RFID模块,PKE模块,PKE开发工具,自动解锁,自动锁定,自动锁,PKE板,无钥匙进入,HT-M001

议价
加入意向检测远程/标签,并告诉你!
这是谁希望自己的产品有被动无钥门禁(PKE)功能开发的模块。
技术规格
基站工作电压 | 12V±3V |
基站平均电流 | ≤30mA@ 12V |
发射器工作电压 | 2.2V〜4.0V |
发射器待机状态电流 | ≤4μA@ 3V |
LF | 134.2KHz |
超高频 | 385.09兆赫 |
波特率 | 96008,N,1 TTL |
8位醒来代码 | 0B10100101 |
检测距离 | ≤3.0m |
数据输出
1. I / O: 有这个模块板4个I / O口。 他们输出+ 12V或0V,例如,当智能钥匙来了,它输出+ 12V,当智能钥匙离开时,输出0V。
2.串行端口(数据端口): 在董事会TXD端口是数据输出端口,开发者可以阅读他们需要这些数据和程序功能。
应用实例:
1.电动门锁: 使用这个模块直接驱动锁定马达,或驱动继电器,以控制锁的功率。
2. 摩托车锁: 相同门锁。
这PKE模块可在许多领域中使用。 我们所要做的就是挖更多的人才和惊人的功能。
Configuragtion
主板* 1
LF天线:可选,最多3。
远程/ ID标签:可选,最大支持:8单位
如何PKE工作?
PKE使用有源RFID技术,智能钥匙是有源标签,和主单元是一个阅读器,它们可以互相通信。 一般的标签正在睡觉,但是当它进入读取器(电磁场)的检测区域,它会被唤醒,由读取器和发送口令(跳码)给它,读者将识别密码,并决定下一个动作 。
正如读者总是知道如果标签在它的领域,它可以根据读者的位置做很多事情,例如,它可以锁车或关闭未关闭窗口的标签离开其领域时。
Detecting the remote/ tag and tell you!
This is a module for developers who want their products have Passive Keyless Entry (PKE) function.
Technical Specifications
Base Station Working Voltage | 12V ± 3V |
Base Station Average Current | ≤30mA@12V |
Transmitter Working Voltage | 2.2V~ 4.0V |
Transmitter Standby State Current | ≤4μA @3V |
LF | 134.2KHz |
UHF | 385.09 MHz |
Baud Rate | 96008, N, 1 TTL |
8-bit Waking UP Code | 0B10100101 |
Detecting Distance | ≤3.0m |
Data Output
1. I/ O: there are 4 I/ O ports on this module board. They output +12V or 0V, for example, when the smart key comes, it outputs +12V, when the smart key leave, it outputs 0V.
2. Serial Port (Data Port) : TXD port on the board is data output port, developers can read this data and program functions they need.
Application Examples:
1. Electric Door Lock: use this module to drive the lock motor directly, or to drive a relay to control the power of a lock.
2.Motorcycle Lock: same as the door lock.
This PKE module can be used in many fields. All we have to do is dug more talent and amazing functions.
Configuragtion
Main Board *1
LF Antenna: selectable, maximum 3.
Remote/ ID tag: selectable, maximum support: 8 per unit
How does PKE work?
PKE uses active RFID technology, the SMART KEY is an active Tag, and the main unit is a Reader, they can communicate with each other. Usually the tag is sleeping, but when it enter the detecting area of the reader (electromagnetic field) , it will be waken up by the reader and send password (hopping code) to it, the reader will identify the password and decide the next action.
As the Reader always knows if the tag is in its field, it can do many things according to the location of the reader, for example, it can lock the car or close the unclosed windows when the tag leaves from its field.


