![teensy driver teensy driver](https://www.pjrc.com/teensy/teensyduino_installer_6.png)
#TEENSY DRIVER PC#
The flash drive can be formatted by a PC host when connected via USB and is seen as a 166k disk. This application shows the TEENSY 3.1 as a USB-MSD device with a FAT in 166k of its internal Flash. TEENSY 3.1 USB-MSD Device using internal Flash
#TEENSY DRIVER DRIVERS#
See the following for a guide to installing unsigned drivers on Windows 8.1
#TEENSY DRIVER SOFTWARE#
#TEENSY DRIVER SERIAL#
![teensy driver teensy driver](https://www.czh-labs.com/u_file/1811/products/28/6db83777b8.jpg)
Teensy 3.1 Arduino/Teensyduino users can use their projects together with the µTasker serial loader by following these instructions: "Using the uTasker Serial Loader with Teensy 3.1 Arduino/Teensyduino applications" The compiler needs to be set to build for Cortex M4 (and not Cortex M0+) and the linker script K_256_64.ld should be selected To configure the µTasker project for this board simply enable the define TEENSY_3_1 in the project's config.h file.
![teensy driver teensy driver](https://www.pjrc.com/store/teensy32_shiftpwm.jpg)
There is a 16MHz crystal on the board for clocking the part.įull details and documentation for this board can be obtained from the PJRC web site: Teensy 3.1 (32, 48, 80, 100, 121 and 144 pin QFN, WLCSP, LQFP and MAPBGA combinations), speeds (50MHz, 100MHz and 120MHz) and its memory ranges from 8k. This K20 device has 256k Flash and 64k SRAM, as well as 32k FlexNVM and is in a 64 pin LQFP package, whereby the K20 is also available in various other packages This Teensy 3.1 board is based on the MK20DX256VLH7 which is a 72MHz device from the performance and integration K20 family with Cortex-M4 core and USB.