SNAP PAN4555 The PAN4555 module is a short range, low power, 2.4 GHz ISM band transceiver. It includes a complete 802.15.4 physical layer (PHY) modem. It is designed for the IEEE 802.15.4 wireless standard and microcontroller (MCU). The module also has a reference oscillator which provides a cost effective solution for short-range data links and networks. Several firmware options are available, modules can be configured from simple point-to-point proprietary devices to complex mesh networks. Optional Synapse SNAP firmware provides a highly flexible, industry leading solution for mesh networking with a complete network development environment. This module complies with EN300328, FCC CFR Part 15 and ARIB STD-T66 standards. Product Performance: * * * * * * * * * * * * * * * Very Small Size: 12.2mm X 16.4mm X 2.2mm (200mm2) 2 Antenna Options: Single Port 50o Or Ceramic Antenna 16 Selectable Channels With 250 Kbps In The 2.4 GHz Band Low Power Modes For Increased Battery Life High Sensitivity Of -92 dBm Typical At 1% Packet Error Rate 0 dBm Typical Output Power Programmable Over A 30 dB Range Low Supply Voltage: 2.0 V To 3.4 V, 2.7 V Typical Operating Temperature Range: -40C To +85C Link Quality And Clear Channel Assessment Capability 60k Flash And 4k RAM Memory 4 Channel A/d Converter With 10 Bit Adc For Fast And Easy Conversion From Analog Inputs (Temperature, Pressure And Fluid Levels) To Digital Values. 3 Channel 16 Bit Timer/Pulse Width Modulation (Tpm) Outputs BDM Port For Direct Download Programming In Total 20 Digital I/O Lines With Programmable Pull-ups And Few With High-current Driver FCC, IC, & ETSI Approved Applications: * * * * * Remote Control And Wire Replacement In Industrial Systems Such As Wireless Sensor Networks Factory / Home Automation And Motor / Lighting Control Inventory Management And RFID Tagging Automated Meter Reading Monitoring (Environmental, Patient or Fitness) Part Numbers: Part Number Description ENWC9A08A3EF Ceramic Antenna ENWC9A09N4EF RF Out On SMD Pads ENWC9A08A2EF Ceramic Antenna, AT Command Set, coordinator ENWC9A09C2EF RF Out on SMD Pads, AT Command Set, coordinator ENWC9A08A2EF Ceramic Antenna, AT Command Set, Node ENWC9A09C2EF RF Out on SMD Pads AT Command Set ENWC9A08A4EF Ceramic Antenna, SNAP ENWC9A09C4EF RF Out on SMD Pads, SNAP EVAL_PAN4555 Evaluation Kit For The PAN4555 Module Panasonic Electronic Components http://www.panasonic.com/rfmodules 1-800-344-2112 8 (R) SNAP (R) PAN4555 Dimensions & Pin Layout: PP Pin No. Pin no. PP Pin No. Pin no. GND Pinname Name Pin 18 PTC5 19 PTC3 20 PTC2 2 to 4 5 PTB7 6 VREFH 23 VDDA 7 PTA7 24 VCC 8 PTA5 26 VCC 7RS9LHZ +HLJKW PP $QWHQQD 1, 9, 17, 25, 31 Name PinPin name 21 to 22 PTE0 to 1 10 PTA6 27 RESET 11 PTG0/BKGD 28 PTD6 12 to 13 PTG1 to 2 29 PTD4 CLKO 30 PTD2 PTC0 to 1 32 EXTANT 14 PTB0 to 2 15 to 16 Note: Note: The pin names of the module and the internal The pin names of the module and the internal MC13213 are equivalent. MC1321x fit to each other. Technical Specifications: Parameter Value Condition / Notes -92 dBm typical For 1% packet error rate Output Power 0 dBm Maximum Power Supply 2.0 V to 3.4 V Single supply, 2.7 V typical Receiver Sensitivity Power Control Range 30 dB Maximum Data Rate 250 kbps Current Consumption Receive Mode Transmit Mode Idle Mode Doze Mode Hibernate Mode Off Mode 37 mA typ. 30 mA typ. 500 uA typ. 35 uA typ. 1 uA typ. <1 uA typ. Operating Temperature Range Over The Air Output power nominal value No CLKO -40C to +85C Notes: All parameters sre valid for Vdd = 2.7V And Tamb = 25C. Freescale`s MC13213 is used in the module. SMAC, MAC Or Freescale Bee-stack. Mode definitions and transition times for saving battery life can be seen in the data sheet MC1321X. The derivative MC13212 and MC13211 are available on request. 9 Panasonic Electronic Components http://www.panasonic.com/rfmodules 1-800-344-2112