ATMega128RFA1 Wireless MCU

ATmega128RFA1 Wireless MCU

Microchip Technology

This tutorial will provide a general introduction to Microchip's single-chip wireless microcontroller, the ATmega128RFA1.

Related Parts

AbbildungHersteller-TeilenummerBeschreibungVerfügbare MengePreis
IC RF TXRX+MCU 802.15.4 64QFNATMEGA128RFA1-ZUIC RF TXRX+MCU 802.15.4 64QFN1377 - Sofort$7.33Details anzeigen
KIT DRAGON FLASH MEM AVRATAVRDRAGONKIT DRAGON FLASH MEM AVR0 - SofortSee Page for PricingDetails anzeigen
AT32UC3A EVAL BRDATSTK600AT32UC3A EVAL BRD0 - Sofort$284.90Details anzeigen
KIT AVR/AVR32 DEBUGGER/PROGRMMRATAVRONEKITKIT AVR/AVR32 DEBUGGER/PROGRMMR0 - Sofort$517.36Details anzeigen
BOARD EVAL 802.15.4 ATMEGA128ATAVR128RFA1-EK1BOARD EVAL 802.15.4 ATMEGA1280 - Sofort$98.59Details anzeigen
AVR ON-CHIP D-BUG SYSTEMATJTAGICE2AVR ON-CHIP D-BUG SYSTEM0 - SofortSee Page for PricingDetails anzeigen
PTM Veröffentlicht am:

Related Videos

picoPower Labs - The Parrot
picoPower Labs - The Parrot

Datum der Veröffentlichung: 2013-02-28

picoPower Labs - Basic Power-saving techniques
picoPower Labs - Basic Power-saving techniques

Datum der Veröffentlichung: 2012-05-18

Related Product Highlight

AVR®-MCU ATTINY1607/807 Die Mikrocontroller ATtiny807/1607 von Microchip nutzen die leistungsstarke, stromsparende AVR®-RISC-Architektur.
Leistungsstarke 8-Bit-AVR®-MCUs ATtiny161x Die ATtiny1617 und ATtiny1616 von Microchip sind ein Teil der tinyAVR-1-Serie von Mikrocontrollern, die über einen bis zu 20 MHz schnellen 8-Bit-RISC-AVR®-Kernprozessor mit einem Hardware-Multiplizierer verfügen.
20 % Rabatt auf Kernentwicklungstools vom 1. Mai bis zum 30. Juni 2016 Die Entwicklungstools von Microchip sind benutzerfreundlich - mit einer IDE, die alle MCU und DSC unterstützt und unter allen drei Betriebssystemen (Mac OS, Windows und Linux) läuft.

Related Articles and Blogs

Dedicated ICs Ease Wireless Power Control Challenge Dig into wireless charging systems, identify the key design challenges, and see how the latest integrated wireless power transmitter and receiver ICs can help.
Developing Secure Wireless Audio Links Wireless-audio security techniques and development kits are discussed along with the safeguards available to help assure privacy and security.
Small, Low-Cost, Low-Power Disposable Radios—Part 3: Adding a Micro to the Mix In part 3 of the disposable radios series, single-chip radio transceivers that embed a microcontroller alongside the radio for higher performance are examined.

Related Product Training Modules

Introduction to IEEE 802.15.4 Low Power Wireless Networks Review what low power wireless networks (LPWN) are, how they work, along with a discussion of the IEEE 802.15.4 standard and how it is applied to LPWNs.
Introduction to ZigBee Low Power Wireless Networks The ZigBee Standard, ZigBee network topologies and the stack structure and functionality of its components.
XMEGA Introduction The AVR XMEGA microcontrollers feature memory sizes ranging from 16 to 256 KB of Flash, 500nA RTC operation and Event System communications.