Electronic Components

Electronic components serve as the foundation for electronic circuits. They are the components that supply the functionality required for the circuit to complete the specified purpose. Wires or conductive traces on a printed circuit board link these in a circuit. They are commonly composed of metal and silicon, and they come in a range of forms and sizes.

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Buy Electronic Components Online India

Are you an electronics enthusiast or a DIY hobbyist? Robocraze is the best electronic parts online store and is your one-stop destination for all your electronic component needs. Our wide selection includes LEDs, resistors, capacitors, and more, catering to both beginners and experienced enthusiasts.

At Robocraze, we prioritize quality and durability. Robocraze is the best electronic components online store in India. Our electronics parts are designed to meet the highest standards, ensuring reliable performance for your projects. With advanced technology and top-notch materials, our components offer endless possibilities for your DIY and electronics ventures. That makes Robocraze the no.1 electronics parts supplier out of other electronics parts suppliers.

Whether you're working on a home automation project, building a robot, or experimenting with circuits, Robocraze has the right components for you. Our products are suitable for all age ranges, encouraging skill development and innovation.

Robocraze is the best electronic parts online store and is not only versatile but also easy to use and maintain. We understand the challenges you may face in your projects, and our components are designed to solve those challenges effectively.

Discover the world of electronics with Robocraze. Buy electronic components online in India and embark on your next exciting project.


How to Buy Electronics Components Online at Robocraze: 

  1. Browse our Categories: Explore our user-friendly website, categorized for easy navigation. Find the electrical components you need by browsing through LEDs, resistors, oscillators, and more. 
  2. Select Your Products: Click on the desired component, view detailed product descriptions, and choose the quantity you need.
  3. Add to Cart and Checkout: Easily add your selected electronics parts to the cart, and proceed to a seamless checkout process. Provide your delivery details and choose from our secure payment options. 

Experience the Future of Electronics Component Shopping – Buy electronic parts online at Robocraze!


If you are in Bangalore, and looking for electronic components shop. You can visit Robocraze Located at Ground Floor, 912/10 Survey no. 104, 4th G street, Chelekare, Kalyan Nagar, Bengaluru - 560043.


You can also discover a wide range of top-quality electronics spare parts at Robocraze, your trusted source for all things DIY and robotics. Whether you're in need of connectors, resistors, diodes, or any other essential component, our extensive selection ensures you find the right spare parts for your projects. With competitive prices, fast delivery, and a commitment to quality, Robocraze is your go-to destination for electronic components. Explore our collection now and elevate your DIY experience with premium electronics spare parts.


Why Choose Robocraze for Electronic Components? 

  1. Extensive Selection: Explore our diverse inventory, including LEDs, resistors, oscillators, diodes, potentiometers, switches, integrated circuits, wires, connectors, and more. With over 500 products in stock, you'll easily find what you're looking for. 
  2. Competitive Prices: We understand the importance of cost-effectiveness. Enjoy competitive prices on all our electronic components without compromising on quality.  
  3. Special Discounts: Take advantage of our ongoing electronics parts stores sale and special discounts. Save on your purchases while securing high-quality components for your projects.


Why Robocraze?

  1. Safely Delivering Genuine Products PAN INDIA: We prioritize safe and timely delivery, ensuring that you receive genuine electronic components wherever you are in India. 
  2. Technical Support: Our dedicated technical support team is ready to assist you with any queries or concerns related to our products. 
  3. Secure Payments: Shop with confidence using our secure payment methods, guaranteeing a hassle-free transaction experience.

Choose Robocraze as your trusted online destination to procure high-quality electronic parts online India with ease. Our user-friendly platform and extensive range redefine the experience of buying electric components online.


Electronic Components Price in India

Robocraze is the online destination for those looking to purchase electronic parts online at unbeatable prices. We understand that finding great quality products without breaking your budget can be difficult, and that's why we strive to make life easier by offering one of the largest selections of cheap electronics parts! Whether you're a hobbyist or a professional engineer, our stock provides everything from audio jacks and wire connectors to voltage regulators, capacitors, and more - all with low prices guaranteed. Our experienced customer service professionals know exactly what it takes to find affordable but reliable hardware compared across thousands of manufacturers worldwide so customers receive nothing less than top dollar value for every order they place on Robocraze.com.


Electronic component price list in India 2023:

Electronic component namePrice (in INR)
LEDs1 - 10
ICs5 - 300
Resistors20 - 50
Potentiometers5 - 20
Capacitors20 - 50
Inductors20 - 50
Transistors5 - 50
Diodes10 - 20
Relays25 - 100
Switches10 - 100
Buzzers10 - 25
Breadboard45 - 150
Jumper Wires (Set of 10)30 - 80
Soldering Kits200 - 500
Multimeters150 - 1000
Batteries5 - 1200
Power Supply & Convertors5 - 250
Thermostat5 - 200


Things to Consider Before Buying Electronic Components?


1. Clearly list all features and functionalities of your DIY Automation or Robotics project.

2. List down the microcontroller/SBC, sensors, motors, or other components that may be required.

3. Do keep in mind to add basic electric components to your list, since they are the basic building blocks for any project. Resistors and capacitors help in controlling current flow, multimeters/voltmeters help in measurements, and soldering kits help in creating more permanent joints and connections.

4. You should ensure to purchase good quality components, to avoid any kind of short-circuits or injuries.

5. Once you’ve achieved your initial goal, you may continue to build additional features or functionality, by adding more components or by upgrading your technology.

6. If you want to buy electronic spares through online components shopping sites in India, you can always go through Robocraze for the best electronic kit purchase. It has plenty of cheap electronic components online in India. Robocraze is one of the best electronic parts online shopping websites and the best online electronic components shopping sites in India where you can choose more than 100 electric components.

These components are necessary to support your circuits and avoid short circuits, or ‘blasts’. Since every circuit has different requirements, the components must be wisely chosen.

Integrated Circuits (ICs) are of many types and variants. ICs would be able to take up specific functions it's designed for, and many of them can be combined to do a particular task. Examples include 555 Timer, Mux Demux ICs, LM324 Op Amps, etc

Resistors are added in circuits to prevent uncontrollable flow of current and protect components/devices from damage. The resistor has the property to limit the flow of voltage running through a circuit. Resistor values can easily be determined based on the color bands. The unit of a resistor is an ohm. When working on any project, each circuit would require a particular value of resistor to function properly.

A capacitor is a passive electronic component that stores electrical energy. It is a passive electronic component with two terminals. It can store energy for a short period of time. Also, the Capacitor have ability to pass only the AC current and stop the DC current. Capacitors are categorized into two main types: Ceramic capacitors and Electrolytic capacitors. The property of Capacitor is Capacitance and the unit of Capacitance is Farad.

An inductor, also called a coil, choke, or reactor, is a passive two-terminal electrical component that stores energy in a magnetic field when electric current flows through it. An inductor typically consists of an insulated wire wound into a coil around a core.  Inductors are widely used in alternating current (AC) electronic equipment, particularly in radio equipment. They are used to block AC while allowing DC to pass.

A diode is a two-terminal electronic component that conducts current primarily in one direction (asymmetric conductance); it has low (ideally zero) resistance in one direction, and high (ideally infinite) resistance in the other. The primary function of a diode is to allow current, whether AC or DC, to pass in one direction and prevent current flow from the other direction. This is useful in applications where a back EMF is expected.


If you’d like to draw some inspiration for ideas, you can always check out the blog section of our website.


Buying discrete electronic components vs integrated kits: Which of the two is better?

If you are quite seasoned in the DIY electronics world, you can opt to buy the discrete electronic component you require for your projects.
However, if you’re new to the hobbyist world, and you wish to learn about hobby-grade electronics and microcontrollers, it is highly recommended to purchase integrated electronic component kits and not required to buy all electronic components, as it would provide you with all the essential components required to help you get started with basic projects. Moreover, from a financial standpoint, it might be more beneficial to buy an integrated kit as opposed to getting all of the components individually.



Types of Electronic Component

What are the basic electronic components?

There is a variety of different electronic components and the basic Electronic Components List are:

  1. Resistors
  2. Capacitors
  3. Inductors
  4. Diodes
  5. Transistors 

    Power Sources

    1. DC Power generators like Batteries
    2. Power Outlet and power bricks 

    Measurement Devices and Troubleshooting

    1. Multimeters
    2. Digital Oscilloscope 
    3. Voltmeters

    Active and passive electronic components

    1. Passive Components: Components that do not require an external source for their operation are called Passive Components. Examples include resistors, capacitors, and inductors

    2. Active Components: Components that require an external source for their operation are called Active Components. Examples include diode, transistors, SCRs, etc.


How to test/check electronic component?


With a digital multimeter

Resistors: To check the resistance of a resistor, First set the multimeter in resistance mode. Connect the probe on both terminals. The resistance value will displayed on the multimeter. The value might differ a little bit from the exact resistance. For reference, you can always use a color code chart.
Capacitors: Set the multimeter in continuity mode. After connecting connect the multimeter's leads across the capacitor. You will hear a  beep as you connect the leads across the capacitor. If it does, it means the capacitor is not working as capacitors do not conduct DC currents.
Diodes: Measure the forward bias voltage with the multimeter in diode mode. It should be between 0.5-0.7 V for a silicon diode and 0.2-0.3 V for a germanium diode. If it displays O.L. or values less than those specified, the diodes are either blown out or shorted out.
With a circuit board
LED: You can build a circuit that takes 5V input to the positive lead of the LED and connects a 330+ ohm resistor in series between the power source and the LED (to limit the current). The ground should be connected to the negative lead. If the LED glows when the power is turned on, it means the LED is working properly.

Resistance and capacitance can be checked while the device is in operation by measuring the voltage between the two leads with a multimeter.


Basics of using electronic components

The most popular electronic component uses

Electronic components are the basic building blocks of any electronic device. Components such as resistors and capacitors reliably control the current through the device, preventing all types of short circuits and uncontrolled current flow. But the possibilities of what you can do with electronic components are endless. Easily assemble different components to create thousands of projects. It provides an easy way to develop and prototype ideas to make the world a better place.


How to solder electronic components?

Soldering is the process of joining two or more metal objects together by melting and pouring a filler metal into the joint, the filler metal having a relatively low melting point. Used to create permanent connections between components.


The tools required for soldering are

  1. Soldering Wire
  2. Solder Iron
  3. Flux
  4. Soldering Station (optional)
  5. Stand (optional)

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1. How to test/check electronic components?

With a digital multimeter

Resistors: To check the resistance of a resistor, First set the multimeter in resistance mode. Connect the probe on both the terminals. The resistance value will displayed on the multimeter. The value might differ a little bit from the exact resistance. For reference you can always use a color code chart.

Capacitors: Set the multimeter in continuity mode. After connecting connect the multimeter's leads across the capacitor. You will hear a  beep as you connect the leads across the capacitor. If it does, it means the capacitor is not working as capacitors do not conduct DC currents.

Diodes: Measure the forward bias voltage with the multimeter in diode mode. It should be between 0.5-0.7 V for a silicon diode and 0.2-0.3 V for a germanium diode. If it displays O.L. or values less than those specified, the diodes are either blown out or shorted out.

With a circuit board

LED: You can build a circuit that takes 5V input to the positive lead of the LED and connects a 330+ ohm resistor in series between the power source and the LED (to limit the current). Ground should be connected to the negative lead. If the LED glows when the power is turned on, it means the LED is working properly.

Resistance and capacitance can be checked while the device is in operation by measuring the voltage between the two leads with a multimeter.

Basics of using electronic components

The most popular electronic component uses

Electronic components are the basic building blocks of any electronic device. Components such as resistors and capacitors reliably control the current through the device, preventing all types of short circuits and uncontrolled current flow. But the possibilities of what you can do with electronic components are endless. Easily assemble different components to create thousands of projects. It provides an easy way to develop and prototype ideas to make the world a better place.

2. How to solder electronic components?

Soldering is the process of joining two or more metal objects together by melting and pouring a filler metal into the joint, the filler metal having a relatively low melting point. Used to create permanent connections between electronic components.

The tools required for soldering are

1. Soldering Wire

2. Solder Iron

3. Flux

4. Soldering Station (optional)

5. Stand (optional)

3. What are the electronics components?

Electronic components are the key building blocks of any electronic device. These components come in a wide variety, including capacitors, resistors, switches and integrated circuits (ICs). While each component may have slightly different characteristics or performance specifications depending on its type and manufacture origin, they all work together to form an electrical circuit that allows electricity to flow from one point to another. Many complex devices use combinations of these various types of components working in tandem with others for operation. Electronics engineers often rely upon their knowledge about specific component choices when designing products ranging from simple consumer electronics right up through sophisticated enterprise-level systems used by companies around the world today.

4. What are electronic components?

Electronic components are important for the operation of electronic systems. They are essential to any modern electronics design and range from simple resistors and capacitors, up to integrated circuits or even computer chips. Electronic components come in a wide variety of configurations such as packages, sizes, connection types and values which make them suitable for many different applications across multiple industries including consumer products like cell phones and computers as well as industrial machinery operations. Knowing how these parts interact with one another is critical in order to build the most effective system that meets specific needs both functionally and cost-effectively.

5. How to test electronic components with a digital multimeter?

Testing electronic components with a digital multimeter is essential in any electrical repair or troubleshooting process. To begin, you should identify which component type needs to be tested and what function the component performs. After that, select the appropriate test setting on your meter - either resistance ( ohms ), voltage ( DC or AC ), or current – based on this information and read your results from the display screen accordingly. It’s also important to ensure that all connections are secure before starting measurements as loose wires can result in erroneous readings. Finally, make sure you always use probes according to their ratings so they stay within their safe operating conditions when measuring voltages greater than expected values for safety reasons. By following these simple steps you will be able to accurately determine whether an electronic device has short circuits or open circuits during testing using a digital multimeter.

6. How to test electronic components on a circuit board?

Testing electronic components on a circuit board can be complex and time consuming. Using an oscilloscope to measure signals is the best way to test if all components are working correctly, as it will detect any inconsistencies in voltage readings across pins or other connections that may have been damaged during assembly. It's also important to check for proper resistance by using precision multimeters that help you determine precise resistor values before connecting them to the stable power source of your device. Lastly, use digital logic probes connected directly onto ICs with their output configured appropriately- this helps identify shorts between two points on the PCB elements quickly and accurately so you can debug issues more easily before putting down final soldering fluxes into place.

7. How to check electronic components?

When checking electronic components it is important to ensure a thorough and professional approach. Firstly, make sure the device has been disconnected from any power source before beginning checks. Secondly, thoroughly inspect the parts for signs of damage or fading such as cracks, faded paintwork or corrosion. Next check all part numbers against identification charts; this will help you identify unknown items quickly and accurately. Follow this by testing each component individually using an appropriate tester and if applicable compare results with standard readings found in literature available on that particular type of component being tested; always noting down your findings including test result data where provided along with notations about anything else noteworthy around results (for example anomalies). This information can then be used when assessing whether replacements are needed ensuring quality control standards are met when making repairs or alterations to existing systems/ circuits etc.

8. How to check electronic components with digital multimeter?

Checking electronic components with a digital multimeter is an important step in ensuring the ultimate performance of any system. To begin, set your meter to measure resistance by turning it on and selecting the appropriate symbol from its display. Next, place both probes across the component you're testing—preferably at one end only—and observe or record the reading shown on-screen. If you get satisfactory results then everything's good to go; if not, further investigation may be needed before moving forward with any repairs or replacements as required. In either case care should always be taken when using electrical equipment while adhering strictly to all safety guidelines provided by manufacturers during this process.

9. How to buy electronic components online?

Buying electronic components online can be a straightforward process if you have the right tools in place. The first step is to research and compare different providers like us Robocraze who offer products that fit your needs, as well as ensure they ship internationally or within certain countries. Once you've narrowed down where to buy from, it's important to read reviews of each vendor before committing to any purchases—that way, you'll know exactly what kind of service and quality you’re getting for the price paid. Finally always make sure payment methods are secure so that private data won't be compromised at any point during or after a transaction has been made; once everything appears safe and satisfactory proceed with placing an order!

10. Where to buy electronic components online in Bangalore?

If you live in Bangalore and are looking to buy electronic components online, look no further! Robocraze is the leading provider for all your electronics needs. From integrated circuits to resistors and capacitors, we offer a wide range of products that can be ordered directly from our website. Our highly experienced team provides excellent customer service along with competitive prices - making sure you get exactly what you're paying for without any hassle whatsoever. Plus, orders over Rs499 qualify for free home delivery; ensuring a convenient shopping experience every time! So go ahead – browse our extensive catalogue today to find just what it takes to start building towards something great!

11. What are passive electronic components?

Passive electronic components are essential in the manufacture of a wide variety of products. These parts not only carry signals and power but also provide stability, filtering, impedance matching, surge protection and other critical elements that enable complex systems to function properly. Passive components do not require energy to operate or generate an output signal; they simply react to already existing electrical charges. Many common examples include resistors, capacitors used for AC/DC applications respectively as well as inductors which are employed with all kinds of filters for frequency based control purposes. In short passive electronic components can be considered one of the crucial pieces needed when creating any kind advanced system relying on electric current flow.

12. Where to buy electronic components?

Finding the right electronic components for your project can be a complex process, We understand that you need quality parts at competitive prices. That's why we recommend buying from us Robocraze who provide cost-effective solutions with rapid delivery times and excellent customer service support to help meet any of your needs. We also offer complimentary technical resources, product reference guides and design tools to assist in creating customized designs tailored specifically for whatever application is desired. With our extensive inventory of both active and passive components available, we have the solution needed no matter what type of device is being built!

13. How to solder electronic components?

Soldering electronic components is a simple, yet precise task. To start off the process, it's important to get all of your tools set up in an organized fashion - soldering iron and stand; flux paste or liquid applied on the surface areas of both component and board; correct gauge solder wire installed into soldering iron tip. Next, place the component onto its respective connection pads with tweezers then heat each pad while you simultaneously hold down pressure around those points with one hand whilst slowly feeding in some solder near that joint (but not too much). Once completed successfully, let cool briefly before confirming visual inspection for maintenance of insulation integrity between pins as well as cleanliness around joints of activity site. Follow these steps for accurate results every time!

14. Why do we consider only voltage at the time of purchasing electronic components?

When purchasing electronic components, it is crucial to consider the voltage required for the device to work properly. Most electrical parts have characteristics that are fundamentally affected by voltage, especially capacitors and the conductance of semiconductors. As such, it is easier to implement complex circuitry using a constant voltage supply and allow the current consumed to vary as it may. In addition, voltage is the primary object, and current is the secondary. Most circuits can be regulated by voltage, which is easier to control than current.

15. What are active electronic components?

Active electronic components are vital to any circuit design. They generate, amplify, and control electrical signals within a device or system. Active components include transistors and thyristors that perform logic functions; integrated circuits for processing digital information such as micro-processors; diodes that regulate current flow in one direction only; capacitors used to store energy before releasing it through the circuit board circuitry according to preprogrammed parameters; transformers which transmit power from AC mains sources into other types of voltage levels suitable for usage in low amperage applications such as tiny motors or actuators controlling valves inside an industrial process plant. The list goes on - these devices have become invaluable aides both in commercial arenas where they facilitate production processes and consumer electronics with their countless entertainment opportunities across different media platforms.

16. What are the different types of electronic components?

Electronic components are the foundation of any electronic device. They come in a variety of forms, sizes and types to suit almost any application imaginable. From transistors to resistors, capacitors and integrated circuits (ICs), these tiny building blocks bring life into machines by providing power as well as allowing for communication between devices. Traditional through-hole components are still available but increasingly surface mount technology is preferred due to its smaller size which allows for greater flexibility when constructing PCBs (printed circuit boards). Passive elements such as inductors contribute greatly towards noise reduction while active ones like LEDs can be used for information displays that require very low electrical currents or voltages . Robocraze offers an extensive range of high quality products such us semiconductors , sensors , switches etc making it easy for customers across all sectors from hobbyists & makers upto professional engineers alike finding what they need efficiently with confidence backed up by our no quibble returns policy too!

17. What are basic electronic components?

Basic electronic components are essential building blocks for the development of projects and products in various industries such as automotive, robotics, consumer electronics, medical device manufacturing and more. These include resistors, capacitors, transistors which control current flow within a circuit or system; crystal oscillators to provide timing capabilities; diodes to direct electric signals between components of a circuit; integrated circuits (ICs) that combine active elements with associated circuitry onto one tiny chip; connectors used to connect two wires together when wiring or rewiring any given component. Electronic prototyping kits enable makers from all technical backgrounds to learn about basic principles involved in creating simple electrical systems quickly and efficiently without knowing complex coding languages. With these piece you can create both digital solutions for business-related applications like data acquisition & analysis or even design custom analogue audio boards from scratch!

18. What materials are used for electronic components?

Electronic components are the building blocks of modern technology. They are found in virtually every electronic device, from computers to mobile phones, and they have been crafted with a wide variety of materials over the years. Common materials used for these parts include copper wire, solder alloy metals such as tin-lead or silver-tin combinations; ceramic substrates like alumina (Al2O3); semiconductor wafers made from silicon and gallium arsenide; printed circuit boards comprising layers of dielectric material along with metal wiring patterns allowing energy signals to travel rapidly between components; various types of passive elements such as capacitors – maleable plastic devices that store electrical charge – inductors which help regulate AC current within circuits; integrated circuits comprised mainly out transistors embedded into tiny ‘chips’ designed to command power delivery around electrical systems accurately and reliably - all this is just some examples! With continuous engineering progressions occurring on an almost weekly basis now days it's no wonder why our tech gadgets function so quickly yet remain relatively inexpensive regardless their complexity.

19. How are electronic components made?

Electronic components are manufactured with sophisticated technology and precision engineering. Using state-of-the art equipment designed to meet the industry’s strictest standards, manufacturers create a wide range of products that make up our everyday electronics. The process begins by creating intricate patterns on copper or other conductive materials (like silicon wafers) using photolithography - this allows for various shapes like circuit wires and transistors to be made on these surfaces with utmost accuracy. Once etched into place, layers such as insulation coverings can then be applied in order to control pathways; additional chemical treatments may also take place depending upon their intended use within an electronic system. With manufacturing processes becoming more efficient than ever before it's no wonder why we have access so many hi-tech gadgets today!

20. Where to buy electronic components online?

If you are looking to buy electronic components online, then Robocraze is the best place for you. With an extensive selection of products from the world's leading brands such as Arduino, Raspberry Pi and more at great prices - it has become the premier destination for purchasing everything related to electronics. We pride ourselves on offering superior customer service with same-day shipping along with free delivery across India ensuring that ordering your favourite items was never easier! Our experienced team is knowledgeable about what product will work best in any application or project making sure we always have something suitable available. So, shop now and get all your robotics needs fulfilled quickly within budget here at Robocraze without sacrificing quality or performance!

21. Where to buy electronic components near me?

If you are looking to buy electronic components near you, then Robocraze is the perfect place for your needs. Our expansive selection of products makes us one of the best providers in India and our commitment to quality ensures that any product purchased from us is guaranteed to be reliable. We offer a wide range of affordable price points so whatever kind of component or DIY project requirement – we have it all! Our customer service team can provide guidance if needed and answer any queries promptly by email. All orders come with easy delivery options right at your doorstep anywhere across India, making it convenient for anyone who prefers online shopping over physical stores. Purchasing electronic components doesn’t get simpler than this - visit Robocraze today!

22. How to buy electronic components online in India?

Buying electronic components online in India can be an easy and convenient way to upgrade your electronics projects. It is important, however, to make sure you do it right by selecting a reliable source for the best quality products at the lowest prices. When shopping for electronic components in India, research vendors thoroughly and compare their offerings and pricing before making any purchase decision. Read customer reviews and ratings on websites such as Robocraze to ensure that you are buying from trustworthy sources with years of experience providing excellent service & support after sales too! Additionally, look out for discounts or promotional offers when purchasing multiple items so that you can save money while still getting what you need. Ultimately - if done correctly- online purchases provide incredible value compared to local stores due its increasing competitive market conditions among sellers offering same goods.

23. Where to buy cheap electronic components?

If you're looking for an affordable and reliable source to buy electronic components, then look no further than Robocraze. From tools like resistors and capacitors to transistors, integrated circuits and power supplies - we have the widest variety of high quality products at competitive prices! Our product range is constantly being updated with latest technologies from world's leading brands such as Arduino, Raspberry Pi etc., so that our customers get the top-notch items they deserve. With our after sales support system too, any query related to your purchase can be solved in a jiffy by getting instant online assistance through mail or chat options on website. So make sure you pick us when shopping for best electronics parts for your project needs!

24. How to check electronic components with a digital multimeter?

Using a digital multimeter to check electronic components is an essential step in keeping your electronics running smoothly. To do this, one should first use the red lead of the meter and attach it to either pins or cable connectors that are connected to the component being tested. The black lead can then be attached simultaneously while pressing ‘start’ on the digital display. At this point, you will see numbers representing voltage ratings for each individual component as well as readings indicating whether they are functioning properly or not within their designed purpose values range. This process helps identify any faulty connections with accuracy due to no physical contact required when measuring these signals which assists in preventing damage from occurring during usage monitoring of circuit boards and other sensitive components inside a device's interior structure safely.

25. What is flux used for soldering electronic components?

Flux is an important component when it comes to soldering electronic components. It helps create a strong bond between the two surfaces that need joining, improving electrical connections and insulation properties. Flux reduces oxidation on metals while melting solder which also ensures better adherence of joints for improved electrical contact making them last longer with greater reliability in operations. Moreover, flux removes surface contamination from wires providing uniform contact area across both the places; thus eliminating dissimilar metal corrosion encountered during soldering processes. Most importantly flux does not conduct electricity due to its insulating nature ensuring superior containment against short-circuits or fire hazards caused by faulty wiring practices commonly found within industrial settings when working with these kinds of parts properly maintained through regular cleaning techniques such as rosin core solder paste methods can guarantee safer operational services enhanced via reliable joint assemblies suitable for any type of environment imaginable where electronics are utilized extensively allowing users far more freedom over their preferred options regardless if they’re simply tinkers at home or running complex large scale facilities available worldwide all around us today!

26. What are the benefits of recycling electronic components?

Recycling electronic components offers numerous benefits for both the environment and people. It helps to reduce our reliance on natural resources, especially those that are becoming scarce due to over-consumption. From an environmental standpoint, recycling of electronics can help protect against pollution from toxic materials used in some items like lead and cadmium; thus preserving a safe atmosphere for animals as well as humans alike! Furthermore by engaging in consciousness efforts towards responsible disposal methods, it further aids conserving energy since reclaimed devices lack many processes such as production & shipping costs associated with virgin products which otherwise would have been needed if new machinery is bought instead! Finally not only does this practice preserve valuable raw material but also ensures more cost efficient strategies that allow businesses the opportunity to give back through their local communities via donations or alternative means - all while staying compliant within strict government regulations regarding hazardous waste management.

27. How to dispose of electronic components?

Electronic components are all around us, from phones to computers and everything in between. While these products make our lives easier they can also be difficult to dispose of properly due to their hazardous nature. The most important thing when it comes to disposing of electronic components is safety; making sure that you do not damage the environment or expose yourself and others too any risks associated with them. First off, always check your local laws as some places have restrictions on how electronics should be disposed of safely. Generally speaking though, if possible donate items still useful for reuse instead throwing away immediately already used ones - many charities exist offering such services so think twice before simply dumping them! When discarding unwanted material ensure proper labeling detailing type and amount contents being discarded plus use certified disposal service dealing locally with such objects where available – refers potentially toxic fumes released by soldering elements destroy during recycling makes this a very necessary step indeed! Always remember: take extra care whenever handling e-waste materials due recycle down cycle responsibly into future!

28. How to identify electronic components?

Identifying electronic components can seem overwhelming at first, but it doesn't have to be. Knowing a few key steps will help you feel confident when evaluating these parts and selecting the right ones for your project. First, look closely at any markings on the component body which could provide important details about its function or specs. Second, note what type of connections are provided by the part - pins, pads (surface-mount) etc., as this info is essential in choosing other related items such as sockets & plugs that interact with them correctly. Thirdly use an ohmmeter/multimeter to check resistance levels given known values from manufacturer's datasheets available online if required; get familiar with their different ranges and settings too so understanding readings become easier over time! Finally consult experts where needed – there’s always someone who has more experience than yourself whose advice should not go unheeded!

29. How to prevent power fluctuations from damaging electronic components?

Power fluctuations can cause serious damage to electronic components and systems. To prevent this, it is important to use an uninterruptible power supply (UPS) that offers a reliable source of electricity with surge protection devices for instantaneous response times in the event of a sudden voltage spike or drop. It's also beneficial to install noise filters on both AC and DC inputs and outputs in order to reduce electromagnetic interference from other equipment within your environment such as motors or transformers. Furthermore, you should ensure that any capacitors used are rated correctly based upon their intended application in order to maximize its lifespan without compromising performance integrity throughout operation . The proper maintenance of these components is paramount; conducting regular system tests will allow you identify any areas susceptible over time so potential issues may be addressed before they become something more dire down the line. By taking all necessary precautions described above, we can safeguard our electronics against unnecessary harm due unexpected events involving electrical current changes at home or even at work!

30. How to connect electronic components in a breadboard?

Connecting electronic components in a breadboard can be quite tricky. To ensure the device is wired correctly and safely, it's important to first identify what type of connection each component needs. Firstly, check whether each component has its own ground wire (the negative side) or if several wires are combined as one single ground line. Secondly, align all +V (positive voltage supplies) power pins with their corresponding -V (negative rail). Ensure that no two components have overlapping polarity on either sides before connecting them together using copper wires or clip-on jumpers respectively for better connectivity and less resistance against current flow due to poor contact points between ICs and other various connector pins within the board itself. Lastly double-check your connections multiple times since wrong wiring could potentially damage expensive parts instead of ensuring proper functionality!

31. How to store electronic components?

Storing electronic components in an orderly manner is essential for any business that deals with electronics. It's important to keep all your parts neat and organized so you can easily find what you need when needed and reduce waste due to lost or misplaced items. To ensure the best storage practices, it’s recommended that all components be stored away from heat sources such as windows, radiators or heating systems; prevent dust by using special covers on shelves; store similar types of products together where possible; label containers clearly so they are easy to identify during retrieval operations and use racks if storing many small pieces of equipment like screws, nuts etc.. With proper care taken towards storage solutions for electrical components it will help save time locating materials while also ensuring quality control measures remain high. 

32. How to measure electronic components?

Measuring electronic components accurately is critical to successful projects and designs. First, it’s important to understand the range of instruments available for testing such as multi-meter testers, oscilloscopes or signal generators. Each instrument has an appropriate application and use—for instance a multimeter would be ideal for measuring resistance while an oscilloscope can measure voltage over time with great accuracy. Next, it's essential to consider where measurements should take place; many electronics require isolation from power sources otherwise they may malfunction during test procedures due to high currents being passed through them . Lastly , safety protocols must always be followed since there are dangers associated when working on complex devices that involve electricity including potential fire hazards if suitable precautions aren't taken in handling live circuits . By following these guidelines one can ensure accurate measurement of electrical components - thus achieving desired project outcomes without any incidents arising along the way!

33. Where can I get electronic components?

If you're looking to buy electronic components, Robocraze is the right place for you. Our online store offers a great selection of quality products from leading brands at excellent prices. We offer easy payment options and fast shipping so that your order arrives quickly with no hassle.  Whether it’s resistors, capacitors or transistors; we have them all! Our knowledgeable professionals are here to help pick out exactly what type of component you need in case there's something specific missing from our catalog. Whatever your project may be - hobbyist robot building, educational projects or home automation –Robocraze has everything that you could possibly require making us an optimal choice when considering where to purchase electronics parts online!

34. Where to buy electronic components in Chennai?

For consummate electronic component shoppers in Chennai, look no further than Robocraze. With our array of dynamic and customizable products ranging from breadboards to battery holders plus resistors, potentiometers and even AC-DC adapters - you'll be sure to find exactly what your project needs right here! Our convenient online store has everything under one roof so you can easily browse the high quality components we offer without any hassle. Additionally, customer satisfaction is always guaranteed when purchasing with us; if there’s ever an issue concerning a product or shipment simply reach out for immediate help- that's why countless people have chosen us as their go-to destination for all their electronic shopping woes! Shop now at robocraze today and rest assured knowing your new parts are handpicked by experts who know electronics like the back of their hands – make it happen today!

35. Where to buy electronic components in Mumbai?

Mumbai is an ideal place for technological advancements and the purchase of electronic components has never been easier. Robocraze, Our website provides detailed information on each product along with reviews from our customers so that you can make well-informed decisions before buying anything. We understand time restrictions which is why we have incorporated various methods like Cash On Delivery (COD) options as payment modes for extra convenience when purchasing electronic components from us alongside many other easy payment methods. Additionally, if needed our team of engineers would be happy to assist in selecting suitable solutions according their needs at no added cost; giving one less worry while shopping online!

36. Which method is used for soldering electronic components?

Soldering is a popular and effective method for connecting, bonding or mounting electronic components. It involves using a special tool called soldering iron which heats up the solder wire to create an electrical connection between two points. This connection must be fusion-strong in order to ensure proper and dependable operation of the component. The process also requires some basic understanding of electronics along with knowledge about materials like copper alloys used as base material when soldering these components together. When it comes to assembling various parts into one operational system, there is no better choice than Solder Method as it forms solid bonds that are strong enough not only for long-term purposes but also saves time by touching every point within max seconds without even needing too much practice beforehand!

37. What do passive electronic components do?

Passive electronic components are integral to any electrical system. They serve various purposes depending on their type, from providing signal conditioning or blocking direct current paths to storing energy in the form of static charges and resistors for controlling frequencies. Passive electronics can also provide an insulation band between two wires of differing voltages, thus reducing potential hazards due to electricity leakage as well as magnetics interference in high-power systems. Moreover they play a key role in helping regulate power distribution throughout complex circuits where multiple voltage sources may be present at different points along the line. All these features make passive electronics an essential part of building reliable and efficient circuit designs that can ensure optimal performance over time regardless of environment or application changes.