Frequency 434=434MHz 868=868MHz 915=915MHz

Transcription

1 Ultra Low Power sub GHz Multichannels Transceiver The module is based on Texas Instruments CC0F component. This device combines a flexible, very low power RF transceiver with a powerful MHz Cortex M microcontroller in a platform supporting multiple physical layers and RF standard. Module Information : RC-CC0 - XXX Frequency =MHz =MHz =MHz Sub-Ghz technology is becoming one of the chief driving forces behind the Internet of Things (Iot), in particular this type of module is ideal for this applications basically for the following reasons : Ultra low power consumption, the consumption of this device is.ma when receiving and.ma when transmitting at +dbm (.ma at +0dBm) in sleep mode the consumption is 0. µa (microamps). Long range operations, the sensitivity parameter is -0dBm at data rates of 0 kbps and down to -dbm when the data rate is 0.kbps. Interference from other wireless communications can be overcome with 0dB of blocking. The RF output power levels can reach up to +dbm. All this ensure a robust signaling for long range communications. SimpleLink-Easylink compatibility,ultra-low power platform designed (from TI) to easily implement the long-range connectivity with low power consumption on the Internet of Things projects (IoT). TI-. Stack, IEEE0..e/g Standard Based Star Networking Software Designed for long range & robust star networks LoWPAN compatibility with mesh network stack for Contiki. Applications : - Low-Power Wireless Systems - Smart Grid and Automatic Meter Reading - Home and Building Automation - Wireless Sensor Network - LoWPAN systems Feature : - IEEE 0..g mode switch support - Ultra Low consumption technology - Powerful ARM Cortex M - Supported by the open platform Contiki LoWPAN. - Very Small size Pag. / any possible lack or inaccuracy of the data and reserves the right to change in whole

2 Technical Characteristics Characteristics MIN TYP MAX UNIT Supply Voltage Supply Current RX mode Supply Current TX mode ---> +0dBm Supply Current TX mode ---> +dbm Supply Current Standby Mode.. Supply Current Shut Down Mode na Operative Frequency RF Power Output 0ohm (*) -0 + Data Rate (*). 0. // Frequency error ± 0 ppm RF Sensitivity 0kbps RF Sensitivity long range mode bps 0,0 Operative Temperature -0 + C (*) Programmable parameter. MICROCONTROLLER: - Power ARM Cortex - M - Up to MHz Clock Speed - KB of On-System Programming Flash - KB of SRAM for Cache (or as General-Purpose RAM) - KB of Ultralow Leakege SRAM - Support Over-the-Air Upgrade (OTA) - VDC ma µa MHz dbm dbm Mbit/s For more information and details, please refer to the CC0 Texas Instruments datasheet ma ma Block Diagram Filter Antenna + Connector RF Reset Matching KHz crystal CC0F (SOC) JTAG MHz crystal (n.0) Pag. / any possible lack or inaccuracy of the data and reserves the right to change in whole

3 Reference Schematics C 0 0 DIO- DIO- DIO- DIO- DIO- DIO- DIO- DIO- DIO- DIO-0 DIO- DIO- DIO- DIO- DIO- DIO-/JTAG-TDO DIO-/JTAG-TDI DIO- DIO-/JTAG-TD0 DIO-/JTAG-TDI DIO-0 DIO- DIO- DIO- DIO- DIO- DIO- DIO- RESET DIO- DIO- DIO- DIO-?? 0 RESET N For cjtag RESET N For JTAG RESET N JTAG-TDI JTAG-TDO Mechanical dimensions Antenna Pad Antenna hole Antenna UFL.mm mm 0 0 mm Thickness =,mm Pin out device Pag. / any possible lack or inaccuracy of the data and reserves the right to change in whole

4 Terminal description Pads Name Description 0 DIO- DIO- DIO- DIO- DIO- DIO- DIO- DIO- DIO- DIO-0 DIO- DIO- DIO- DIO- DIO- DIO- DIO-,Sensor Controller, High drive capability, Sensor Controller, High drive capability, Sensor Controller, High drive capability, Sensor Controller, High drive capability, Sensor Controller, High drive capability, Sensor Controller, High drive capability, Sensor Controller, High drive capability Power JTAG TMSC, High drive capability JTAG TCKC,JTAG -TDO, High drive capability,jtag-tdi, High drive capability Antenna UFL 0 Antenna hole Pin out device 0 DIO- DIO- 0 DIO- DIO- DIO- RESET-N DIO- DIO- DIO- DIO- DIO- DIO- DIO- DIO-0 RESET, (Active low,no internal pull up), Sensor Controller, Analog, Sensor Controller, Analog, Sensor Controller, Analog, Sensor Controller, Analog, Sensor Controller, Analog, Sensor Controller, Analog, Sensor Controller, Analog, Sensor Controller, Analog Antenna Antenna PAD Pag. / any possible lack or inaccuracy of the data and reserves the right to change in whole

5 Antenna Connection 0 ohm chip selector HiRose connector Antenna hole connector Antenna pad connector Type of Antenna connection Connection using hole (.MHz spiral Antenna) Connection using a SMT connector Connection using hole (.MHz spiral Antenna) You can use the Antenna Pad Connector if you want connect this device to a pcb antenna. Pag. / any possible lack or inaccuracy of the data and reserves the right to change in whole

6 Adapter board To make immediate usable the module with TI development systems has been realized the following board adapter. Adapter board front Adapter board rear SMART RF0 Evaluation board (TI) RC-CC0-DK Evaluation kit Pag. / any possible lack or inaccuracy of the data and reserves the right to change in whole

7 RC-CC0-SPI- Recommended PCB Layout Ø Recommended Reflow Profile for Lead Free Solder any possible lack or inaccuracy of the data and reserves the right to change in whole or in part these information without notice. Pag. / Rev.