XKB2-A2T-WWC

XKB2-A2T-WWC Datasheet

PART NUMBER XKB2-AT-WWC XKB2-A2T-WWC

Part	Datasheet
XKB2-A2T-WWC	XKB2-A2T-WWC (pdf)

PDF Datasheet Preview
WIRELESS CONNECTIVITY KIT Provides a hands-on way to learn how to use RF modules for device connectivity and sensor networking Starting with very simple examples, we provide step-bystep guidance in assembling the kit components to create reliable wireless communications, working control systems, and sensing networks with incredible battery life and robust security. The kit is designed for anyone getting started in the world of XBee hardware/software engineers, product managers, educators, students and even young inventors. All examples are explained in-depth and include videos showcasing wireless communication in action. Some examples also incorporate the XBee Java Library, which can be used to integrate XBees modules into Java-based devices and applications. Each example is designed to be easy for anyone to use, and those with some programming background should find it simple to extend the examples to additional applications or use-cases. The Kit Includes: 3 2 XBee Grove Development Boards 3 2 XBee Modules 3 2 Micro-USB Cables 3 2 XBee Stickers PART NUMBER XKB2-AT-WWC XKB2-A2T-WWC DESCRIPTION Wireless Connectivity Kit w/ XBee S1 Wireless Connectivity Kit w/ XBee S2C XBee Modules Included in the Kit XBee and XBee-PRO modules are embedded solutions providing wireless connectivity to devices. These modules use the IEEE networking protocol for fast point-to-multipoint or peer-to-peer networking. They are designed for high-throughput applications requiring low latency and predictable communication timing. XBee modules are ideal for low-power, low-cost applications. These modules are easy-to-use, share a common footprint, and are fully interoperable with other XBee products utilizing the same technology. Module users have the ability to substitute one XBee module for another with minimal development time and risk. SPECIFICATIONS \| S2C PERFORMANCE TRANSCEIVER CHIPSET DATA RATE INDOOR/URBAN RANGE OUTDOOR/RF LINE-OF-SIGHT RANGE TRANSMIT POWER RECEIVER SENSITIVITY 1% PER FEATURES SERIAL DATA INTERFACE CONFIGURATION METHOD FREQUENCY BAND FORM FACTOR HARDWARE INTERFERENCE IMMUNITY ADC INPUTS DIGITAL I/O ANTENNA OPTIONS OPERATING TEMPERATURE DIMENSIONS L X W X H AND WEIGHT NETWORKING AND SECURITY PROTOCOL UPDATABLE TO DIGIMESH PROTOCOL UPDATABLE TO ZIGBEE PROTOCOL ENCRYPTION RELIABLE PACKET DELIVERY IDS CHANNELS POWER REQUIREMENTS SUPPLY VOLTAGE TRANSMIT CURRENT RECEIVE CURRENT POWER-DOWN CURRENT REGULATORY APPROVALS FCC, IC NORTH AMERICA ETSI EUROPE RCM AUSTRALIA AND NEW ZEALAND TELEC JAPAN Silicon Labs EM357 SoC RF 250 Kbps, Serial up to 1 Mbps 200 ft 60 m 4000 ft 1200 m mW +5 dBm / mW +8 dBm boost mode -100 dBm / -102 dBm boost mode 300 ft 90 m 2 miles 3200 m 63 mW +18 dBm -101 dBm UART, SPI API or AT commands, local or over-the-air OTA ISM GHz Through-Hole, Surface Mount S2C DSSS Direct Sequence Spread Spectrum 4 10-bit ADC inputs 15 Through-Hole PCB Antenna, U.FL Connector, RPSMA Connector, or Integrated Wire SMT RF Pad, PCB Antenna, or U.FL Connector -40º C to +85º C Through-Hole x in x cm SMT x in x cm Through-Hole x in x cm SMT x in x cm ZigBee PRO 2007, HA-Ready with support for binding/multicasting Yes Yes 128-bit AES Retries/Acknowledgements PAN ID and addresses, cluster IDs and endpoints optional 16 channels 15 channels to 3.6V 33 mA VDC / 45 mA boost mode 28 mA VDC / 31 mA boost mode <1 uA 25º C to 3.6V 120 mA VDC 31 mA VDC <1 uA 25º C Yes No Coming soon No Coming soon Yes No Coming soon No SPECIFICATIONS Legacy S1 PERFORMANCE RF DATA RATE 250 kbps INDOR/URBAN RANGE

PDF Datasheet Preview

WIRELESS CONNECTIVITY KIT

Provides a hands-on way to learn how to use RF modules for device connectivity and sensor networking

Starting with very simple examples, we provide step-bystep guidance in assembling the kit components to create reliable wireless communications, working control systems, and sensing networks with incredible battery life and robust security. The kit is designed for anyone getting started in the world of XBee hardware/software engineers, product managers, educators, students and even young inventors.

All examples are explained in-depth and include videos showcasing wireless communication in action. Some examples also incorporate the XBee Java Library, which can be used to integrate XBees modules into Java-based devices and applications. Each example is designed to be easy for anyone to use, and those with some programming background should find it simple to extend the examples to additional applications or use-cases.

The Kit Includes:
3 2 XBee Grove Development Boards 3 2 XBee Modules 3 2 Micro-USB Cables 3 2 XBee Stickers

PART NUMBER XKB2-AT-WWC XKB2-A2T-WWC

DESCRIPTION Wireless Connectivity Kit w/ XBee S1 Wireless Connectivity Kit w/ XBee S2C

XBee Modules Included in the Kit

XBee and XBee-PRO modules are embedded solutions providing wireless connectivity to devices. These modules use the IEEE networking protocol for fast point-to-multipoint or peer-to-peer networking. They are designed for high-throughput applications requiring low latency and predictable communication timing.

XBee modules are ideal for low-power, low-cost applications. These modules are easy-to-use, share a common footprint, and are fully interoperable with other XBee products utilizing the same technology. Module users have the ability to substitute one XBee module for another with minimal development time and risk.

SPECIFICATIONS
| S2C

PERFORMANCE TRANSCEIVER CHIPSET DATA RATE INDOOR/URBAN RANGE

OUTDOOR/RF LINE-OF-SIGHT RANGE

TRANSMIT POWER

RECEIVER SENSITIVITY 1% PER FEATURES SERIAL DATA INTERFACE CONFIGURATION METHOD FREQUENCY BAND FORM FACTOR HARDWARE INTERFERENCE IMMUNITY ADC INPUTS DIGITAL I/O

ANTENNA OPTIONS

OPERATING TEMPERATURE DIMENSIONS L X W X H AND WEIGHT NETWORKING AND SECURITY PROTOCOL UPDATABLE TO DIGIMESH PROTOCOL UPDATABLE TO ZIGBEE PROTOCOL ENCRYPTION RELIABLE PACKET DELIVERY IDS CHANNELS POWER REQUIREMENTS SUPPLY VOLTAGE TRANSMIT CURRENT RECEIVE CURRENT POWER-DOWN CURRENT REGULATORY APPROVALS FCC, IC NORTH AMERICA ETSI EUROPE RCM AUSTRALIA AND NEW ZEALAND TELEC JAPAN

Silicon Labs EM357 SoC RF 250 Kbps, Serial up to 1 Mbps 200 ft 60 m
4000 ft 1200 m
mW +5 dBm / mW +8 dBm boost mode -100 dBm / -102 dBm boost mode
300 ft 90 m 2 miles 3200 m 63 mW +18 dBm -101 dBm

UART, SPI API or AT commands, local or over-the-air OTA ISM GHz Through-Hole, Surface Mount S2C DSSS Direct Sequence Spread Spectrum 4 10-bit ADC inputs 15

Through-Hole PCB Antenna, U.FL Connector, RPSMA Connector, or Integrated Wire SMT RF Pad, PCB Antenna, or U.FL Connector
-40º C to +85º C

Through-Hole x in x cm SMT x in x cm

Through-Hole x in x cm SMT x in x cm

ZigBee PRO 2007, HA-Ready with support for binding/multicasting Yes

Yes 128-bit AES Retries/Acknowledgements PAN ID and addresses, cluster IDs and endpoints optional 16 channels
15 channels
to 3.6V 33 mA VDC / 45 mA boost mode 28 mA VDC / 31 mA boost mode <1 uA 25º C
to 3.6V 120 mA VDC 31 mA VDC <1 uA 25º C

Yes No Coming soon No Coming soon

Yes No Coming soon No

SPECIFICATIONS

Legacy S1

PERFORMANCE

RF DATA RATE
250 kbps

INDOR/URBAN RANGE

Notice: we do not provide any warranties that information, datasheets, application notes, circuit diagrams, or software stored on this website are up-to-date or error free. The archived XKB2-A2T-WWC Datasheet file may be downloaded here without warranties.

Datasheet ID: XKB2-A2T-WWC 509639