AnarenIntegratedRadio(AIR) LowpowerRFmodules,rmware&developmenttoolsthatmakeiteasytogowireless 2530 System on Chip Series The A2530E24AZ1 is a high-performance, FCC & IC certified and ETSI- compliant radio module that incorporates the Texas Instruments CC2530 SOC with a CC2591 Range Extender, and integral antenna, all in one of the industrys smallest packages: 11 x 19 x 2.5 mm. The module comes pre- loaded with Anarens AIR-ZNP for ZigBee * Standard firmware. A2530E24AZ1 Features Benefits General: Minimal RF engineering experience necessary 2.4-GHz IEEE 802.15.4 compliant RF transceiver Minimal ZigBee experience necessary Excellent receiver sensitivity and robustness to Easy to program and implement, short design cycle interference (-95dBm average) No additional Intentional Radiator certification Wide input voltage range (2.2V 3.6V) required (FCC 15.247, IC RSS-210, EN 300 328) FCC ID: X7J-A11091301 // IC: 8975A-A11091301 Module weight approximately 0.7 grams Suitable for export (ECCN 5A002.a.1 per CCATS Current Consumption: (Typ 25C, VDD = 3.0V) G147235) and is eligible for license exception under Active mode RX (CPU Idle): 28 mA sections 740.17(A) and (B)(3) of the EAR Active mode TX (CPU Idle): 67 mA 1dBm, Minimal real estate required 77mA 8dBm (limit for ETSI compliance), 128mA 15dBm (limit for FCC/IC compliance) Easily implemented on a two layer PCB 3 Low power/sleep modes from 0.4uA to 225uA No additional harmonic filtering required Microcontroller: 100% RF-tested in production High-performance and low-power 8051 Common footprint for similar products in family Microcontroller core with code prefetch No additional DC decoupling required 256KB in-system programmable flash and 8KB RAM Includes IEEE 802.15.4 MAC Timer with retention in all power modes CSMA/CA hardware support Firmware: Accurate Digital RSSI/LQI support Preloaded with Anarens AIR-ZNP firmware, based Battery monitor and temperature sensor on the TI Z-Stack for the ZigBee Standard AES Security co processor Supports SPI and UART communication Operating temperature 40 to +85C Driver library included for MSP430 and Tiva C MCUs, which abstracts functionality Applications Over 30 code examples for a paired MCU included to demonstrate functionality, including: ZigBee Light Link control systems, ZigBee systems, Button Blink: Blinks LED when button pressed Hello World: Outputs Hello World to the PC via USB Home/building automation, lighting systems, low power Get Module Version: Displays module version wireless sensor networks, consumer electronics, industrial Get MAC Address: Displays internal MAC address control and monitoring. Write NV Items: Writes to user-accessible non-volatile memory Read NV Items: Reads user-accessible non-volatile memory PLEASE NOTE: Additional information on the Texas Read Radio GPIO: Displays value of module GPIO 1-4 Instruments CC2530 and CC2591 devices can be found in Write Radio GPIO: Writes values to module GPIO 1-4 the companys latest datasheet release at AnarenIntegratedRadio(AIR) LowpowerRFmodules,rmware&developmenttoolsthatmakeiteasytogowireless Product overview Block diagram The A2530E24AZ1 is a high-performance, FCC & IC certified and ETSI-compliant ZigBee /IEEE 802.15.4 RF SOC module that incorporates the Texas Instruments CC2530 transceiver chip and CC2591 range extender in the industrys smallest package (11 x 19 x 2.5 mm). The module incorporates a crystal, the required RF matching and filtering for regulatory compliance, plus filtering on select digital lines for better noise reduction and sensitivity. The modules operate in the global unlicensed 2.4GHz ISM/SRD frequency band. These radio modules are ideal for achieving low power wireless connectivity without having to deal with extensive Protocol, RF design and regulatory compliance, allowing quick time to market. The modules are 100% tested to provide consistent Layout information performance. The A2530E24AZ1 has an RoHS-compliant ENIG finish and See product Users Manual for detailed information. is packaged in 27-piece matrix trays or on 500-piece tape & reel for high-volume automated manufacturing. Pin diagram Pin-out shown is for operation using the AIR-ZNP for ZigBee Standard firmware native pin functionality is also shown. See TI CC2530 / CC2591 data sheets and A2530 Users Manual for detailed pin descriptions. Ground detail (corner) Viewed from top side Where applicable: NC = No Connection Pin is NOT connected internally DNC = Do Not Connect Pin reserved for internal use ensure mating footprint pads are isolated. Footprint (PWB) GND = Ground Ground detail (edge) Connect the maximum number possible (minimum one for proper operation). Nomenclature References in (parentheses) show native CC2530 pin function. A (Anaren) 1 Chip series (CC1101, CC2500, CC2530, CC8520) 2 Function (R = radio only, E = Range Extender) 3 Frequency band (x 100MHz) 4 Form factor (A = Internal Antenna, C = Connector) Caution ESD sensitive device. 5 Design ID (Z1 = Loaded with Anaren AIR-ZNP Precautions should be used when for ZigBee Standard) handling the device in order to 6 Application (G = General) prevent permanent damage. 7 Packaging (R = Reel, M = Matrix Tray) 1410a The item described in this For more information see product Users product brief is part of our total Manual, available AIR Support solution. To learn online. more, visit our website or just ask us Anaren, Inc. 6635 Kirkville Road East Syracuse, NY 13057 800.411.6596 www.anaren.com/air AIR anaren.com