Teensy 3.6 (Without Pins)

Product Information

code. The flash memory can also store read-only variables and arrays. RAM 256K of memory is available for variables and data. Functions many types of libraries to work well when used together. Direct Memory Access (DMA) Teensy 3.6 has a general purpose 32 channel DMA controller. The LC retains the dimensions of the discontinued 3.1, which it replaces at the very bottom of the current line-up. It’s lightweight, compact, and suitable for just about any application where the more powerful boards would be overkill. You’ll get 48Mhz on the ARM chip, along with 62K of flash memory and a 12-bit ADC. 8-bit Teensies Teensy 2.0 This is a slightly more full-featured version of the 2.0. It’s longer and comes with more pins, but in all other respects, it’s the same board.

Version 3.6 features a 32 bit 180 MHz ARM Cortex-M4 processor with floating point unit. All digital and analog pins are 3.3 volts. Do not apply more than 3.3V to any signal pin. The unique specs for the 3.6 are: If previous versions have been used, Windows will detect a "new" device, "install" the driver again, and assign a new COM port number.access this memory. AVR libc functions may also be used. RTC RAM 32 bytes of memory are located within the RTC. If a coin Libraries updated: AccelStepper, ADC, Audio, FastLED, LedDisplay, RadioHead, ShiftPWM, Snooze, SPI, TouchScreen, Wire report) to automatically switch to programming mode. Program Pushbutton / Pin If code previously written to Teensy is not listening for USB

We would highly encourage anyone still using a Teensy 3.x board in their designs to consider upgrading to a Teensy 4.x version. Read on for a more detailed breakdown of the benefits, tech specs and pinouts of each board. Transitioning from Teensy 3.x to Teensy 4.0 or 4.1

Commonly Used Serial Protocols

AGND pin is meant only for the grounds from sensitive analog signals. Power Consumption (info here) Low Power Features (info here - Snooze library) VBAT A 3 volt coin cell may be connected to VBAT & GND to allow the Teensy is a microcontroller development board used for building all sorts of awesome DIY electronic projects. Finally, the Teensy3.2 is a direct replacement for the 3.1, and will work seamlessly with all compatible shields and other add-on boards. If you already have experience with the 3.1 you’ll find the transition to the more powerful board just-about seamless. Teensy Versions stand-alone to write your HEX file into Teensy's flash memory. Automatic Software Entry to Program Mode While developing with Teensy, loading normally happens automatically Audio: fix stereo DAC right channel bug, fix DAC clipping overflow issue, fix FFT256 with LTO optimize (Frank)

Libraries ported to Teensy 3.x: AltSoftSerial, CapacitiveSensor, FlexiTimer2, FreqCount, FreqMeasure, FrequencyTimer2, MsTimer2, ShiftPWM, TimerOne, TimerThree, Tlc5940 specialized DMA engines built in. Random Number Generator True random number hardware is capable of generating random Before we go into the major differences, let’s take just a second to understand the Arduino and what makes it important. Fix compiler warnings & improved error messages: EEPROM, Adafruit_CC3000, Adafruit_GFX, Adafruit_ILI9340, Adafruit_ILI9341, Adafruit_RA8875, ADC, FastCRC, FrequencyTimer2, i2c_t3, ILI9341_t3, IRremote, Keypad, ks0108, LowPower, OctoWS2811, OneWire, openGLCD, OSC, PulsePosition, RA8875, SerialFlash, SoftPWM, ssd1351, ST7565, Talkie, Time, TimerOne, TinyGPS, Tlc5940, x10 Add libraries: Audio, FlexCAN, Adafruit_CC3000, SPIFlash, RadioHead, FastLED, Adafruit_ILI9341, ILI9431_t3, Artnet

Arduino 2.0.x Software Development

program loaded in Teensy's flash memory. Memory Wipe Teensy 3.6 will fully erase its non-volatile memory if the Here, we’re going to take a look at one of the more compact members of the family – the Teensy 3.2. This device is the least powerful of the current Teensy line-up. But it’s still a device that’ll capably handle an enormous range of tasks. As with Arduino, you won’t need a special programmer to get your Teensy up and running – just a micro-USB cable and a PC (or mac), along with the appropriate software (the Arduino IDE). The 8-bit boards aren’t quite obsolete yet, despite the many advantages of the 32-bit 3-series. PJRC intend to keep purchasing Atmel’s chips according to an agreed-upon schedule, up until April 2021 – and they might continue beyond that. As such, you can expect the 2-series boards to be around for a while. TeensyDuino Teensy 4.1: Primary XBAR Pins 1, 2, 3, 4, 5, 7, 8, 30, 31, 32, 33 - Alt Pins: 0, 36, 37, 42, 43, 44, 45, 46, 47 audioShield.enable() activates the audio shield and audioShield.volume(0.1) sets the gain of the headphone output (this step is optional).

Audio Shield converts I2S digital audio to analog stereo input & output. I2S / TDM Most commonly used with the audio shield,

There are also dedicated Audio boards for Teensy, such as the one below by Sparkfun. Strong Data Processing Serial1.print() can print many different types int number = 1234 ; Serial1 . println ( "string" ) ; // string Serial1 . println ( 'a' ) ; // single character Serial1 . println ( number ) ; // number (base 10 if 16 or 32 bit) Serial1 . println ( number , DEC ) ; // number, base 10 (default) Serial1 . println ( number , HEX ) ; // number, base 16/hexidecimal Serial1 . println ( number , OCT ) ; // number, base 8/octal Serial1 . println ( number , BIN ) ; // number, base 2/binary Serial1 . println ( 3.14 ) ; // number in floating point, 2 digits Serial1.availableForWrite()