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TEENSY36

Teensy USB Board, Version 3.6

$29.25

Recommended Accessories:USB Cable,Pins 24x1 (2),USB Host Cable

Visual Micro

Visual Micro allows use ofMicrosoft Visual Studio to program Arduino compatible boards, including Teensy.Only Windows is supported. Visual Micro is commercial paid software.

PlatformIO

PlatformIO IDE isa cross platform development environment with many advanced features.Windows, Linux and Macintosh are supported.

Command Line with Makefile

Makefiles for non-graphical use are provided with the Teensyduino installer.

Teensy 4.x: {Arduino}/hardware/teensy/avr/cores/teensy4/Makefile
Teensy LC & 3.x: {Arduino}/hardware/teensy/avr/cores/teensy3/Makefile

Processor

Performance: (info here)
Floating Point Unit: The FPU performs 32 bit float math in hardware, at approximately thesame speed as integer math.
Memory Interface & Cache: Dual 32 bit buses allow the processor to simultaneously fetch instructionsand transfer data. An 8K instruction cache is used for fast code executionfrom flash memory.
Digital Signal Processing: DSP extension instructions accelerate signal processing,filters and Fourier transform.The Audio libraryautomatically makes uses of these DSP instructions.

Pins

Teensy 3.6 has a total of 64 input/output signal pins. 42 are easily accessiblewhen used with a solderless breadboard. 18 are available at pads on the bottomside, and the 6 SD card signals can be used is I/O when no SD card is present.

This pinout reference card comes with Teensy 3.6.

Pinout Card Files: Front Side (PDF) /Back Side (PDF)

Digital Pins

Digital Input Pins: Digital pinsmay be used to receive signals. Teensy 3.6 pins default toa low power disabled state. The pinMode function with INPUT must be used toconfigure these pins to input mode. Thenthe input may be read with digitalRead. Teensy 3.6 pins accept 0 to 3.3Vsignals. The pins are not 5V tolerant. Do not drive any digital pin higherthan 3.3V.
Input Pullup & Pulldown Resistors: All digital pins have optional pullup and pulldown resistors. Theseare used to keep the pin at logic HIGH or logic LOW when it is not beingactively driven by external circuity. Normally these resistors are usedwith pushbuttons & switches.The pinMode function with INPUT_PULLUP or INPUT_PULLDOWN must be used toconfigure these pins to input mode with the built-in resistor.
Pin Change Interrupts: All digital pins can detect changes. Use attachInterrupt to causea function to be run automatically. Interrupts should only be used forclean signals. TheBounce libraryis recommended for detecting changeson pushbuttons, switches, and signals with noise or mechanical chatter.
Digital Output Pins: All digital pins can act at output. The pinMode function withOUTPUT or OUTPUT_OPENDRAIN must be used to configure these pins to outputmode. The digitalWrite and digitalToggle functions are used to controlthe pin while in output mode. Output HIGH is 3.3V. The recommendedmaximum output current is 10mA.
Pulse Width Modulation (PWM): 22 of the digital pins supportPulse Width Modulation (PWM),which can be used to controlmotor speed, dim lights & LEDs, or other uses where rapid pulsingcan control average power. PWM is controlled by the analogWrite function.5 groups of PWM can have distinct frequencies, controlled by theanalogWriteFrequency function.
Slew Rate Limiting: This optional feature greatly reduces high frequency noise whenlong wires are connected to digital output pins. The rate of voltagechange on the pin is slowed. The extra time is only nanoseconds, whichis enough to lower undesirable high frequency effects which can causetrouble with long wires.
LED Pin: Pin 13 has an orange LED connected. The LED can be veryconvenient to show status info. When pin 13 is used as an input,the external signal must be able to drive the LED when logic HIGH.pinMode INPUT_PULLUP should not be used with pin 13.

TODO: SD card pins as digital input/

Power Audio Cutter 3.6 Serial Key