Hipic Electronics

Hipic Electronics To be a Global World-Class Electronics System House in Electronic Technologies.



Integrity

The Integrity of an organisation is the pillar of long-term success and its foundation lies in its people. It is the sum total of individual traits of honesty, dedication and responsibility as professionals and co-workers in a common enterprise of creating value and bringing positive contributions towards a better world. Value Creation

We are determined to add value in all

that we do - in the best way possible and to the best of our ability. We work together to grow our people, markets and businesses around the world, to consistently create solutions that win in the marketplace and meet, or even exceed, our customers' expectations. Courage

We empower ourselves as an organisation, as teams and as individuals through small and large acts of courage in our everyday work and at more challenging moments of uncertainty, without fear of failure or the desire to stick with the status quo. Courage enables us to face the plain realities of our situation (favourable and unfavourable), to address concerns over change, to promote out-of-box thinking and to explore and commit to bold new possibilities for our business. Commitment

We are determined and energised to achieve our shared vision, mission and strategic objectives together. This dedication to a common purpose stands behind our commitments to customers, partners, other stakeholders and one another, driving us to excellence in our results and in how we achieve them. Compassion

Along with our passion to succeed and prosper as individuals, as teams and as a business, we also reach out to express our genuine care and responsibility for one another, our communities and the broader world community. We rally around those in difficulty to understand their troubles and actively help them with our time, energy and money.



Action Oriented

If there is a job to be done, we believe we should get on with it; in the best way possible and to the best of our ability. Customer Oriented

We value our customers' interest in the company and believe we should strive to understand their needs and ensure their satisfaction.

13/11/2021

13/12/2020

Farm alarm system

this circuit can double dc voltage.if you require 9v to 12v from usb 5v than you can use this circuit as a dc voltage ...
04/05/2018

this circuit can double dc voltage.if you require 9v to 12v from usb 5v than you can use this circuit as a dc voltage step up and circuit simply made by 555 timer.

01/06/2016

"Great partnerships make you better than you are. They multiply your values, enable you to do what you do best, allow you to help others do their best and give you more time." — John C. Maxwell

30/05/2016

Arduino Safe - 6 digit Passcode By chummer1010.

Like us Hipic ElectronicsPrisms can boost efficiency of solar cells, making solar panels cheaper and more effic...
29/05/2016


Like us Hipic Electronics
Prisms can boost efficiency of solar cells, making solar panels cheaper and more efficient

Prism device helps scientists break solar-efficiency record - Electronic Products

In this video educ8s.tvis going to shows us how to use the SD card slot of the popular 1.8" Color TFT display which use...
28/05/2016

In this video educ8s.tvis going to shows us how to use the SD card slot of the popular 1.8" Color TFT display which uses the ST7735 driver. Then we will save some bitmap images in the SD card and we will display them on the display. In other words, we will build a simple Photo Frame using Arduino! If you have watched some of my previous videos, you may have noticed that I use this 1.8” color TFT display a lot recently. [ 176 more words. ]

1.8″ DIY Photo Frame using and Arduino Nano and a 1.8″ ST7735 Color TFT display 28 May, 2016Electronics Lab 1 0 In this video educ8s.tvis  going to shows us how to use the SD card slot of the popular 1.8″ Color TFT display which uses the ST7735 driver. Then we will save some bitmap images in the SD…

user Ingenerare @ instructables.com published a tutorial on a IoT weather station based on NodeMcu board, DHT11/22 senso...
24/05/2016

user Ingenerare @ instructables.com published a tutorial on a IoT weather station based on NodeMcu board, DHT11/22 sensor, BMP180 sensor, Rain sensor, Light sensor. In this tutorial, I will walk you through the steps to build an easy and cheap IOT weather station. The retrieved data is pushed via a wifi shield to Thingspeak. The data can be analysed on the Thingspeak channel or on a personal website as can be seen in the pictures above. Easy IoT weather station with multiple sensors -

http://www.electronics-lab.com/easy-iot-weather-station-multiple-sensors/

Easy IoT weather station with multiple sensors 24 May, 2016Electronics Lab 2 0 user Ingenerare @ instructables.com published a tutorial on a IoT weather station based on NodeMcu board, DHT11/22 sensor, BMP180 sensor, Rain sensor, Light sensor.   In this tutorial, I will walk you through the steps to...

23/05/2016

Like us Hipic Electronics

To be a Global World-Class Electronics System House in Electronic Technologies.

USB breakout board with current monitorLike Hipic Electronics
22/05/2016

USB breakout board with current monitor
Like Hipic Electronics

USBuddy: USB development tool 22 May, 2016Electronics Lab 17 0 Jakub has designed and built a USB breakout board with current monitor – USBuddy: Do you sometimes develop with USB? I do. So I need to access data lines, bus voltage and I’d like to easily monitor the current too. I made myself a small…

Like Hipic Electronics For moreYahya tipped us with his latest tutorial about flashing EFM32 MCUs with OpenOCD using FT2...
22/05/2016

Like Hipic Electronics For more

Yahya tipped us with his latest tutorial about flashing EFM32 MCUs with OpenOCD using FT2232H adapter. Old MCUs from vendors like ATMEL and MICROCHIP, like the PIC16F and Atmega family, tend to have a special programming interface to program internal flash. For example, Atmega used SPI pins (MISO, MOSI, SCK) and PIC used two pins (PGC, PGD)— one as a clock and another as a bi-directional data line. [ 28 more words. ]

http://www.electronics-lab.com/getting-started-openocd-using-ft2232h-adapter-swd-debugging/

Getting Started with OPENOCD Using FT2232H Adapter for SWD Debugging 22 May, 2016Electronics Lab 2 0 Yahya tipped us with his latest tutorial about flashing EFM32 MCUs with OpenOCD using FT2232H adapter. Old MCUs from vendors like ATMEL and MICROCHIP, like the PIC16F and Atmega family, tend to have…

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