Tindie
Tall Dog
Overall Rating:
All Reviews
John | Aug. 23, 2019
Spectacular!!!
For Teensy 3.5/3.6 Breakout (Revision A, Due)
Amazing work!
I was having trouble figuring out how to wire everything into my project, and this breakout board makes it all easy!
Three words of wisdom: CLEAN YOUR TIP!!!
Four more: Read the instructions! TWICE!!!
I was having trouble figuring out how to wire everything into my project, and this breakout board makes it all easy!
Three words of wisdom: CLEAN YOUR TIP!!!
Four more: Read the instructions! TWICE!!!
Jon | Aug. 21, 2019
Just what I needed
Very useful products, the board and connector set. Great quality. Excellent instructions. Fast shipping. Could not be happier.
Jon | Aug. 21, 2019
Just what I needed.
For Teensy 3.5/3.6 Breakout (Revision A, Standard)
Great products, both the boards and the connector set. Good quality. Excellent instructions. Fast shipping.
Thomas | Aug. 9, 2019
Great Product, high Quality and very fast delivery
For Teensy 3.2 Breakout (Revision D)
Great Product, high Quality and very fast delivery to Germany. Very good Documentation, all parts included!.
Five Stars !!
Greetings from Bavaria
Thomas Effendy
Musikandmore.net
Five Stars !!
Greetings from Bavaria
Thomas Effendy
Musikandmore.net
Jac | July 22, 2019
Some Tips
I bought this kit and the Teensy Arduino breakout board (https://www.tindie.com/products/loglow/teensy-3536-breakout-revision-a-uno/), both from Tall Dog. I was happily surprised about the excellent quality of the manual and the packaging. The breakout board even came with nicely printed card with all the connections, that matches the picture on Tindie.
My Teensy 3.5 already had headers installed, and though that helped with the mounting of the surface mount headers from the Socket Kit (because I could use a female header to hold everything in place while soldering), it was also a curse: The Socket Kit is designed to let the Teensy sit closer to the PCB, and the longer pins on my Teensy "bottomed out" before the pins from the Socket Kit could mate with their sockets. So I had to cut all the existing headers down a bit. If I would have known, I would have bought another Teensy without headers, and kept the existing one for breadboard use.
The pogo pins were a bit of a pain too. It would have been great if the holes in the PCB would have been just a fraction smaller so the pogo pins would have been in there tightly and wouldn't have moved around so much. Or it would have been nice if there would have been a template (e.g. a piece of acrylic or a small circuit board or even cardboard) to put over the pogo pins and hold them in place while soldering.
The kit includes two sets of headers for the 5-pin (and 4-pin) through-hole connections. One set lets you just create headers on the bottom and one set has you end up with pins sticking out both the bottom and the top of the Teensy circuit board. I thought it was a great idea to do the double-sided headers, but unfortunately I didn't realize that this would mean that there would not be enough clearance for a shield. No big deal, I'll just have to get some extension headers for shields but it would be nice if the manual of the Socket Kit had warned me about this.
All in all, I like both kits and I may order more if I get more Teensy's.
My Teensy 3.5 already had headers installed, and though that helped with the mounting of the surface mount headers from the Socket Kit (because I could use a female header to hold everything in place while soldering), it was also a curse: The Socket Kit is designed to let the Teensy sit closer to the PCB, and the longer pins on my Teensy "bottomed out" before the pins from the Socket Kit could mate with their sockets. So I had to cut all the existing headers down a bit. If I would have known, I would have bought another Teensy without headers, and kept the existing one for breadboard use.
The pogo pins were a bit of a pain too. It would have been great if the holes in the PCB would have been just a fraction smaller so the pogo pins would have been in there tightly and wouldn't have moved around so much. Or it would have been nice if there would have been a template (e.g. a piece of acrylic or a small circuit board or even cardboard) to put over the pogo pins and hold them in place while soldering.
The kit includes two sets of headers for the 5-pin (and 4-pin) through-hole connections. One set lets you just create headers on the bottom and one set has you end up with pins sticking out both the bottom and the top of the Teensy circuit board. I thought it was a great idea to do the double-sided headers, but unfortunately I didn't realize that this would mean that there would not be enough clearance for a shield. No big deal, I'll just have to get some extension headers for shields but it would be nice if the manual of the Socket Kit had warned me about this.
All in all, I like both kits and I may order more if I get more Teensy's.
Paul | July 7, 2019
Teensy Breakout with Smart Ramps?
For Teensy 3.5/3.6 Breakout (Revision A, Due)
My Teensy Breakout arrived quickly and the directions, pin card, and comments here are very helpful. Comments in the documentation concerning any differences between these pin properties and the DUE would be helpful as well.
I want to try using the Teensy 3.6 + your breakout with a 3.3v tolerant 3D printer controller board like the Smart Ramps here on Tindie.com or the Ramps-FD + Marlin 2.0. Marlin uses pin_MCU.h files to match the pins from the MCU to the controller. There are several pin files that are close to your breakout mapping: pins_RAMPS4DUE.h (for MEGA or DUE), pins_RAMPS_SMART.h. I want to make a “plug-n-play” pins.h for the Teensy with your breakout.
Any suggestions or comments?
Have you come across anyone who has done this already?
I want to try using the Teensy 3.6 + your breakout with a 3.3v tolerant 3D printer controller board like the Smart Ramps here on Tindie.com or the Ramps-FD + Marlin 2.0. Marlin uses pin_MCU.h files to match the pins from the MCU to the controller. There are several pin files that are close to your breakout mapping: pins_RAMPS4DUE.h (for MEGA or DUE), pins_RAMPS_SMART.h. I want to make a “plug-n-play” pins.h for the Teensy with your breakout.
Any suggestions or comments?
Have you come across anyone who has done this already?
Samuel | July 2, 2019
Fantastic, can't rate highly enough
For Teensy 3.5/3.6 Breakout (Revision A, Due)
I loved the teensy 3.6, so much power, but such a faff off a form factor. I was yearning to use my existing arduino shields. Then along comes the Due breakout board!
Such a great kit with everything you need and well written instructions.
My teensy projects just got a whole lot easier.
Thanks very much
Keep up the good work
Such a great kit with everything you need and well written instructions.
My teensy projects just got a whole lot easier.
Thanks very much
Keep up the good work
Clint | June 24, 2019
Great product
For Teensy 3.5/3.6 Breakout (Revision A, Standard)
Well thought out, fairly easy to assemble. Good value for the price. Documentation could use photos, but after the first one, assembly is straightforward. The included pinout card is a nice touch. Will buy again.
Francisco J Moliner | June 3, 2019
Thanks
For Teensy 3.5/3.6 Breakout (Revision A, DIP-64)
I made mistake and apply for different product explained to seller.
Excellent post selling communication, very helpfully and good quality product. Highly recommend!!!
Francisco
Excellent post selling communication, very helpfully and good quality product. Highly recommend!!!
Francisco
Remi | June 1, 2019
Nice breakout - big USB connector
For Teensy 3.5/3.6 Breakout (Revision A, Due)
Nice breakout, wich makes Teensy 3.5 3.6 compatible with Arduino shield.
The USB connector is quite big and I had to cut a shield before I can put it on the breakout.
May be this breakout will be available some day with a mini/micro USB connector ?
The USB connector is quite big and I had to cut a shield before I can put it on the breakout.
May be this breakout will be available some day with a mini/micro USB connector ?
David | May 28, 2019
Enables compact implementation of Teensy 3.5
For Teensy 3.5/3.6 Breakout (Revision A, Standard)
I'm relatively new to electronics and have found in the past that soldering can be challenging (for me) - so was a little daunted reading some of the reviews. I reviewed the kit's instructions carefully and was very pleasantly surprised by the way that my Teensy 3.5 assembled to this breakout without any complications. I am replacing an Arduino Mega (and separate card reader) in a robotics project and will need access to both sides of the Teensy 3.5 - this breakout seems like the best way to do that.
Donald | May 11, 2019
Access to all the Teensy's pins
For Teensy 3.5/3.6 Breakout (Revision A, Standard)
The Teensy boards are powerful solutions to many problems, but as they've become more powerful, it has become harder to use the microprocessor to its full potential. The breakout board (and socket set) allow you to use every pin. The full-access board is 40 pins long with 0.9" row spacing, compared with the Teensy 3.6: 24 pins long with 0.6" row spacing -- definitely not compact, but that's the trade-off.
I had a little difficulty with the pogo pins, but with good light, magnification and the right tools, the assembly was quick and correct. The instructions are good but a picture or two (from a Teensy forum) assured me that I was doing it right.
A few basic test told me it was assembled properly, but the best test will be a program using all the pins.
I had a little difficulty with the pogo pins, but with good light, magnification and the right tools, the assembly was quick and correct. The instructions are good but a picture or two (from a Teensy forum) assured me that I was doing it right.
A few basic test told me it was assembled properly, but the best test will be a program using all the pins.
Donald | May 11, 2019
Good addition to the Breakout kit
The socket kit isn't required for the breakout kit, but I didn't like the idea of soldering the Teensy to the breakout board with no easy way of separating them later. This kit adds one extra layer of connection between the breakout board and the Teensy. You'll have a few parts left over when you use both, so don't worry that you've forgotten something.
Dennis | April 25, 2019
Arduino on STEROIDS!
Brings a level of capabilities beyond standard Arduino boards. I have opted to install a Teensy 3.5 to allow me to use 5 volt shields. Definitely get the socket kit - saves grief later on if you happen to damage the Teensy board.
Thad | April 25, 2019
unlocks the full pins array of the teensy
For Teensy 3.5/3.6 Breakout (Revision A, Standard)
I honestly think this should be how the teensy is sold. Without this breakout, the pads from the underside of the teensy become available. There was a great deal of thought built into this design. The assembly instructions are very easy to follow. The durability of the breakout is impressive as well. I've soldered, de-soldered, re-soldered and have not had issues with pads lifting.
In Tall Dogs next revision, I'd love to see one pin strip on each side rail re-attached to GND on a cut-able trace. Also, to have SM pads to easy add external pull-up resisters to the i2C pins, and a pad to add an indicator LED to the HOST-PWR switch.
In Tall Dogs next revision, I'd love to see one pin strip on each side rail re-attached to GND on a cut-able trace. Also, to have SM pads to easy add external pull-up resisters to the i2C pins, and a pad to add an indicator LED to the HOST-PWR switch.
Brian | April 19, 2019
Awesome kit!
For TinyFPGA BX Breakout (Revision A)
The kit works great, and really makes it easy to connect up all the pins to a breadboard (while looking pretty good!).
You might want to pre-break the two sides of the PCB if you want to take them off... doing it afterwards is hard and probably dangerous.
You might want to pre-break the two sides of the PCB if you want to take them off... doing it afterwards is hard and probably dangerous.
Chris | March 27, 2019
Perfect dev kit setup for teensy
Do you want breadboard-able access to all the weird little pads and pins available on the teensy? Yeah sure you do! Do you suck at soldering? No, cool. With some patience, a steady soldering iron, and this kit (as well as the other one) you can do all that dev stuff you've been dreaming of with the teensy. And if you screw it up, you've only yourself to blame 'cause this kit is solid.
Christopher | Feb. 21, 2019
An outstanding device I continue to fun with.
For TinyFPGA BX Breakout (Revision A)
I have been playing with this idea to create a solid-state MFM hard drive like the ST-138-1 for a long time. After several attempts, I finally realized I needed the power of an FPGA to modulate and demodulate between data and MFM. I started with the ICE Stick and then discovered Icestudio. From there I learned about the TinyFPGA BX board. I designed an I2C interface that runs beautifully at a rate of 1/2 the clock frequency which is well beyond what any I2C device can run at. But I wanted those extra connections, especially that hard SPI interface and found the TinyFPGA BX Breakout board here on Tindie. Now I can get full use of the Tiny FPGA. I highly recommend the TinyFPGA BX Breakout board.
Davin | Feb. 17, 2019
Amazing Product! Such a great help.
For Teensy 3.5/3.6 Breakout (Revision A, Due)
This is the best way to jump over to a teensy based project from working with Arduino. Having access to every single pin on the teensy in a shield-compatible format is great for rapid building and testing of new hardware. The build is extremely simple (as long as you follow in the instructions in order) and takes almost no time at all.
The only issue I've had is the USB sits a little higher than the standard Arduino build out. This caused my shield to ground out and behave erratically. Nothing a little tape couldn't fix.
The only issue I've had is the USB sits a little higher than the standard Arduino build out. This caused my shield to ground out and behave erratically. Nothing a little tape couldn't fix.
Dennis | Feb. 10, 2019
Opens So Many Possibility For Arduino Development
For Teensy 3.5/3.6 Breakout (Revision A, Due)
Finally an Arduino Due form factor compatible breakout for the Teensy 3.6! This is Arduino on steroids:
- 180MHz Processor
- 1Mb of Program Memory
- 256Kb Static RAM
- Floating Point Processor
AND, it fully integrates with the Arduino IDE!
If you have this breakout and a 3.6 and it can't give you all you computing power you need.........
- 180MHz Processor
- 1Mb of Program Memory
- 256Kb Static RAM
- Floating Point Processor
AND, it fully integrates with the Arduino IDE!
If you have this breakout and a 3.6 and it can't give you all you computing power you need.........
Pat | Feb. 1, 2019
Teensy 3.5 breakout.
For Teensy 3.5/3.6 Breakout (Revision A, Standard)
An old hand at electronics, yet new to the world of microcontrollers. Built an analog Synthesizer in the late '70s - not from a kit. Loads of fun but shelved it a couple of years later. A couple of years ago, allowed myself to be bitten by the old Synth bug again and collected a clutch of Roland synths and other goodies which led to my first Arduino project, using a Mega clone in a pedal controller. I trashed four ancient ('70s - '80s) for the optical pedals and yeah well.. it works!
Then I came across this:- https://cs.gmu.edu/~sean/projects/gizmo/ and of course put one together, then another etc until now I have this 5-Pack of Gizmos. Next is to pop a T_3.5 in the box with 'em to give the 5-pack a class compliant USB interface, and control surface consisting of forty something buttons, 19 pots, and an encoder etc.
So far I've got one working using a T_3.2 plugged into a Sparkfun adapter with a 3.3volt hacked Sparkfun Midi shield.
Tall Dog's T_3.5 breakout enables me to have access to all pins in a stripboard-friendly way as that's what I'm using.
All pots will be wired direct to analog pins and some muxes are gonna join the party for the buttons.
All the holes have been installed in the box, boards loaded with pots, buttons and it all fits! What remains is laying out and wiring up T_3.5 and associated bits and pieces, more holes and so on. Then to wear out my code training wheels a little more. Hmm the greater part of the task is no doubt the mechanical details.
As for the the Tall Dog breakout. First time I ever ordered stuff from the U.S. Am surprised how quick it arrived. Excellent quality pcb. I read thru the docs and got the gist but am a bit fussy about how things get put together so spent a little time figuring out how to set up an alignment jig and a sequence of where to start and what goes next etc. No stress is best for reliability.
So, thank you Daniel for an excellent product. Keep up the good work.
Cheers
Pat
Then I came across this:- https://cs.gmu.edu/~sean/projects/gizmo/ and of course put one together, then another etc until now I have this 5-Pack of Gizmos. Next is to pop a T_3.5 in the box with 'em to give the 5-pack a class compliant USB interface, and control surface consisting of forty something buttons, 19 pots, and an encoder etc.
So far I've got one working using a T_3.2 plugged into a Sparkfun adapter with a 3.3volt hacked Sparkfun Midi shield.
Tall Dog's T_3.5 breakout enables me to have access to all pins in a stripboard-friendly way as that's what I'm using.
All pots will be wired direct to analog pins and some muxes are gonna join the party for the buttons.
All the holes have been installed in the box, boards loaded with pots, buttons and it all fits! What remains is laying out and wiring up T_3.5 and associated bits and pieces, more holes and so on. Then to wear out my code training wheels a little more. Hmm the greater part of the task is no doubt the mechanical details.
As for the the Tall Dog breakout. First time I ever ordered stuff from the U.S. Am surprised how quick it arrived. Excellent quality pcb. I read thru the docs and got the gist but am a bit fussy about how things get put together so spent a little time figuring out how to set up an alignment jig and a sequence of where to start and what goes next etc. No stress is best for reliability.
So, thank you Daniel for an excellent product. Keep up the good work.
Cheers
Pat
Aubrey | Nov. 11, 2018
Excellent product for the money
For Teensy 3.2 Breakout (Revision D)
My partners and I are working on a project that requires access to most, if not all the pins on the Teensy 3.2 and this fills the bill nicely. It is a little difficult to get the 14 pin SMD header soldered in place exact enough to fit the holes in the breakout board but it isn't impossible. Took a while also to get the "POGO" pins figured out and that I should solder the tantalum capacitor for USB Host Mode on the breakout board, not the underside of the Teensy. The Documentation needs to have things like this highlighted so a quick glance for experienced constructors will find it first, not later.
I really like the 2 switches for controlling VIN and VUSB on one side and USB-USB Host on the other side. Also leaving the side header strips on allows one to customize multiple connections to pins that need it. It's easy enough to cut the little between hole jumpers to isolate pins or sets of pins and using 30 gauge wire-wrap wire to make necessary connection to the Teensy's pins on the underside of the breakout board.
It would be really nice if the 4 corner holes were sized for 4-40 instead of 2-56 screws though. Not a lot of people have 2-56 standoffs or other hardware on hand but do have 4-40 in large quantities, myself included.
The board system does have a few "warts" but not sufficient to drop it down from a 5 star rating as once you get it constructed is is really easy to work with.
The actual makeup of the breakout PC Board itself is EXCELLENT! Super quality and with the gold plated solder points, soldering is easy and very easy to clean the flux off if desired.
The only suggestion I have is for you (especially someone new to this type of system) to read the construction manual through several times before starting to put it together. Even experienced builders need to do this (don't ask me how I figured this out - LOL) to make sure you get the steps right. It's very difficult, if not impossible to un-solder the Teensy to get at it's underside if you leave a step out. With the need for the POGO pins, it's impossible to use a socket for the Teensy and it would be really nice if a way were to be found to allow for socketing the Teensy and still have access to all of those pins.
I really like the 2 switches for controlling VIN and VUSB on one side and USB-USB Host on the other side. Also leaving the side header strips on allows one to customize multiple connections to pins that need it. It's easy enough to cut the little between hole jumpers to isolate pins or sets of pins and using 30 gauge wire-wrap wire to make necessary connection to the Teensy's pins on the underside of the breakout board.
It would be really nice if the 4 corner holes were sized for 4-40 instead of 2-56 screws though. Not a lot of people have 2-56 standoffs or other hardware on hand but do have 4-40 in large quantities, myself included.
The board system does have a few "warts" but not sufficient to drop it down from a 5 star rating as once you get it constructed is is really easy to work with.
The actual makeup of the breakout PC Board itself is EXCELLENT! Super quality and with the gold plated solder points, soldering is easy and very easy to clean the flux off if desired.
The only suggestion I have is for you (especially someone new to this type of system) to read the construction manual through several times before starting to put it together. Even experienced builders need to do this (don't ask me how I figured this out - LOL) to make sure you get the steps right. It's very difficult, if not impossible to un-solder the Teensy to get at it's underside if you leave a step out. With the need for the POGO pins, it's impossible to use a socket for the Teensy and it would be really nice if a way were to be found to allow for socketing the Teensy and still have access to all of those pins.
Jeffrey | Sept. 19, 2018
Beautifully designed and manufactured!
For Teensy 3.5/3.6 Breakout (Revision A, DIP-64)
Beautifully designed and manufactured, well thought out organisation and packaging of the various parts. Iv'e been too busy with trying to finish a couple of older projects, so have yet to tackle assembly, so I haven't sought out the instructions. I got versions for the 3.2 as well as the 3.5/6 teensy models. Shipment was reasonably quick and I was glad to see them show up on my front step! The PJRC Teensy products are well supported, and thoughtfully designed . They are a nice gateway into the Arm Cortex universe for your average users, so they are a great choice for this seller to make things for. Teensy ARM boards have lots of extra connections, so TallDog, has made access to them much neater and easier!
Steven | Sept. 1, 2018
Nice kit
For Teensy 3.2 Breakout (Revision D)
I enjoyed assembling this board. The only issue I had was that as a complete Teensy newb, it wasn't clear what I had to cut for the VIN/VUSB switch. I did figure it out, but a diagram would have been a plus.
Also, I started with a Teensy with the side pins already installed, which made installing the center 14-pin header a pain. In retrospect it would have been easier to desolder the side pins. This isn't a knock against the kit, since the Teensy normally comes with no pins.
In all, I found this easy-to-assemble and well-made.
Also, I started with a Teensy with the side pins already installed, which made installing the center 14-pin header a pain. In retrospect it would have been easier to desolder the side pins. This isn't a knock against the kit, since the Teensy normally comes with no pins.
In all, I found this easy-to-assemble and well-made.
Michael | Aug. 18, 2018
No problems - great product
For Teensy 3.2 Breakout (Revision D)
Great product. I've bought both numerous pre-assembled and kit versions. No issues. Requested support once and received quick and helpful response.
Peter | May 24, 2018
A Quality Product Requiring Careful Assembly
For Teensy 3.5/3.6 Breakout (Revision A, Standard)
The board is manufactured to the highest standard, that's a plus.
What I ordered was exactly what I got in the bag, that's another plus.
The documentation is not great, that's a minus. According to the old saying a picture is worth a thousand words, and although I don't expect a small-volume product to be supported with professional artwork a few simple photos would have helped me a lot. Show me, don't tell me.
Assembling the board is a significant fine soldering challenge. That's not a plus or a minus, it's a caution to novices. Careful checking and double-checking is required before the solder flows because mistakes are very difficult to remedy. If I were to tackle another one it would be a piece of cake, of course, and I would be full of confidence.
My Tips
You know that glossy double-sided card that came with your Teensy? Hope you didn't throw it out because it helped me a lot in following Tall Dog's instructions.
There are a couple of Teensy PCB tracks to cut, and the instructions suggest doing that with a razor blade. Yikes! Please don't do that, use the point of a craft knife or, as I did, the tip of a 1mm jewellers screwdriver.
And take it slow and careful, use an illuminated magnifier to check, double-check, and triple-check every joint before moving on the next stage.
What I ordered was exactly what I got in the bag, that's another plus.
The documentation is not great, that's a minus. According to the old saying a picture is worth a thousand words, and although I don't expect a small-volume product to be supported with professional artwork a few simple photos would have helped me a lot. Show me, don't tell me.
Assembling the board is a significant fine soldering challenge. That's not a plus or a minus, it's a caution to novices. Careful checking and double-checking is required before the solder flows because mistakes are very difficult to remedy. If I were to tackle another one it would be a piece of cake, of course, and I would be full of confidence.
My Tips
You know that glossy double-sided card that came with your Teensy? Hope you didn't throw it out because it helped me a lot in following Tall Dog's instructions.
There are a couple of Teensy PCB tracks to cut, and the instructions suggest doing that with a razor blade. Yikes! Please don't do that, use the point of a craft knife or, as I did, the tip of a 1mm jewellers screwdriver.
And take it slow and careful, use an illuminated magnifier to check, double-check, and triple-check every joint before moving on the next stage.
Russell | April 30, 2018
Awesomely Gorgeous!
For µBraids SE (uBraids, microBraids) Eurorack [Rev C]
Gorgeous Piece Of Gear! Delivered without fuss from USA to UK! Customs Charges Sucked Balls! But that’s Queen Lizzys Fault! All Good Otherwise!
Austin | April 7, 2018
Good product... I just messed up
For Teensy 3.5/3.6 Breakout (Revision A, Standard)
I personally couldn't get the surface mount stuff to line up. I ended up breaking the suface mount pads on the bottom of the teensy...
The seller gave me a discount on another board! Thank you Tall-Dog!
The seller gave me a discount on another board! Thank you Tall-Dog!
Spencer | March 31, 2018
Very useful and well thought out board
For Teensy 3.5/3.6 Breakout (Revision A, Standard)
I have not traced ever connection so i am just assuming that there are no errors on the board. works well in everything tested so far. it is really useful to have all the pins available. i put sockets on my board and everything aligned well enough to do this. i used very strong sockets so i hope i can get the board off if i ever need to. since this will most likely be necessary only if the teensy fails i am not too concerned. i wanted to have screw terminals on my board so i soldered them on the bottom as recommended and they fit. it is very convenient to have silk screen on both sides of the board so you can identify locations by reference the side of the board that is not covered with headers etc.
Jeremy | March 4, 2018
Great product and build quality
For Teensy 3.2 Breakout (Revision D)
I found these boards during a web search and put myself on the wait list immediately. As soon as they were available I ordered two for a Teensy 3.2 project I am working on - one for prototyping and one for potential permanent install. The boards arrived fairly quickly and are of great quality and design.
I'm not a novice builder, but I know that is it always a good idea to read instructions a couple of times, especially for somewhat specialized stuff like this. This was even more important for me in this case because I did not plan on using the board 100% exactly as intended. I wanted to use longer pins to allow insertion into a Teensy audio board.
Like other users I had some confusion about the VIN VUSB cut that you need to make on the Teensy, but a quick email to Daniel got me on the right track. My only real challenge with this build was the 14-pin double row header. While the instructions say to not worry about lining it up too much, this really does need to line up perfectly with the 5-pin header above it or the Teensy and Breakout wont sandwich together. Luckily, with some foresight I avoided a major issue by using a female header to hold everything in place. In the end I actually had more trouble from the A11,A10,AREF,VUSB header, but with a little gentle bending got everything together.
The 14-pin header soldering area is tight once the 5 pin header is installed. I would recommend knocking your soldering iron down a notch in this area. Melting the plastic can lead to pins sliding all over the place. Good light and a magnifying glass are *extremely* helpful here. This was my first time working with the 14-pin right angle header design that connects to pads and to conventional pins. Even for an experienced builder may grow impatient with this. Take breaks!
Altogether the build took me 2 hrs. That was after reading the instructions 3 times in separate sittings. When you consider the cost of this board, the Teensy and your time, you don't want to mess up. After I was done, all pins tested fine and I now have a great board that is perhaps too good to use for some projects! This breakout offers more functionality at your fingertips than most people would use in small projects.
It's possible there are complete photos of the build somewhere, but I was working from the text-only PDF which was OK for an experienced builder. Since my implementation is a bit different, I plan to post some picts of my build soon at: https://www.jeremydeprisco.com/electronics-projects/
I'm not a novice builder, but I know that is it always a good idea to read instructions a couple of times, especially for somewhat specialized stuff like this. This was even more important for me in this case because I did not plan on using the board 100% exactly as intended. I wanted to use longer pins to allow insertion into a Teensy audio board.
Like other users I had some confusion about the VIN VUSB cut that you need to make on the Teensy, but a quick email to Daniel got me on the right track. My only real challenge with this build was the 14-pin double row header. While the instructions say to not worry about lining it up too much, this really does need to line up perfectly with the 5-pin header above it or the Teensy and Breakout wont sandwich together. Luckily, with some foresight I avoided a major issue by using a female header to hold everything in place. In the end I actually had more trouble from the A11,A10,AREF,VUSB header, but with a little gentle bending got everything together.
The 14-pin header soldering area is tight once the 5 pin header is installed. I would recommend knocking your soldering iron down a notch in this area. Melting the plastic can lead to pins sliding all over the place. Good light and a magnifying glass are *extremely* helpful here. This was my first time working with the 14-pin right angle header design that connects to pads and to conventional pins. Even for an experienced builder may grow impatient with this. Take breaks!
Altogether the build took me 2 hrs. That was after reading the instructions 3 times in separate sittings. When you consider the cost of this board, the Teensy and your time, you don't want to mess up. After I was done, all pins tested fine and I now have a great board that is perhaps too good to use for some projects! This breakout offers more functionality at your fingertips than most people would use in small projects.
It's possible there are complete photos of the build somewhere, but I was working from the text-only PDF which was OK for an experienced builder. Since my implementation is a bit different, I plan to post some picts of my build soon at: https://www.jeremydeprisco.com/electronics-projects/
David | Feb. 4, 2018
Well made, instructions marginal
For Teensy 3.5/3.6 Breakout (Revision A, Standard)
The boards were well made and all parts were provided. The instructions, however were a bit marginal. Previous boards for the Teensy 3.1/3.2 from this vendor had much better instructions. Some photos would help, not just line drawings.
Rob | Jan. 21, 2018
Bought 2x, shipped to UK, great
For Teensy 3.5/3.6 Breakout (Revision A, Standard)
As per title, bought 2x, will probably buy more in the future, well made, well packaged. Communication listed as ok, simply because we didn't have any, plus none was required.
Thanks very much.
Thanks very much.
Martin | Dec. 26, 2017
Lovely Breakout
For Teensy 3.5/3.6 Breakout (Revision A, Standard)
Ah! I love it a lot, now i can easily access a lot of the pads on my 3.5. It may be too much choice but it's exactly what I wanted and had nice and excellent documentation included. If you need to get to all those pins and pads on your teensy, this is the board!
Kurt | Nov. 18, 2017
Nice board for prototyping also nice to have USB Host.
For Teensy 3.5/3.6 Breakout (Revision A, Standard)
This is a nice little board that allows you to use most if not all of the IO pins of the Teensy 3.5 and 3.6
This board is also nice for those who wish to experiment with the USB Host support of the Teensy 3.6 as it both has a connector to allow you to plug in your USB device, it also has IO pins that make it easy to hook up an analyzer.
This board is also nice for those who wish to experiment with the USB Host support of the Teensy 3.6 as it both has a connector to allow you to plug in your USB device, it also has IO pins that make it easy to hook up an analyzer.
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