LC (Without Pins)

These are great for making controls for Do-It-Yourself handheld devices. The Teensy's Arduino libraries are demonstrated in examples spread out across the internet, and in the Arduino IDE's examples, but it's super easy to get a controller for Emulation Station on a SBC like Raspberry Pi. The examples illustrated on Teensy's website are also well documented and easy to follow, but do not entirely document concisely all the useful libraries available, such as "bounce.h."I'm surprised that these aren't marketed more, as I don't often hear the DIY community praising Teensy MCU's, but they're really excellent for making controllers, since they have ability to be used as a USB device. 48mhz may not seem fast, but it's much faster than an Arduino Uno, and can get the job done while being energy efficient. I hear more about the Zionist/Jewish control over America and their pushing of communism, than I do about the cool controllers you can make with Teensy's brand of MCU's. I've bought 2 LC's and a 3.7, but I'll definitely be back for more should the need arise.

I have been working on a project (a FORTH based joystick/gamepad emulator) which has led me to look many development boards. Honestly, I was really expecting that the 'black pill' would be the board that would be the best fit for this project, but I was wrong.The problems with so many of the boards I have looked are one or more of the following:- extremely limited SRAM memory- too expensive- doesn't work as expected under the Arduino IDE- unclear, difficult to find, or no documentation- example programs don't workThis board has none of those problems. In one day, it has shown that It will be a perfect fit for my project.The documentation and examples are clear, and most importantly, everything just works.

What I really like is the availability of fast PWM and good DAC resolution. I can use DDS techniques to output waveforms on the DAC such as a 60Hz sinusoid or otherwise. My favorite is the Teensy 3.2 but I cannot find that anywhere at the moment. In fact, the LC is hit or miss on availability as well.

The Teensy 2 is most easy to use when installing on a breadboard for experimenting. An onboard bootloader solves the problem of having to purchase a separate programming device. I really enjoy having access to such a tiny but powerful microcontroller with 32k flash for developing ideas and projects in C, assembler, or various languages. If you decide to purchase this controller, please make that you visit the Teensy website and carefully observe all the information for proper usage. An overall good buy at a fair price

I was a little taken aback when this arrived. It’s about an inch long!!I recommend a work station with the bendable arms and protected clips (ie. with the black plastic coating) to hold the board while you solder.Other than that it works great and the size does make it easy to fit inside a small container.Would definitely buy another.

It is a 32-bit Arm Cortex M0+ running at 24MHz. It has a true 12-bit digital to analog converter, which is why I used it in my last project. The project is a power control unit for a stack of amplifiers and a crossover. It sequences the power to the amps via SSRs when the power button is pushed, leaving 1 second in between to limit inrush current. When it is done, that 12-bit DAC ramps the voltage to the volume input on the MiniDSPs to allow signal through.

I have tinkered with quite a few hobbyist microcontrollers and even some industrial ones. This one is my favorite one for really fast and easy DIY projects. In fact, I love this thing so much, I am planning several youtube episodes (JoeCanDoIt) on some sample projects to get started with it. I think the best thing about this is that it is really fast and can easily be configured into several USB devices.

Compatible with the Arduino IDE, wide range of libraries, 32bits and faster clock than normal 8bit Arduinos, low cost.Downside is that only 1 output is 5V level, the rest are 3.3V.