For Pedal Builders

Device styles: n1, n2, n3

Currently, we offer three different variations of our Nanolog Devices™: "N1", "N2", and "N3". The differences reflect to the varying "thickness" of the active carbon layer in each device.

The thickness determines how the devices conduct voltage, which then shapes and colours the final tonal output. This is how we class our products:

N1 (4 nm): The most saturated and compressed of the three.
N2 (6 nm): Dynamic, open, and warm tones. Often the "fan favourite" (just ask Ryan from 60 Cycle Hum).
N3 (8 nm): Huge dynamic swings, rich low end, and overall powerful presence.

device packaging

Pictured: 6 Nanolog Devices™

We have recently transitioned to a new form of packaging called "Chip on Board" (CoB).

This new packaging style has several benefits for builders:

It protects the active carbon device: using a durable poloxamer coating to ensure the device can last a lifetime
It identifies the "batch": to expedite any potential issue
It provides various mounting options: there are three different ways to integrate these chips into a PCB layout
It facilitates machine loading: these devices are more "automated" friendly than our previous designs
It reduces price: down by 40% compared to our previous models
It looks awesome: meet the coolest looking analog component on the block!

device dimensions

Like we said, they're tiny. On our devices you will find:

Nanolog Emblem: in the top left corner
Device "Type" ID: in bottom left left corner
"Batch" ID: bottom, left corner
Copyright: bottom, right corner
"Glob Top": the centre black coating that protects the active device

device installation

This new packaging design is quite versatile as it offers three different ways to integrate a Nanolog Device into a circuit:

Conventional Soldering: There are grooves on both ends to facilitate the soldering process
Through-Hole Pins: The through-hole pins are 1.1 mm in diameter (pictured above)
Surface Mounting: The gold contacts on the device edges extend to the bottom of the surface

circuit design

Most directly, Nanolog Devices can act as a drop-in replacement for an anti-parallel diode array. They are non-linear, symmetrical devices.

We have tested our Nanolog Devices™ in several circuit designs, and find that the devices have more pronounced benefits in certain circuit types. Please see our technical document to view these circuits (page 4).

Of note, in order to use the non-linear I-V curve for clipping, some amplifier needs to be used.

Do's

Experiment: these devices are not diodes. They respond differently, and function using a different scientific foundation. They are exciting and new! Get weird with it.
Discuss: any potential challenges you're finding along the way, we're here to help.

Dont's

Avoid: designs where the devices will be subjected to DC biases.
Power: use 9 VDC power supplies only.
Don't: use test equipment that will impose DC voltages (such as multimeters).

testing

We've done extensive testing to ensure that our products will perform at their maximum potential under even the most intense environmental factors.

The current CoB design has been tested successfully at:

Several billion IV cycles
Two days of operations at 80°C with 80% humidity
Over 10 minutes of operation in boiling water

Every single one of our devices undergo many tests to ensure they leave our facilities at peak performance.

product history

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We were fortunate to work closely with the legendary Dr. Scientist to create the first commercial guitar pedal ever to use this quantum tunneling technology. And since the Heisenberg Molecular Overdrive, we at Nanolog Audio have launched our own pedal designs.

Recently, Tom Cram (previously with Digitech) of Spiral Electric FX has created an awesome fuzz pedal line using our devices, the Black Spiral.

Today, there are proven and awesome sounding pedals in the market that use our Nanolog Devices™. The very first steps into the unknown have been taken. And now we know it works, and performs tremendously.

That being said, there is much uncharted terrain left to explore here. Your design will be one of the very first products in the world that uses molecular electronics. If nothing else, we think that's pretty neat.

technical support

As much as we want to see our own product lines flourish, more than anything, we want to see our technology being used to the best of its abilities. This is truly where our passion lies.

Now, we have over 5 years experimenting with these devices, seeing how they work with prototypes, and building out full product lines.

We're happy to share building tips, and facilitate your designing process to the best of our abilities.

placing a manufacturing order

Techni
...So you've decided to take the carbon plunge? And now it's time to boldly experiment with a new and powerful clipping component.

For sales information: such as pricing and volume discounts please contact our CEO Adam Brown.

For technical information: such as power draw, circuit design, testing best practices, and device performance, please contact our Technical Lead & Co-Founder Adam Bergren.

Placing a small order

For small orders, please visit our favourite boutique component supplier Small Bear Electronics.

Small Bear Electronics is renowned in the pedal building and DIY community as being a supplier of high quality components. They also offer a wealth of knowledge and technological know-how to their customers.

Please download our technical sheet here before experimenting!

order here