Mifra Electronics

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MIFRA ELECTRONICS STORE
Welcome to Mifra Electronics Store!
🚀 Innovate with Us
🤖 Breadboard & Microcontrollers
🔋 Batteries | Drones | Accessories
🛠️ Project & Kits. When it comes to and as well as connectors and memory cards our emphasis is on top quality at very attractive prices. Try out our fast dispatch service and top customer support, and compare our prices: We are certain that you will soon

be among our satisfied customers. WHERE TO BUY ELECTRONIC COMPONENTS ONLINE IN INDIA Mifra electronics store sells the following items online – Arduino, Raspberry Pi Development Boards, NodeMCU ESP8266, ESP32,ARM LPC2148, 8051 Controllers, Motors, Sensors Modules, Electronic Components, Plastic Enclosures for Electronics, SMPS Power Suppliers, Resistors, Capacitors, and a wide range of products. You can order online on our website and we will deliver throughout India within 1-10 days. Our sells websites are,

www.mifraelectronicstore.com //Product websites

www.mifratech.com //Electronics components sales online / offline

ONLINE SHOPPING MADE EASY AT Mifra electronics store / Mifra electronic store
If you would like to experience the best of online shopping for Electronic Modules & Components in India, you are at the right place. Mifra electronics store is the ultimate destination for Electronics & Robotics, being host to a wide array of merchandise including Arduino, Raspberry Pi, NodeMCU ESP32, Sensors, Motor Drivers, Power Suppliers, SMPS, Batteries, Electronic Components, etc. You can get every part for your next project online and stop worrying about sourcing components from multiple sources. You can shop online at Mifra electronics store from the comfort of your home and get your favourites delivered right to your doorstep. BEST ONLINE SHOPPING SITE IN INDIA FOR ELECTRONICS & ROBOTICS

Irrespective of your project – IoT, Robotics, Python, OpenCV, AI, ML, Embedded Electronics, Automation, etc you will find all required components www.mifraelectronicstore.com. You will realise that the sky is the limit when it comes to the parts used in these projects and you can purchase them online on our store. Plastic Enclosures Electronic Modules Electronics Components Tools & Prototyping Robotics

BUY PLASTIC ENCLOSURES FOR ELECTRONICS IN INDIA

Mifra electronics store manufactures and retails 100+plastic boxes and cases for electronic circuits. No minimum order quantity, bulk discounts available for business purchase. We make enclosures boxes for sensor nodes, controllers, IoT Products, handheld devices, wearables, wall mount devices, etc. Mifra electronics store / Mifra electronics store sells generic low cost effect enclosures, high quality premium IP65 Dust and Waterproof Enclosures, Enclosures with Transparent Lids, etc We have circuit enclosures boxes for all sizes – small, medium and large PCB boards. We also have Aluminium Enclosures, ABS enclosures, PVC Enclosures, Cabinets, Metal Boxes, etc. We also sell IP65 Waterproof PVC & Metal Cable Glands and Fan Filters

BUY Arduino Board Online India

Mifra electronics store / Mifraelectronics store sells Arduino UNO, Arduino Mega, Arduino Nano, Arduino Pro, Mini, Micro, Lilypad, Due, and other development boards online in India. These boards come with Atmega328 and Atmega2560 and are great for learning electronics and programming. Order them online for your next robotics, electronic, IoT Project. BUY Raspberry Pi Online India

Mifra electronics store sells Raspberry Pi, Pico SBC (Single Board Computer), HDMI Displays, Raspberry Pi Starter Kit. We source them from official Distributors and offer the best quality development boards at lowest prices possible. We also sell a wide range of Raspberry Pi Accesories – Raspberry Pi Cameras & Lens, Heat sink Cases for Raspberry Pi, Raspberry Pi Sensors, Raspberry PI Power supplies, etc. Buy Raspberry Pi Online Now for your next Machine Vision Project, OpenCV Project, Image processing and recognition project! Electronic Sensor Modules Online at Mifra electronics store / Mifratech

Buy Online Ultrasonic Sensors, Distance Sensors, Temperature Sensors, PIR Motion Sensors, ph Soil Sensors, Encoder Sensors, Magnetic Door Lock Sensors, Gas Sensors, Accelerometers & IMU Modules, Line Following Sensors, Force Flex Sensors, Current and Voltage Sensors, Flow Sensors, Light Sensors, Biometric Fingerprint Sensors, etc. We also have the latest electronic sensors for electronics and robotics like sound and voice sensors, Gesture Recognition SEnsors, Load Cell Weight Sensors, etc. These sensors can be used with Arduino, Raspberry Pi, NodeMCU, ESP32 and other microcontrollers. Use them in your next electronics project. Order them online now. Best Online Store for buying Electronic Components

Bits and pieces that make your project work are always hard to find. Mifra electronics store has 500+ electronic components like Microcontroller ICs, LEDs, Header Pins, Connectors, Crystal Oscillators, Cables, Buzzers, Transistors, Motor Driver ICs,

Voltage Regulator ICs, ZIF & DIP Sockets, LED Holders, Switches, Potentiometers, LCD Displays, ICs, Resistors, Batteries & Holders, Heatsinks, Capacitors, Relays, Diodes, Heat shrink tubes, LED Displays, DIP Switches, Resistor Arrays, 7 Segment Displays, LED Strips, etc Chekout our wide range of electronic components and order them online in India now. AFFORDABLE PARTS AT YOUR FINGERTIPS
Mifra electronics store is one of the unique online electronics shopping sites in India where components are accessible to all. Check out our new arrivals to view the latest microcontrollers, sensors and ICs in the market. HISTORY OF Mifra electronics store

Becoming India’s no. 1 electronics destination is not an easy feat. Sincere efforts, digital enhancements and a team of dedicated personnel with an equally loyal customer base have made Mifra electronics store the online platform that it is today. The original B2C venture for electronics components was conceived in 2009 but transitioned into a full-fledged ecommerce giant within a span of just a few years. By 2019, Mifra electronics store introduced 250 Indian and international brands to its platform and this has only grown in number each passing year. Today Mifra electronics store sits on top of the online electronics field with an astounding social media following, a loyalty program dedicated to its customers, and tempting, hard-to-say-no-to deals. Mifra electronics store Private Limited offers complete turn-key Embedded Electronics Design & Engineering Services. We can work on Product Specification through Prototyping, Proof of Concept to Production depending on individual client needs. Mifra electronics store is one of the top Electronics Design companies based out of Bangalore. We provide range of Embedded Engineering Services that include Circuit Designing, PCB Designing, Customised IoT Hardware, Embedded Firmware Development, Hardware Prototyping, Proof of Concepts & Electronic Manufacturing Services. With close to 5 years of solid experience in Electronics Design, we have successfully completed 100s of complex Electronic Product Designs across a wide range of domains – Consumer Products, Industrial, Medical and Aerospace Industries. Our team has completed projects for Fortune 500 companies as well as start-ups using both traditional and cutting edge technologies. Mifra electronics store also offers consultancy, and testing services across the product and process development life cycle. Our biggest strength is our agile team that utilises our core experience, to deliver quick turnarounds giving you faster time-to-market

We propose to develop an android application to aid in dispensary patient data management and viewing. The system is aim...
15/02/2025

We propose to develop an android application to aid in dispensary patient data management and viewing. The system is aimed to help doctors to enter as well as view patient history as well as other patient details. Our system is a standalone system that can be installed on doctor android phone to be used for further login. On installation the application allows a doctor to open application and enter the details of any patient that undertakes his service. The application allows doctor to insert various data fields regarding a patient including patient name, disease, medication provided, date of arrival, cost etc. The system saves this patient related data in the android phone. The doctor may now view this data as and when needed. The doctor may check the details whenever needed. The application allows doctor to search patients by name as well as date.




Agriculture is a fundamental sector that supports the global economy, providing food, raw materials, and employment to b...
14/02/2025

Agriculture is a fundamental sector that supports the global economy, providing food, raw materials, and employment to billions of people. However, crop diseases remain a significant challenge, affecting agricultural productivity and food security. If left undetected, plant diseases can lead to substantial economic losses, decreased crop quality, and even large-scale food shortages. Farmers and agricultural experts traditionally rely on manual inspection to detect plant diseases, but this approach is often time-consuming, requires expertise, and may not always be accurate.
With advancements in artificial intelligence (AI) and computer vision, automated plant disease detection has emerged as an effective solution to address these challenges. Deep learning techniques, particularly Convolutional Neural Networks (CNNs), have demonstrated high accuracy in image classification and pattern recognition, making them well-suited for identifying plant diseases from leaf images. This project integrates deep learning with image processing techniques using OpenCV to detect and classify plant diseases based on visual symptoms.
The system includes a pre-trained deep learning model that analyzes leaf images and predicts the disease category. A Graphical User Interface (GUI) developed using Tkinter allows users to upload images easily and receive real-time predictions. Additionally, image processing techniques enhance the analysis by segmenting and highlighting infected areas.





Our android-based Biometric Student Attendance System ensures security, access control, reliability, efficiency and bett...
14/02/2025

Our android-based Biometric Student Attendance System ensures security, access control, reliability, efficiency and better performance. The system will have data on every student, and check the daily attendance of every student using the device. In this project, the front-end involves XML, Android-Java and the back-end involves SQL Server. The IDE used is Android Studio.
Biometrics gives you an alternative and higher security compared to passwords or pin identification due to the fact that passwords and pins can easily be compromised. Managing student attendance during lecture periods has become a difficult challenge.
The manual system of taking attendance is done on paper by the use of a pen, students write their names, index numbers and sign on a sheet of paper, this makes the system unreliable because students can write names of friends who are not in class. Also, the ability to compute the attendance percentage becomes a major task as manual computation produces errors, and also wastes a lot of time.
For the stated reasons, an efficient attendance management system using biometrics is designed. This system takes attendance electronically with the help of a fingerprint device and the records of the attendance are stored in a database. Attendance is marked after student identification.





Radar’s are used on airports as well as military bases for unauthorized object detection. Radars work on the principal o...
14/02/2025

Radar’s are used on airports as well as military bases for unauthorized object detection. Radars work on the principal of echo detection in order to detect objects. In air the refection of echo waves is measured on the basis of time taken to receive the signal. Based on this data the object distance is identified. We propose to simulate this concept using Infrared technology. Our system consists of a IR sensor radar that rotates constantly at 360 degrees. The radar constantly emits IR rays and measures reflection. On detecting reflection from any object within its range the radar stops and sends a signal. The radar also sends the angle at which the object was identified. We here use a small IR transmitter receiver pair. The pair is interfaced with microcontroller to control the circuit working. The microcontroller constantly receives the radar input. On sensing an object the radar sends an alert message to the microcontroller. The microcontroller now gets the data and also gets the radar direction in order to get angle at which object was detected.





A sizeable portion of the population uses some sort of bus service to commute to their workplace, college, school, etc. ...
03/02/2025

A sizeable portion of the population uses some sort of bus service to commute to their workplace, college, school, etc. The commuters who travel on a frequent basis prefer to use a bus pass instead of getting a ticket as it is both cheaper and convenient. However, renewing the pass often requires a traveller to wait in long queues to renew their pass often making it inconvenient and negating the benefits of holding a pass. Passengers also need to carry and present their pass daily in order to avail the benefits.

Moreover, a simple paper-based pass can be easily forged. Thereby, causing a significant loss of business for bus service operators. This Android Bus Pass Management System has been developed to help both passengers as well bus operators and simplifying the process of bus pass management. This system allows passengers to renew their pass by making payment through the app itself. The renewed pass is stored in the app itself for easy access.

Moreover, this system’s user-friendly interface makes it more accessible. Thereby ensuring that people who struggle with technology find it approachable. User will have to create an account in order to use the bus pass system. User can create a new pass or renew an existing one if it has expired.

To create a new Pass, user will have to select source, destination, pass duration and payment method. Payment method in this app is just for a demonstration purpose having a variety of modes for the payment. The Existing pass of the user can be downloaded in order to show it to any authorized person for validation of the travel without being able to login and worry about internet connection.





A Facial Expression Recognition (FER) System is an advanced project for Electronics and Communication (E&C) students, co...
31/01/2025

A Facial Expression Recognition (FER) System is an advanced project for Electronics and Communication (E&C) students, combining image processing, artificial intelligence, and embedded systems. The system works by capturing facial images through a camera, detecting faces, and analyzing key facial features such as eyes, eyebrows, and lips to recognize emotions like happiness, sadness, anger, surprise, fear, and disgust. This is achieved using image processing libraries like OpenCV and deep learning models such as Convolutional Neural Networks (CNNs) trained on datasets like FER-2013 or CK+. The project can be implemented on a Raspberry Pi for real-time processing, making it suitable for applications in human-computer interaction, emotion-aware AI systems, surveillance, mental health monitoring, and smart environments. Additionally, the system can be integrated with IoT to provide emotion-based automation in smart homes or customer service applications. By working on this project, students gain hands-on experience in Python, deep learning, computer vision, and embedded systems, preparing them for future roles in AI, automation, and robotics.





The system makes use of Temperature sensor for fire detection in car, Vibration sensor to detect any impact force or hea...
28/01/2025

The system makes use of Temperature sensor for fire detection in car, Vibration sensor to detect any impact force or heavy vibrations, Alcohol sensor to check if driver was drunk, gyro scope sensor to record data if vehicle tilted or turned over during accident and a GPS and GSM modem to send SMS with GPS Coordinates about the incident. This complete system is now powered by an Arduino Mega to operate the system.
The system also has 2 Motors used to demonstrate as car engine. We can increase the speed of Motors using Trimpot. As we increase the speed beyond set limit, the system detects over speeding and sends an SMS Message with over speeding alert and GPS coordinates to registered number. The system monitors all sensor data to check for any abnormalities. If the fire sensor detects a fire, the controller operates the interfaced GSM modem to send an SMS to the registered contact number informing about the event and also starts recording data.
Similarly if the vibration sensor detects heavy vibrations, the controller sends SMS to registered number informing about the event to the registered user. Is alcohol sensor is triggered the controller similarly sends an SMS notification with alcohol data and GPS Coordinates on Map link for easy vehicle location tracking. In case of any sensor triggers an abnormal activity the black box starts storing all sensor data on a second by second basis in an SD card so that investigation team may recover the data and study exactly what went on





Oscilloscopes are used to display changes in electrical signals over a period of time in terms of X and Y axis, displaye...
27/01/2025

Oscilloscopes are used to display changes in electrical signals over a period of time in terms of X and Y axis, displayed on a calibrated scale.
We here develop a smart watch with built in oscilloscope that takes electronics, troubleshooting and development to the next level. The system is basically a wearable device that puts the oscilloscope on your wrist for use as and wherever you desire.

For this system we make use a battery powered device with battery charging and monitoring circuitry. This checks for battery level and also alerts for charging if battery low and auto cut off battery protection from overcharging. We here develop a Low frequency oscilloscope that covers frequency range upto 20 Khz DC. Also it can deliver a maximum sampling rate of 50000 samples/sec. This will allow for 60 pixels placed on y axis depending on the analogue signal.

The circuitry utilizes a single operation amp IC that is LM358 which incorporates two operation amps inside one single chip. As the info sign will be AC and we don’t have split rail development, there are two operation amps (from a single Op-Amp 8 pin package) used to make the sign ac coupled. Both the operation amp is taken care of with a reference voltage that is utilized to balance the sign and utilizing simple data sources it is plotted on the extension chart.

The offset can be changed utilizing the potentiometer (which is having 100K opposition). Both the operation amp are set with a similar negative criticism with a x5 gain setting. Other than this the OLED is connected over the A4 and A5 is the I2C SCL and SDA pin with a 4.7K draw up resistor. It could work with a basic USB connector. The buttons are utilized to set the parameters of the Oscilloscope.

We hereby use an Arduino Nano board to monitor and analyze these signals and display on the OLED display. A small battery is used to power the entire operation. This entire setup is mounted on a wrist band so as to make it portable and easy to use.





Design and build a robotic arm using stepper motors and sensors. This project involves programming the arm for precision...
10/01/2025

Design and build a robotic arm using stepper motors and sensors. This project involves programming the arm for precision movements and integrating sensors to enhance functionality, such as object recognition or automated handling tasks.

Features

Learn to program stepper motors for precise control.
Integrate various sensors for environmental interaction.
Develop programming skills in robotics control software.
Explore the applications of robotic arms in industry and medicine.
Gain experience with real-time system response and adjustments





In today's fast-paced world, automation and convenience have become integral to modern living. The "Home Appliance Contr...
03/01/2025

In today's fast-paced world, automation and convenience have become integral to modern living. The "Home Appliance Control Using Android Application and IR Remote" project aims to bring smart control to everyday household appliances, making them easier to operate and more efficient.

This system combines two powerful technologies: Infrared (IR) remote control and Android application-based control, allowing users to operate their home appliances either through their smartphone or a traditional IR remote. The project not only enhances convenience but also provides flexibility, catering to users who prefer either method of control.

The system's core functionality revolves around a microcontroller (such as a Raspberry Pi or Arduino) connected to a relay module that switches appliances on and off. Signals from the IR remote are captured by an IR receiver and interpreted by the microcontroller, while the Android application sends commands wirelessly using Wi-Fi or Bluetooth. This dual-control mechanism ensures that appliances can be operated seamlessly, whether the user is nearby or remote.

With the growing demand for smart home solutions, this project offers an affordable and scalable approach to modernizing home appliance control, making it accessible to a wider audience. By integrating simple hardware with intuitive software, the system demonstrates how technology can transform traditional appliances into smart devices, paving the way for a smarter, more connected home.





The main intention behind this temperature-controlled fan project is to automatically control the speed of the fan based...
02/01/2025

The main intention behind this temperature-controlled fan project is to automatically control the speed of the fan based on the room temperature variations. In this project to read room temperature, we bring into play the LM35 sensor which conveys all the variations to the digital to analog converter which converts the variations into a digital signal & sends it to the microcontroller. After reading the digital signals microcontroller controls the fan speed with the help of the relays attached to it.The user is provided with a display screen to provide all the variation information, a buzzer is heard while the fan speed is controlled. The microcontroller employed in the project is of the 8051 families. All the coding is done in “C” programming language & is written into the microcontroller of the 8051 families. The hardware used in the project – temperature sensors, fan, relay, LCD screen, ADC, regulated power supply, and 8051 microcontrollers.





Water heaters consume a large amounts of electricity for heating water. Traditional heaters require heating coils to hea...
01/01/2025

Water heaters consume a large amounts of electricity for heating water. Traditional heaters require heating coils to heat up water using a minimum of 2000Watt for the process. Well when we use solar energy for water heating it requires around 30 to 50 watt of power saving more a lot of energy.

We here develop a more efficient solar water heater to heat up water at a faster rate using efficient coiling along with heat trapping and reflecting mirrors. The water heater can more efficiently heat up water at a faster pace than traditional solar water heaters.

The system makes use of steel pipes coiled together for passing water through them. The pipes are heated by solar rays directly falling on them. We additionally use a metal plate behind the pipes with a black paint to absorb the rays passing through in between pipes. Over this we use 2 additional reflective sheets to gather and reflect additional solar rays over the pipes. This system heats up the pipes thus heating up the water passing.

We now have a water tank for water storage. The system makes use of a Pump motor to pump water through the pipes. It is a low power motor which needs external power supply of up to 50 Watts. The motor drives water from the pipes through the heating pipes and right back into the tank thus heating the water continuously.

The water in the tank can then be used through a third outlet for usage. Thus the system provides a highly efficient solar water heater that saves over 99% energy as well as serves warm water instantly.





Address

2128, 3rd Floor, 16th B Cross
Yelahanka New Town
560064

Opening Hours

Monday 10:30am - 7pm
Tuesday 10:30am - 7pm
Wednesday 10:30am - 7pm
Thursday 10:30am - 7pm
Friday 10:30am - 7pm
Saturday 10:30am - 7pm
Sunday 10:15am - 2:30pm

Telephone

+918073744810

Website

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