Clock

TCA4307 HOT SWAPPABLE I2C BUS AND SMBUS BUFFER

TCA4307 HOT-SWAPPABLE I2C BUS AND SMBUS BUFFER

Texas Instruments’ buffer features stuck bus recovery Texas Instruments’ TCA4307 is a hot-swappable I2C bus buffer that supports I/O card insertion into a live backplane without corruption of the data and clock lines. Control circuitry prevents the backplane-side I2C lines (in) from being connected to the card-side I2C lines (out) until a stop command or bus idle […]

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ANALOG CLOCK MOTOR DRIVER IMPLEMENTATION USING GREENPAKℱ

ANALOG CLOCK MOTOR DRIVER IMPLEMENTATION USING GREENPAKℱ

Introduction Even in a digital world, classic analog clocks have a timeless style. This simple but universal technology is presented in the article. The implemented project uses a dual-rail GreenPAKℱ SLG46121 which can perform all the active electronic functions needed in an analog clock, including motor driver and crystal oscillator. Additionally, GreenPAK ICs are low-cost and tiny

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CLOCK OSCILLATOR IN MINI PACKAGE – CLOCK IN A CAN

CLOCK OSCILLATOR IN MINI PACKAGE – CLOCK IN A CAN

Most microcontroller implementation these days, use the traditional capacitor + crystal approach to generate their clock, this approach sometimes, however, lead to problems, especially when used in prototyping situations with a breadboard, jumper wires, etc., all of which have an (unknown) inherent capacitance that could lead to the clean 8 or 16MHz signal we desire,

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Interfacing DC Motor with AVR Microcontroller Atmega16

Interfacing DC Motor with AVR Microcontroller Atmega16

DC motors are the most widely used motors. These motors can be found almost everywhere from small projects to advanced robotics. We previously interfaced DC Motor with many other microcontrollers like Arduino, Raspberry pi and used it in many robotic projects. Today we learn to control DC motor with AVR Microcontroller Atmega16. But before going ahead let’s know more about

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SINGLE ENDED 2 CHANNEL GAN CLASS D AMPLIFIER – EVALUATION BOARD

SINGLE-ENDED, 2-CHANNEL GAN CLASS D AMPLIFIER – EVALUATION BOARD

The EVAL_AUDAMP24 e-mode GaN HEMT-based evaluation board from Infineon Technologies is a 2-channel, 225W/ch (4Ω at ±43V) or 250 W/ch (8Ω at ±63V) half-bridge class D audio power amplifier for high-end Hi-Fi audio systems. This evaluation board demonstrates how to use the IGT40R070D1 E8220 CoolGaNℱ gallium nitride transistor together with the MERUSℱ IRS20957SPBF controller IC, implement protection circuits, and

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OKDO E1 DEVELOPMENT BOARD

OKDO E1 DEVELOPMENT BOARD

OKdo, part of the Electrocomponents Group, introduced its first own-branded single board computer (SBC), the E1. The OKdo E1 is an ultra-low-cost Development Board based on the NXP LPC55S69JBD100 dual-core Arm CortexŸ M33 microcontroller. The E1 board is perfect for Industrial IoT, building control and automation, consumer electronics, general embedded and secure applications. Key Features Processor

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BOOST THE SPEED OF YOUR STM32 MICROCONTROLLERS BY 31 USING CORE COUPLED MEMORY

BOOST THE SPEED OF YOUR STM32 MICROCONTROLLERS BY 31% USING CORE-COUPLED MEMORY

When working on projects with computation-intensive routines and (or) near real-time performance requirements, having a “lightning-fast” RAM is usually a good thing for developers. This is one of the reasons while STMicro included the Core Coupled Memory (CCM) RAM  in a good number of its STM32 microcontroller series, and Dim Tass recently demonstrated how to use it, in a blog post

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VINTAGE VQB 71 SEVEN SEGMENT LED DISPLAYS MAKE GPS CLOCK BOTH BRILLIANT AND ATTRACTIVE.

VINTAGE VQB 71 SEVEN-SEGMENT LED DISPLAYS MAKE GPS CLOCK BOTH BRILLIANT AND ATTRACTIVE.

Stephen Holdaway recently announced his project, a beautiful vintage VQB71 7-segment display based GPS Clock. Inspired by the fantastic appearance of the LEDs, Holdaway explains that the clock was built with a handful of vintage VQB 71 seven-segment LED displays and an u-box NEO-6M GPS module. “There are only so many applications for a 7-segment display

VINTAGE VQB 71 SEVEN-SEGMENT LED DISPLAYS MAKE GPS CLOCK BOTH BRILLIANT AND ATTRACTIVE. Read More »

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