LT8335 – Low IQ Boost/SEPIC/ Inverting Converter with 2A, 28V Switch

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LT8335 is a current mode, 2 MHz step-up DC/DC converter with an internal 2A, 28V switch. It operates from an input voltage range of 3V to 25V, suitable for applications with input sources ranging from a single-cell Li-Ion to automotive inputs.

The LT8335 can be configured as either a boost, SEPIC or an inverting converter. It uses a fixed 2 MHz switching frequency, enabling designers to minimize external component sizes and avoid critical frequency bands, such as AM radio. Burst Mode operation reduces quiescent current to 6 µA while keeping output ripple below 15 mVP-P. The combination of a 3 x 2 mm DFN package and tiny externals ensures a very compact footprint while minimizing cost.

LT8335 – Low IQ Boost/SEPIC/ Inverting Converter with 2A, 28V Switch – [Link]

Puck.js – the ground-breaking bluetooth beacon

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A JavaScript microcontroller you can program wirelessly – perfect for IoT devices! No software needed so get started in seconds

With our custom circuit board, the latest Nordic chip, Bluetooth Smart, Infra-red and much more, all enclosed in a tiny silicone case, Puck.js is a smart device which is both multi-functional and easy to use.

Puck.js comes pre-installed with JavaScript and we have an easy to use graphical editor, so it’s perfect for any maker, whether you’re just starting out or have been making for years. You can start programming straight out of the box – no wires or software required!

Puck.js – the ground-breaking bluetooth beacon – [Link]

Make the PCB from your design using Altium CircuitStudio

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AshokRao guide us through the process of creating a PCB out of your Schematic, using Altium – CircuitStudio

OK, further to Part 1 of this blog where we created a schematic, now it’s time to move to the PCB.

If you still don’t have your license, get a trail from here:

Professional PCB design tool | CircuitStudio

Make the PCB from your design using Altium Circuit Studio – [Link]

Smart LED Flashlight

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Vitaliy_M @ instructables.com has build a nice little LED flashlight.

The flashlight turns on automatic for 60 seconds when it senses that the room is dark enough.

To turn on manual light for additional 60 seconds you need to push the RST button.

Smart LED Flashlight – [Link]

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Wemos D1 mini: A first look at this ESP8266 based board

educ8s.tv has a new video discussing about the Wemos D1 mini board.

In this video we are going to take a first look at the Wemos D1 mini board. The new impressive ESP8266 based board. It is very small in size, very inexpensive but very powerful!

If you have watched some of my previous videos you will remember that I recently tested the WeMOS D1 board which resembles an Arduino Uno but uses the much faster and capable ESP8266 chip. Recently I discovered on Banggood.com another very promising board, the D1 mini board which also uses the ESP8266 chip. This board costs $5.6 and Banggood.com was kind enough to send a sample unit in order to test it and share my opinion about it with you.

Wemos D1 mini: A first look at this ESP8266 based board [Link]

IN-4 Nixie Clock using ATmega168

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andrea biffi @ instructables.com has a detailed tutorial on how to build your own Nixie clock using IN-4 tubes and Atmel ATMega168 microcontroller.

Nixies are neon valve tubes, where ten cathodes have shape of digits and are lighted up by plasma when high voltage flows through them. I love these old era displays, which have been employed in last century before I was born.

In last year I’ve been slowly collecting components and knowledge to build some nixie clocks as Max Pierson’s beautiful creation, I like the old style, the roundness of glass tubes, the rough wood case, the simplicity of the design. That clock has definitely inspired my project. Even though I really love vertical digits arrangement I keep that original feature for my next clock.

IN-4 Nixie Clock using ATmega168 – [Link]

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Arduino LED Scroll Bar using easyEDA

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Today I want to make a LED Scroll Bar as is shown in the picture above. Ten LED strips can flash in different effect by using a control board.

Components: LED strip, Arduino Nano, Dupont line and a control board.

Arduino LED Scroll Bar using easyEDA – [Link]

SmartWatering – Arduino plant watering

Prototype

Arduino based project in charge of taking care of your green plant.

Particle Core based project in charge of taking care of my green plants.

The water pump will not work with a voltage under 5V. In order to power it, I soldered a wire straight on the VUSB pin of the USB header. The following picture illustrates where to solder the wire on the former Arduino Nano. You can do the same with the Particle Core diode (black component between the USB header and the VIN pin).

SmartWatering – Arduino plant watering – [Link]

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Easy Planter – A Simple Way Of Monitoring Plants

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Easy Planter is a plant monitoring device able to sense temperature, humidity, pressure, moisture, light etc.

A small bluetooth low energy plant sensor that easily fits into a plant pot. It can monitor temperature, humidity, pressure, moisture, light, and has I2C extension pins so that you can add other modules. Information is sent to a phone, and notifies you when it needs something.

Easy Planter – A Simple Way Of Monitoring Plants – [Link]