Clock

ROHM’S NEW EFFICIENT POWER MANAGEMENT IC OPTIMIZED FOR I.MX 8M NANO PROCESSORS

ROHM’S NEW EFFICIENT POWER MANAGEMENT IC OPTIMIZED FOR I.MX 8M NANO PROCESSORS

ROHM today announced the availability of a highly integrated and efficient power management IC (PMIC),BD71850MWV, optimized for NXP® Semiconductors’ i.MX 8M Nano family of application processors, which features exceptional computing, and audio performance. It is the latest addition to ROHM’s growing portfolio of PMICs designed for NXP’s i.MX application processors. With the BD71837AMWV for i.MX 8M

ROHM’S NEW EFFICIENT POWER MANAGEMENT IC OPTIMIZED FOR I.MX 8M NANO PROCESSORS Read More »

INSIDE THE DIGITAL CLOCK FROM A SOYUZ SPACECRAFT

INSIDE THE DIGITAL CLOCK FROM A SOYUZ SPACECRAFT

We recently obtained a clock that flew on a Soyuz space mission.1 The clock, manufactured in 1984, contains over 100 integrated circuits on ten circuit boards. Why is the clock so complicated? In this blog post, I examine the clock’s circuitry and explain why so many chips were needed. The clock also provides a glimpse into

INSIDE THE DIGITAL CLOCK FROM A SOYUZ SPACECRAFT Read More »

Digital Clock Using Microcontroller AT89S52 Without RTC Circuit

Digital Clock Using Microcontroller (AT89S52 Without RTC Circuit)

Lets describe a clock… “Clock is a device that counts and shows time(relative)”!!! Guess I said it right so lets make a CLOCK with ALARM feature. NOTE: it will take 2-3 minutes in reading please read the whole project or else I will not be responsible for any part damage. Step 1: COMPONENTS REQUIRED 6 components needed : 1. Microcontroller (I have used

Digital Clock Using Microcontroller (AT89S52 Without RTC Circuit) Read More »

NXP SEMICONDUCTORS MPC5777C POWER ARCHITECTURE® MICROCONTROLLER

NXP SEMICONDUCTORS MPC5777C POWER ARCHITECTURE® MICROCONTROLLER

NXP Semiconductors MPC5777C Power Architecture® Microcontroller is a high-performance, multicore MCU optimized for industrial and automotive control applications that require advanced performance, timing systems, security, and functional safety capabilities. The MPC5777C features two independent Power Architecture z7 cores with up to 300MHz operation, along with a single z7 core in Lockstep with one of the main cores.

NXP SEMICONDUCTORS MPC5777C POWER ARCHITECTURE® MICROCONTROLLER Read More »

Using a Quadrature Encoder With an ATtiny 2313 and an OLED Display

Using a Quadrature Encoder With an ATtiny 2313 and an OLED Display

In this instructable you’ll learn how to use a rotary encoder (see http://en.wikipedia.org/wiki/Rotary_encoder ) with a microcontroller and how to display the numeric value as a bar and a numeric value on an OLED display. See the video below for the project in action. The right upper corner of the OLED display shows a small

Using a Quadrature Encoder With an ATtiny 2313 and an OLED Display Read More »

2cm Height 7 Segments 6 Digits AVR Clock With 4 Digits Thermometer

2cm Height 7 Segments 6 Digits AVR Clock With 4 Digits Thermometer

This project is explaining how to create yourself a 6 digits 7 segments clock with AVR microcontroller Step 1: Prepare the Parts for This Project We need to prepare a parts for this project, 6x 7 Segments Common Anode 6x PNP transistors for driver, I used 2N3906 6x 1K 1/WW resistors 1x Module ATMEGA128 1x

2cm Height 7 Segments 6 Digits AVR Clock With 4 Digits Thermometer Read More »

Firmware Upgrade for USBASP Clone Fixing Error Setting USBASP ISP Clock

Firmware Upgrade for USBASP Clone – Fixing Error Setting USBASP ISP Clock

USBASP is one of the most popular programmer for AVR Microcontroller by Thomas Fischl. It is one of the oldest programmer for AVR. And very common being used with AVRdude software. There are many GUI based on AVRDude, such as: embedXcode AVR8 Burn-O-Mat AVRDUDESS BitBurner avrdude-gui khazama eXtreme Burner and many more In this tutorial we focus

Firmware Upgrade for USBASP Clone – Fixing Error Setting USBASP ISP Clock Read More »

Scroll to Top