.is a registered trademark of Richtek Technology Corporation.Design ToolsGeneral DescriptionThe RT8290A is a high efficiency synchronous step-down DC/DC converter that can deliver up to 3A output current from 4.5V to 23V input supply. The RT8290A's current mode architecture and external compensation allow the transient response to be optimized over a wide range of loads and output capacitors. Cycle-by-cycle current limit provides protection against shorted outputs and soft-start eliminates input current surge during start-up. The RT8290A also provides output under voltage protection and thermal shutdown protection. The low current (<3μA)shutdown mode provides output disconnection, enabling easy power management in battery-powered systems. The RT8290A is awailable in an SOP-8 (Exposed Pad)package.3A, 23V, 340kHz Synchronous Step-Down ConverterFeatures●4.5V to 23V Input Voltage Range●1.5% High Accuracy Feedback Voltage ●3A Output Current●Integrated N-MOSFET Switches ●Current Mode Control●Fixed Frequency Operation : 340kHz ●Output Adjustable from 0.925V to 20V ●Up to 95% Efficiency●Programmable Soft-Start●Stable with Low-ESR Ceramic Output Capacitors ●Cycle-by-Cycle Over Current Protection ●Input Under Voltage Lockout ●Output Under Voltage Protection ●Thermal Shutdown Protection ●PSM / PWM Auto-Switched●Thermally Enhanced SOP-8 (Exposed Pad) Package ●RoHS Compliant and Halogen FreeApplications●Industrial and Commercial Low Power Systems ●Computer Peripherals ●LCD Monitors and TVs●Green Electronics/Appliances●Point of Load Regulation of High-Performance DSPs,FPGAs and ASICs.Ordering InformationNote :Richtek products are :❝RoHS compliant and compatible with the current require- ments of IPC/JEDEC J-STD-020.❝Suitable for use in SnPb or Pb-free soldering processes.G : Green (Halogen Free and Pb Free)Simplified Application CircuitOUTVRT8290A©Copyright 2018 Richtek Technology Corporation. All rights reserved. is a registered trademark of Richtek Technology Corporation.Marking InformationRT8290AGSP : Product NumberYMDNN : Date CodeFunctional Pin DescriptionPin Configurations(TOP VIEW)SOP-8 (Exposed Pad)SS BOOT VIN GNDSW FBEN COMPRT8290A©Copyright 2018 Richtek Technology Corporation. All rights reserved. is a registered trademark of Richtek Technology Corporation.Function Block DiagramAbsolute Maximum Ratings (Note 1)●Supply Voltage, V IN ------------------------------------------------------------------------------------------−0.3V to 25V●Switching Voltage, SW -------------------------------------------------------------------------------------−0.3V to (V IN + 0.3V)●SW (AC) 30ns-------------------------------------------------------------------------------------------------−5V to 30V●BOOT Voltage -------------------------------------------------------------------------------------------------(V SW − 0.3V) to (V SW + 6V)●The Other Pins ------------------------------------------------------------------------------------------------−0.3V to 6V ●Power Dissipation, P D @ T A = 25°CSOP-8 (Exposed Pad)--------------------------------------------------------------------------------------1.333W ●Package Thermal Resistance (Note 2)SOP-8 (Exposed Pad), θJA ---------------------------------------------------------------------------------75°C/W SOP-8 (Exposed Pad), θJC --------------------------------------------------------------------------------15°C/W ●Junction T emperature ----------------------------------------------------------------------------------------150°C ●Lead Temperature (Soldering, 10 sec.)------------------------------------------------------------------260°C●Storage T emperature Range -------------------------------------------------------------------------------−65°C to 150°C ●ESD Susceptibility (Note 3)HBM (Human Body Model)---------------------------------------------------------------------------------2kV MM (Machine Model)----------------------------------------------------------------------------------------200VRecommended Operating Conditions (Note 4)●Supply Voltage, V IN ------------------------------------------------------------------------------------------4.5V to 23V ●Enable Voltage, V EN -----------------------------------------------------------------------------------------0V to 5.5V●Junction T emperature Range -------------------------------------------------------------------------------−40°C to 125°C ●Ambient T emperature Range -------------------------------------------------------------------------------−40°C to 85°CRT8290A©Copyright 2018 Richtek Technology Corporation. All rights reserved. is a registered trademark of Richtek Technology Corporation.Note 1. Stresses beyond those listed “Absolute Maximum Ratings ” may cause permanent damage to the device. These arestress ratings only, and functional operation of the device at these or any other conditions beyond those indicated in the operational sections of the specifications is not implied. Exposure to absolute maximum rating conditions may affect device reliability.Note 2. θJA is measured at T A = 25°C on a high effective thermal conductivity four-layer test board per JEDEC 51-7. θJC ismeasured at the exposed pad of the package.Note 3. Devices are ESD sensitive. Handling precaution is recommended.Note 4. The device is not guaranteed to function outside its operating conditions.Electrical Characteristics(V = 12V, T = 25°C unless otherwise specified)RT8290A©Copyright 2018 Richtek Technology Corporation. All rights reserved. is a registered trademark of Richtek Technology Corporation.Typical Application CircuitOUT VTable 1. Recommended Component SelectionRT8290A©Copyright 2018 Richtek Technology Corporation. All rights reserved. is a registered trademark of Richtek Technology Corporation.Typical Operating CharacteristicsReference Voltage vs. Temperature0.9100.9150.9200.9250.9300.9350.940-50-25255075100125Temperature (°C)R e f e r e n c e V o l t a g e (V)Reference Voltage vs. Input Voltage0.9200.9220.9240.9260.9280.9300.9324681012141618202224Input Voltage (V)R e f e r e n c e V o l t a g e (V )Efficiency vs. Output Current01020304050607080901000.010.1110Output Current (A)E f f i c i e n c y (%)Output Voltage vs. Output Current3.203.223.243.263.283.303.323.343.363.383.400.00.30.60.91.21.51.82.12.42.73.0Output current (A)O u t p u t V o l t a g e (V)Frequency vs. Input Voltage3003053103153203253303353403453504681012141618202224Input Voltage (V)F r e q u e n c y (k H z )Frequency vs. Temperature300305310315320325330335340345350-50-25255075100125Temperature (°C)F r e q u e n c y (k H z )RT8290A©Copyright 2018 Richtek Technology Corporation. All rights reserved. is a registered trademark of Richtek Technology Corporation.Current Limit vs. Temperature3.03.54.04.55.05.56.06.57.0-50-25255075100125Temprature (°C)C u r r e n t L i m i t (A)Time (5ms/Div)Power On from VIN I L (2A/Div)V IN = 12V, V OUT = 3.3V, I OUT = 3AV IN (5V/Div)V OUT (2V/Div)Power Off from VINTime (5ms/Div)I L (2A/Div)V IN (5V/Div)V OUT (2V/Div)V IN = 12V, V OUT = 3.3V, I OUT = 3ASwitching WaveformTime (1μs/Div)V OUT (10mV/Div)V SW (10V/Div)V IN = 12V, V OUT = 3.3V, I OUT = 3AI L (2A/Div)Load Transient ResponseTime (100μs/Div)I OUT (2A/Div)V OUT(100mV/Div)V IN = 12V, V OUT = 3.3V, I OUT = 0.3A to 3ALoad Transient ResponseTime (100μs/Div)I OUT (2A/Div)V OUT(100mV/Div)V IN = 12V, V OUT = 3.3V, I OUT = 1.5A to 3ART8290A©Copyright 2018 Richtek Technology Corporation. All rights reserved. is a registered trademark of Richtek Technology Corporation.Power On from ENTime (10ms/Div)V IN = 12V, V OUT = 3.3V, I OUT = 3AI OUT (2A/Div)V EN (2V/Div)V OUT (2V/Div)Power Off from ENTime (10ms/Div)I OUT (2A/Div)V EN (2V/Div)V OUT (2V/Div)V IN = 12V, V OUT = 3.3V, I OUT = 3ART8290A©Copyright 2018 Richtek Technology Corporation. All rights reserved. is a registered trademark of Richtek Technology Corporation.Application InformationThe RT8290A is a synchronous high voltage buck converter that can support the input voltage range from 4.5V to 23V and the output current can be up to 3A.Output Voltage SettingThe resistive voltage divider allows the FB pin to sense the output voltage as shown in Figure 1.Figure 1. Output Voltage SettingThe output voltage is set by an external resistive voltage divider according to the following equation :⎛⎫+ ⎪⎝⎭OUT FB R1V = V 1R2where V FB is the feedback reference voltage (0.925V typ.).External Bootstrap DiodeConnect a 10nF low ESR ceramic capacitor between the BOOT pin and SW pin. This capacitor provides the gate driver voltage for the high side MOSFET.It is recommended to add an external bootstrap diode between an external 5V and the BOOT pin for efficiencyimprovement when input voltage is lower than 5.5V or duty ratio is higher than 65%. The bootstrap diode can be a low cost one such as 1N4148 or BAT54.The external 5V can be a 5V fixed input from system or a 5V output of the RT8290A. Note that the external boot voltage must be lower than 5.5V.Figure 2. External Bootstrap DiodeOUT OUT L IN V V I =1f L V ⎡⎤⎡⎤Δ×−⎢⎥⎢⎥×⎣⎦⎣⎦Having a lower ripple current reduces not only the ESR losses in the output capacitors but also the output voltage ripple. High frequency with small ripple current can achieve highest efficiency operation. However, it requires a large inductor to achieve this goal.For the ripple current selection, the value of ΔI L = 0.2375(I MAX ) will be a reasonable starting point. The largest ripple current occurs at the highest V IN . To guarantee that the ripple current stays below the specified maximum, the inductor value should be chosen according to the following equation :OUT OUT L(MAX)IN(MAX)V V L =1f I V ⎡⎤⎡⎤×−⎢⎥⎢×Δ⎣⎦⎣⎦Inductor Core SelectionThe inductor type must be selected once the value for L is known. Generally speaking, high efficiency converters can not afford the core loss found in low cost powdered iron cores. So, the more expensive ferrite or mollypermalloy cores will be a better choice.The selected inductance rather than the core size for a fixed inductor value is the key for actual core loss. As the inductance increases, core losses decrease. Unfortunately,increase of the inductance requires more turns of wire and therefore the copper losses will increase.Ferrite designs are preferred at high switching frequency due to the characteristics of very low core losses. So,design goals can focus on the reduction of copper loss and the saturation prevention.Soft-StartThe RT8290A contains an external soft-start clamp that gradually raises the output voltage. The soft-start timing can be programmed by the external capacitor betweenSS pin and GND. The chip provides a 6μA charge current for the external capacitor. If a 0.1μF capacitor is used to set the soft-start, the period will be 15.5ms (typ.).Inductor SelectionThe inductor value and operating frequency determine the ripple current according to a specific input and output voltage. The ripple current ΔI L increases with higher V IN and decreases with higher inductance.RT8290A©Copyright 2018 Richtek Technology Corporation. All rights reserved. is a registered trademark of Richtek Technology Corporation.Ferrite core material saturates “hard ”, which means that inductance collapses abruptly when the peak design current is exceeded. The previous situation results in an abrupt increase in inductor ripple current and consequent output voltage ripple.Do not allow the core to saturate!Different core materials and shapes will change the size/current and price/current relationship of an inductor.T oroid or shielded pot cores in ferrite or permalloy materials are small and do not radiate energy. However, they are usually more expensive than the similar powdered iron inductors. The rule for inductor choice mainly depends on the price vs. size requirement and any radiated field/EMI requirements.C IN and C OUT SelectionThe input capacitance, C IN, is needed to filter the trapezoidal current at the source of the high side MOSFET .To prevent large ripple current, a low ESR input capacitor sized for the maximum RMS current should be used. The RMS current is given by :This formula has a maximum at V IN = 2V OUT , whereI RMS = I OUT /2. This simple worst-case condition is commonly used for design because even significant deviations do not offer much relief.Choose a capacitor rated at a higher temperature than required. Several capacitors may also be paralleled to meet size or height requirements in the design.For the input capacitor, a 10μF x 2 low ESR ceramic capacitor is recommended. For the recommended capacitor, please refer to table 3 for more detail.The selection of C OUT is determined by the required ESR to minimize voltage ripple.Moreover, the amount of bulk capacitance is also a key for C OUT selection to ensure that the control loop is stable.Loop stability can be checked by viewing the load transient response as described in a later section.The output ripple, ΔV OUT, is determined by :RMS OUT(MAX)I = I OUT L OUT 1V I ESR 8fC ⎡⎤Δ≤Δ+⎢⎥⎣⎦The output ripple will be highest at the maximum input voltage since ΔI L increases with input voltage. Multiplecapacitors placed in parallel may be needed to meet the ESR and RMS current handling requirement. Dry tantalum,special polymer, aluminum electrolytic and ceramic capacitors are all available in surface mount packages.Special polymer capacitors offer very low ESR value.However, it provides lower capacitance density than other types. Although Tantalum capacitors have the highest capacitance density, it is important to only use types that pass the surge test for use in switching power supplies.Aluminum electrolytic capacitors have significantly higher ESR. However, it can be used in cost-sensitive applications for ripple current rating and long term reliability considerations. Ceramic capacitors have excellent low ESR characteristics but can have a high voltage coefficient and audible piezoelectric effects. The high Q of ceramic capacitors with trace inductance can also lead to significant ringing.Higher values, lower cost ceramic capacitors are now becoming available in smaller case sizes. Their high ripple current, high voltage rating and low ESR make them ideal for switching regulator applications. However, care must be taken when these capacitors are used at input and output. When a ceramic capacitor is used at the input and the power is supplied by a wall adapter through long wires, a load step at the output can induce ringing at the input, V IN . At best, this ringing can couple to the output and be mistaken as loop instability. At worst, a sudden inrush of current through the long wires can potentially cause a voltage spike at V IN large enough to damage the part.Checking Transient ResponseThe regulator loop response can be checked by looking at the load transient response. Switching regulators take several cycles to respond to a step in load current. When a load step occurs, V OUT immediately shifts by an amount equal to ΔI LOAD (ESR) and C OUT also begins to be charged or discharged to generate a feedback error signal for the regulator to return V OUT to its steady-state value. During this recovery time, V OUT can be monitored for overshoot or ringing that would indicate a stability problem.RT8290A11DS8290A-03 March 2018©Copyright 2018 Richtek Technology Corporation. All rights reserved. is a registered trademark of Richtek Technology Corporation.Thermal ConsiderationsFor continuous operation, do not exceed the maximum operation junction temperature 125°C. The maximum power dissipation depends on the thermal resistance of IC package, PCB layout, the rate of surroundings airflow and temperature difference between junction to ambient.The maximum power dissipation can be calculated by following formula :P D(MAX) = (T J(MAX) − T A ) / θJAwhere T J(MAX) is the maximum operation junction temperature, T A is the ambient temperature and the θJA is the junction to ambient thermal resistance.For recommended operating conditions specification, the maximum junction temperature is 125°C. The junction to ambient thermal resistance θJA is layout dependent. For SOP-8 (Exposed Pad) package, the thermal resistance θJA is 75°C/W on the standard JEDEC 51-7 four-layers thermal test board. The maximum power dissipation at T A = 25°C can be calculated by following formula :P D(MAX) = (125°C − 25°C) / (75°C/W) = 1.333W for SOP-8 (Exposed Pad) packageThe maximum power dissipation depends on operating ambient temperature for fixed T J(MAX) and thermal resistance θJA . The derating curve in Figure 3 allows the designer to see the effect of rising ambient temperature on the maximum power dissipation.Layout ConsiderationsFollow the PCB layout guidelines for optimal performance of the RT8290A.❝Keep the traces of the main current paths as short and wide as possible.❝Put the input capacitor as close as possible to the device pins (VIN and GND).❝SW node is with high frequency voltage swing and should be kept in a small area. Keep sensitive components away from the SW node to prevent stray capacitive noise pick-up.❝Place the feedback components as close to the FB pin and COMP pin as possible.❝The GND pin and Exposed Pad should be connected to a strong ground plane for heat sinking and noise protection.Figure 3. Derating Curve of Maximum Power DissipationInput capacitor must be placed Figure 4. PCB Layout Guide0.00.20.40.60.81.01.21.41.6255075100125Ambient Temperature (°C)M a x i m u m P o w e r D i s s i p a t i o n (W )RT8290A12DS8290A-03 March 2018 ©Copyright 2018 Richtek Technology Corporation. All rights reserved. is a registered trademark of Richtek Technology Corporation.Table 3. Suggested Capacitors for Cand CRT8290A13DS8290A-03 March 2018Richtek Technology Corporation14F, No. 8, Tai Yuen 1st Street, Chupei City Hsinchu, Taiwan, R.O.C.Tel: (8863)5526789Richtek products are sold by description only. Richtek reserves the right to change the circuitry and/or specifications without notice at any time. Customers shouldobtain the latest relevant information and data sheets before placing orders and should verify that such information is current and complete. Richtek cannot assume responsibility for use of any circuitry other than circuitry entirely embodied in a Richtek product. Information furnished by Richtek is believed to be accurate and reliable. However, no responsibility is assumed by Richtek or its subsidiaries for its use; nor for any infringements of patents or other rights of third parties which may result from its use. No license is granted by implication or otherwise under any patent or patent rights of Richtek or its subsidiaries.Outline DimensionBFHMI(Bottom of Package)8-Lead SOP (Exposed Pad) Plastic Package。
捷通科技--RFID UHF R2000读写模块 说明规格书
JT-907 远距离超高频模块
产品特点
◆符合EPC C1 GEN2 ( ISO 18000-6C) 标准
◆读取距离可达6米（外接7dbi天线，标签为UPM
SHORTDIPOLE_M3 ）
◆优异的读写性能及防冲撞能力
◆全球多频率标准支持
◆良好的散热效果、确保设备稳定性产品介绍
JT-907为一款低成本、高性能超高频电子标签读写器模块，具有完全的自主知识产权，该读写器模块默认工作频段为902MHz～928MHz，在标准7dBi的天线及相应标签配合下，读取距离可达6米，配合简单的供电及接口电路，可迅速搭建低成本的RFID识别系统。
适用于物流、服装、资产管理等复杂应用环境。
产品应用
◆仓储物流管理
◆生产流程控制
◆资产管理
◆RFID嵌入式系统集成
外观结构
JT-907射频模块外观结构如下所示：
接口描述如下图所示
接脚定义
ATMEL_RXD1
CON16 ATMEL_TXD1
结构尺寸安装示意图(mm)：。
长距离UHF RFID手持式SLED读卡器问世
长距离UHF RFID手持式SLED读卡器问世
佚名
【期刊名称】《中国自动识别技术》
【年(卷),期】2017(0)3
【摘要】全球无源RFID产品和有源RTLS设备提供商CSL推出CS108 UHF RFID手持式读取器,可提供较长读取范围.
【总页数】1页(P28-28)
【关键词】RFID产品;UHF;手持式;SLED;长距离;读卡器;设备提供商;读取器【正文语种】中文
【中图分类】TP391.4
【相关文献】
1.长距离UHF RFID入口读卡器助力零售和仓储应用 [J],
2.支持可编程密集读卡器模式的UHF RFID读卡器 [J],
3.Atlas RFID推出新款可穿戴UHF RFID读卡器 [J],
4.支持可编程密集读卡器模式的UHF RFID读卡器 [J],
5.KathreinRFID长距离RFID读卡器问世 [J],
因版权原因，仅展示原文概要，查看原文内容请购买。
- 1、下载文档前请自行甄别文档内容的完整性，平台不提供额外的编辑、内容补充、找答案等附加服务。
- 2、"仅部分预览"的文档,不可在线预览部分如存在完整性等问题,可反馈申请退款(可完整预览的文档不适用该条件!)。
- 3、如文档侵犯您的权益，请联系客服反馈,我们会尽快为您处理(人工客服工作时间：9:00-18:30)。
JT-8290A UHF远距离电子标签读写器目录一、JT-8290A读写器简介 (3)1、读写器技术参数 (3)2、读写器的尺寸结构 (4)3、JT-8290A读写器用途 (4)4、JT-8290A读写器主要功能 (4)二、JT-8290A读写器工作方式与接线说明 (5)1、读写器的接线说明 (5)2、标签操作 (6)3、工作方式 (6)4、ID相邻判别 (6)三、JT-8290A读写器配置 (7)四、JT-8290A读写器的安装 (7)1、读写器的安装方式 (7)2、读写器的固定与高度调节 (8)3、读写器方位角调整 (8)4、安装举例——车辆停车场管理 (9)五、JT-8290A二次开发 (10)一、JT-8290A读写器简介1.本产品具有多协议兼容、读取速率快、防水型外观设计,满足苛刻工作环境要求2.全面支持符合ISO-18000-6C（EPC G2）、ISO-18000-6B电子标签；3.支持RS485、RS232和Wiegand26/34等多种通讯方式；4.输出功率达30dbm可调，支持定时模式、主从模式、触发模式等多种工作模式；5.应用适合：车辆门禁、不停车自动收费、人员门禁管理、物流监控、生产自动化管理等领域1、读写器技术参数工作频率902～928MHz(美标)865~868MHZ(欧标，需定制)天线增益12dBi线极化协议ISO18000-6C（EPC G2）或ISO-18000-6B开发包提供SDK开发包,并提供C#，VC,VB,Java，Delphi开发例程软件提供测试DEMO以及自动写卡、读卡DEMO，方便客户发卡和写卡输出功率30dbm(软件可调)通信接口Wiegand26\34\42、RS485、RS232数据接口输入输出接口1路触发输入或2路继电器输出（定制）工业防雷6000V高压防雷特殊处理东北等极寒地区加低温处理读取距离稳定读取25M(读取距离跟标签和现场环境有关)工作温度-40℃~+65℃存储温度-45℃~+95℃电源要求DC12V,3A尺寸450X450X50MM重量5Kg2、读写器的尺寸结构3、JT-8290A读写器用途可用于物品识别和数据采集，利用其具有的良好特性，尤其在下列领域中可广泛使用：1)运输管理：公路、铁路运输管理和集装箱运输管理等；2)机动车辆管理：公安、交通等部门对各种机动车辆的监控与管理；3)路桥收费：由于本产品具有远距离高速读取标签数据的能力，路桥收费可以不停车进行；4)海关通关管理：海关通关、转关的物资和车辆管理；5)仓储物流管理：商品流动与仓储管理以及邮件、包裹、航空行李等的流动管理；6)停车场管理：实现管理与收费自动化；7)门禁管理：包括车辆与人员的进出管理；8)工艺生产流程：在整个生产过程中监控零部件；4、JT-8290A读写器主要功能1)唤醒标签：只有被唤醒的标签才能与读写器进行通信，防止系统外其它标签的干扰，确保读写器与本系统标签信息交换的可靠与准确。
2)读取标签数据：不仅可以读取标签的ID号，还可读取指定标签存储区的数据；不仅可以读取单个标签的数据，而且可以同时读取天线波范围内的多个标签的数据。
3)写入标签数据：可以向指定的标签存储区写入数据。
4)可以直接与具有标准Wiegand26/34接口的控制设备连接，无需开发，使用简便。
5)通过标准通信接口与控制器或PC机相连，进行数据通信与交换；提供SDK开发包，供用户进一步开发应用。
6)使用注意事项a)JT系列读写器一般通过RS232数据接口与计算机连接，进行数据交换。
由于JT系列读写器只在收到控制器的控制命令后才能对电子标签进行读写操作，因此，我们会向客户提供SDK开发包，用户可以做应用软件的开发。
b)读写器工作温度为：-40℃~+65℃。
因此，在寒冷的地区和季节使用本读写器时，应注意在读写器正式使用前15分钟提前开机预热，以确保读写器的正常运行。
c)建议测试时，在读写器前方至少30米之内不要有任何物体遮挡；持卡时，请将手指接触卡的两边边缘，由于此天线为水平极化方向，测试时应将卡片横放正对读写器，以保证读卡效果。
d)维根通讯接口须接GND地线。
e)安装高度在1.8M以上，立杆直径不能超过7CM，读写器稍微向下倾斜。
7)安装图二、JT-8290A读写器工作方式与接线说明1、读写器的接线说明电源电源地485+485-韦根D0韦根D1触发T+触发T-串口RXD串口TXD地红色黑色棕色桔黄黄色灰色玫红色黑色紫色白色黑色RS232读写器提供RS232通信接口，用于与控制主机（一般是PC机）进行连接通信。
RS232接口的数据格式为8位数据位，一位起始位和一停止位，无校验位；数据率可选9600，19200，38400，57600和115200。
RS232通信接口支持读写器参数配置、演示程序和所有串行通信二次开发包函数功能。
RS485JT-8290A读写器提供RS485通信接口，RS485可以和PC机的串口相连，使RS232-RS485转换器转换，这种方式下，RS485接口支持RS232所支持的所有功能。
此外RS485也是标签数据输出接口。
2、标签操作EPC GEN2（ISO18000-6C）标签单标签初始化：定义标签的EPC长度，一般为96位。
单标签写：对标签的EPC进行写入，每次可写一个地址或多个地址（以1个地址为基准）。
单标签锁定：锁定标签的EPC。
锁定后，标签的EPC将不能改写。
单标签销毁：销毁标签。
销毁后，该标签将不能再被使用。
3、工作方式1)主从工作方式(COMMAND)：在这种工作方式下，读写器在PC机或其它控制器的控制下工作。
读写器与控制机之间可通过RS232、RS485或以太网接口中的一种进行通信。
这种工作方式支持二次开发包所提供的全部功能。
2)定时工作方式(TIMING READ)：读写器以一定的周期（可配置）自动读卡，读到的数据通过指定的通信口输出。
该方式对标签的操作为只读。
3)触发工作方式(TRIGGER READ)：当触发输入端口上输入低电平时，读写器开始周期性的读卡，一段时间后自动关闭。
4、ID相邻判别ID相邻判别是为了减少读写器上传数据的冗余而设计的。
选用此功能时，当读写器连续多次读到同一张标签的卡号时，只会设定时间内上传一组数据。
相邻判别可以选择有效时间，即如果相邻的两次读卡时间间隔超过了有效时间时，是不会对他们进行相邻比判的。
用户应根据具体需求进行选用。
常用在韦根通讯。
三、JT-8290A 读写器配置本公司提供DEMO软件程序，用于对读写器的工作参数进行配置。
参数配置程序界面如下图所示：DEMO 软件使用请参考《分立元器件读写器软件操作说明书》四、JT-8290A 读写器的安装1、读写器的安装方式读写器背面固定夹码支架此处可上下调节天线角度JT-8290A读写器立架安装方式有两种：“侧面1字型安装”和“L立架型安装”见下图：可以根据应用需求与现场实际来选择安装方式，一般情况下侧装读写距离近些，但安装简单；顶装方式读写距离远些，但安装复杂。
读写器侧面1字型安装读写器L立架型安装2、读写器的固定与高度调节1字形立架侧装时，要求安装JT-8290A读写器的安装立杆直径35～65mm、长度2.2m，最好使用壁厚大于1.2mm的不锈钢材料。
使用JT-8290A读写器包装盒中自备的紧固件把读写器固定在立杆的顶部。
根据车辆类型（主要指大型车与小型车）调整JT-8290A读写器中心到车道水平面的高度，一般为2.0m左右（1.8～2.2m）。
L形立架顶装时，要求安装L形架立杆（或龙门形）的直径60～80mm、横杆直径25～35mm，最好使用壁厚大于1.2～2.0mm的不锈钢材料。
同样使用包装盒中自备的紧固件把JT-8290A 读写器固定在横杆靠近车道中部的位置上。
横杆距地面的高度根据车辆高度需要调整在3.5m～4.0m之间。
3、读写器方位角调整天线俯角：指天线向地面倾斜与水平线的夹角，约60~75°天线方位角：指天线偏向车道方向的偏移角，约30~40°4、安装举例——车辆停车场管理选择JT-8290A读写器系统的安装位置的原则是：1)JT-8290A读写器与道闸的直线距离不要超过1米2)JT-8290A读写器所在位置与标签卡之间没有任何物品遮挡3)JT-8290A读写器与控制设备（或PC机）的距离尽量近些，并安要求使用屏蔽通信电缆具体现场安装实施一般依据现场情况来确定.以下加以说明。
a)现场安装方式一：道路无中间隔离的安全岛，道路控制设备（道闸）安装在道路两边，车辆以小于30公里/小时的速度通过读卡区域。
在这种情况下：要求读写器（天线）应紧靠道闸设备、同时使其读取标签的有效范围（最远直线距离为0.5米～5米）能覆盖到出入口的进口地感线圈或出口地感线圈，如下图所示。
b)现场安装方式二：道路有中间隔离的安全岛，控制设备（道闸）安装在中间隔离的安全岛上，车辆速度以小于10公里/小时通过读卡区域。
在这种情况下：要求JT-8290A读写器应紧靠道闸设备、同时使其读取标签的有效范围（最远直线离为0.5米～5米）能覆盖到出入口的进口地感线圈或出口地感线圈，如下图所示。
五、JT-8290A二次开发用户可根据需要对读写器应用软件进行二次开发。
我们提供C#、VC、VB、Delphi、Java等调用例程，并提供WINCE、LINUX驱动开发，开发包的使用请参考《SDK开发指南》读写器外形图。