Capacitor

How to Make a PIC Programmer PicKit 2 clone

How to Make a PIC Programmer – PicKit 2 ‘clone’

Hi! This is a short Instructable on making a PIC programmer which acts as a PicKit 2. I made this because it is way cheaper than buying an original PicKit and because Microchip, the manufacturers of PIC microcontrollers and the PicKit programmer, provides schematics and software, making it really easy for us to design our […]

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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

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The KIM Uno a 5E Microprocessor Dev Kit Emulator

The KIM Uno – a 5€ Microprocessor Dev Kit Emulator

The KIM Uno is a portable, software defined dev kit for (retro) microprocessors. But let me introduce the idea of it by going back in time: Back in late 2018 it came to my mind, that I wanted to build a small portable microprocessor dev kit, just like the famous KIM-1 from MOS Technology, Inc. and designed by Chuck

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Step 1 Writing and Building AVR Microcontroller Application in C Code Using the Integrated Development Platform Atmel Studio 7

AVR Microcontroller. Toggle LED’s Using a Push Button Switch. Push Button Debouncing.

In this section, we will learn How to make program C code for ATMega328PU to toggle the status of the three LED’s according to the input from a button switch. Also, we have explored a solutions to the problem of is ‘Switch Bounce‘. As usually, we will assemble the electrical circuit on base of the

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MICRON’S 11TB NVME SSDS NOW AT MOUSER

MICRON’S 11TB NVME SSDS NOW AT MOUSER

Micron 9200 NVMe™ Solid State Drives (SSDs) comes under Micron’s flagship performance product line and the second generation of NVMe drives. These SSDs utilize Gen3 PCIe interface, innovative non-volatile memory express protocol, and Micron’s high-speed NAND to provide high-throughput and IOPS, low-latency, and consistent quality of service. The 9200 SSDs are available in high-capacities up

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TEENY TINY BLUETOOTH TRANSMITTER RUNS ON LESS THAN 1 MW

TEENY-TINY BLUETOOTH TRANSMITTER RUNS ON LESS THAN 1 MW

You’re probably swimming in Bluetooth radio signals right now. But none of those are coming from the smallest, lowest-power end of the Internet of Things. These battery-powered and energy-harvesting millimeter-scale sensors are meant to last for years without needing replacement, but their radios can’t muster the energy needed to communicate using even the lowest energy

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HIGHLY INTEGRATED USB C BUCK CHARGER FROM MAXIM REDUCES SIZE BY 30 PERCENT

HIGHLY INTEGRATED USB-C BUCK CHARGER FROM MAXIM REDUCES SIZE BY 30 PERCENT

Designers of portable Li-ion battery-powered electronics now have a simplified and more flexible way to add a USB Type-C (USB-C) charging system to their products with the MAX77860 3A switch-mode charger from Maxim Integrated Products, Inc. (NASDAQ: MXIM). This USB-C buck charger provides the industry’s first integrated USB-C port controller and charger to eliminate the

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ULTRA LOW QUIESCENT LDO EXTENDS BATTERY LIFE FOR SENSORS AND PORTABLE DESIGNS

ULTRA-LOW QUIESCENT LDO EXTENDS BATTERY LIFE FOR SENSORS AND PORTABLE DESIGNS

With ultra-low quiescent current of 250 nA, the MCP1811 enables battery life which is four-times longer than conventional ultra-low Iq LDO regulators. Compact packages down to 1 x 1 mm also help the MCP1811 to minimise board space. The MCP1811/12 devices are 150 mA (MCP1811) and 300 mA (MCP1812) low dropout (LDO) linear regulators that provide high-current and low-output

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Linear applies switched capacitor step down topology for inductor less

Linear applies switched-capacitor step-down topology for inductor-less DC/DC

LTC7820 is, a high power fixed ratio charge pump DC/DC controller that eliminates the power inductor in a non-isolated intermediate bus converter, allowing up to a 50% reduction in circuit size and up to 4000 W/in³ power density. The 72V fixed-ratio DC/DC controller can deliver 500W. Non-isolated regulators and voltage level converters that employ energy

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