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The Difference Between Active and Passive RFID Tags

The primary difference between active and passive tags is that active tags have their own power source (typically an embedded battery) and passive tags rely on the RFID reader’s propagation signal to power the tag. From this primary distinction stems a variety of considerations to make when deciding between the two types of tags. This article aims to help aid you in deciding which type of tag — active or passive — is best for your business application by laying out some of the most pivotal factors you should consider.   Active

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How Does An RFID System Work?

In its most rudimentary form, an RFID system is made up of two parts; a transponder (a tag) and an interrogator (a reader). The transponder, which consists of an inlay which has a microchip, an antenna, and usually a substrate (the stuff that holds the tag’s components together) and optionally an encasing to protect the inlay from various environmental factors, is encoded with information specific to the object it is attached to or associated with, such as a serial number. The interrogator reads the transponder’s information by emitting a signal to the transponder

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Configure software Access Point (AP) mode on WiSnap adapters

To configure the WiSnap adapter for software access point mode follow the below steps: 1. Connect the WiSnap adapter to your PC using a USB-RS232 cable. 2. Configure your terminal application (PuTTY, TeraTerm, etc.) with the settings: 9600 baud 8 data bits 1 stop bit no parity no flow control 3. Start the terminal application. 4. Type the following commands followed by a carriage return (enter key): $$$ – should see a CMD response and the green LED will begin blinking quickly set wlanssid – sets the SSID of the WiSnap when

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How to use Android Wi-Fi AP to tether the WiSnap to a cellular network

This app note demonstrates how to connect the WiSnap RS-232 dongle via Wi-Fi to an Android AP (access point) that is connected to the internet via a 3G/4G cellular network. To clarify, we are going to set up the Android device (with access to a cellular network) as a Wi-Fi access point, then configure the WiSnap (via RS-232 connection and terminal application) to connect to the Android’s Wi-Fi access point. This way, the WiSnap will be able to connect to the Internet through the Android’s cellular network. Set up the

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How to setup the WiSnap RS-232 adapter

Select A Terminal Application Before we begin, it’s important that you make sure that you have a compatible terminal emulator installed on your computer. Here, at Serialio, we often use our product, JavaTerm. There are also a myriad of different terminal emulators (for Mac and Windows) that will do just fine. If you don’t know where to start,  we recommend YAT (Yet Another Terminal) for Windows and zTerm for Mac. Configure The Terminal  As many of you likely know, serial devices and the respective application/hardware used to communicate with them

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How to configure the BlueSnap RS-232 to Bluetooth adapter

This Product is discontinued. This guide will walk you through the process of configuring your BlueSnap module with a serial communication terminal on Windows. There are many serial communication terminals available, including JavaTerm and YAT. For this tutorial, we will be using Tera Term  on a Windows 10 PC. Tera Term is a free and can be downloaded here. You will need the following for this tutorial: The BlueSnap RS-232 to Bluetooth 2.1 adapter A USB to RS-232 adapter cable If your BlueSnap is male, you will need a Female-to-Female NULL Modem

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Post scale weights on iPad-iPhone Android macOS Windows

Connect Scales Wirelessly With BlueSnap M6A You use the BlueSnap M6A Wireless dongle/adapter to connect  RS-232 scales  wirelessly enable hundreds of RS-232 scale models. Find on this page, scale models known to work. Also note hundreds of models NOT found on this page also work. Post scale weights on iPad-iPhone, Android, macOS, Windows wirelessly without programming. Wireless enable your RS232 scale today.  iPad-iPhone Android macOS Windows How It Works Without Programming Scales you find here have RS-232 serial port support and customers report them working with BlueSnap M6A wireless dongle.

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BlueSnap Specifications

Operating Modes Mode Description Command Slave Mode Slave Mode is the default mode of the BlueSnap. While in this mode, other wireless devices can discover and connect to the BlueSnap. SM,0 Master Mode Master Mode enables the ability to make outbound connections via the C command. SM,1 Trigger Mode Trigger Mode configures the BlueSnap to connect to the remote stored address automatically when data is received on the local serial port of the master. SM,2 Auto Master Mode Auto Master Mode configures the BlueSnap to automatically connect to the stored

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How to change the baud rate of the BlueSnap Smart dongle on Windows

The default baud rate for the BlueSnap Smart Dongle is 115200. Some applications may require a different baud rate. This article will walk you through the steps to change the baud rate (to 9600 in this example). You will need a terminal application like TeraTerm, PuTTy, or Serialio’s JavaTerm. We will use PuTTy in this example. You will also need a USB-RS232 cable to connect the BlueSnap Smart Dongle to the PC. Open PuTTy, select the Serial radio button and set your communication options to the correct COM port and

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Set BlueSnap M6A Baudrate Wireless RS232 (DB9) Adapter

You set BlueSnap M6A baudrate on the BlueSnap M6A Wireless RS-232 (DB9) Adapter quickly and easily. Launch the yACK FAST app, connect to the M6A. Second tap the Mode Menu Icon third, tap Set M6A baudrate. Finally tap the desired baudrate from the list: When you set BlueSnap M6A baudrate on yACK FAST Android, you pick the menu option, then tap the drop-down for the list of baudrates.

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