Microcontrollers

native american paper creative writing prompts for fall when should u take cialis book report project ideas video annotation thesis extagen vs viagra watch cialis requiere receta medica en mexico best professional resume writing companies essay outline printout example of thesis title related to finance https://psijax.edu/medicine/no-side-effects-from-propecia/50/ essay about health pdf essay writing your best friend men viagra get link fluoxetina x viagra source link https://lajudicialcollege.org/forall/example-research-proposal-distance-learning/16/ top creative writing programs undergraduate dissection lab report hemingway code hero thesis https://tffa.org/businessplan/dissertation-leicester-university/70/ go to site english essay writers how to format college paper here get link https://tffa.org/businessplan/conclusion-paragraph-transitions/70/ periactin without script http://ww2.prescribewellness.com/onlinerx/accutane-lawsuits/30/ when did mlk give his speech Microcontrollers are available with an array of sizes, clock speeds, and peripheral options. The projects using them are almost as varied. A simple battery powered application might have a single output, two user pushbuttons, LED’s, or a sensor with 2 dozen lines of code. Complex designs can involve an OS, communication stacks, boot loaders, remote update protocols, and networked peripherals. An FPGA based design may use a small micro for power sequencing and configuration updates.

 

Specialty Microcontrollers:

  • The Nordic nRF51822 combines a Bluetooth Low Energy BLTE transceiver with a Cortex M0 microcontroller for use in small, battery powered wireless devices.

 

Small Micros:

  • MC9S08 and ATtiny microcontrollers often fit the requirements when only only a few hundred or thousand bytes of code and a couple of I/O are required.

 

Medium Microcontrollers:

  • ST Micro STM32 Cortex M0, M3, and M4 processors have been used in designs for BLDC servos, instrumentation systems, and industrial controllers.
  • Freescale NXP Qualcomm Kinetis K, L, and M series microcontrollers using M0 and M4 processors have been used for data acquisition and FPGA supervisor applications.

 

Large Microcontrollers:

  • Freescale NXP Qualcomm i.MX6 – Intended for multi-media applications, this dual or quad ARM Cortex-A9 (same pinout) processor was used for a video application using its 3 GPUu’s, 64 bit DDR3, PCIe, two USB 2.0 PHY’s, RGMII, SATA, HDMI 1.4 output, parallel display peripherals.
  • Mindspeed T2200 – two dual core Cortex A9 processors power this wireless network SoC.