FAQ’s Answered by an Expert.

Q: What are the things to think about with the structure of breadboards?

A breadboard is simply a board for prototyping or building circuits on. Getting to know the basic structure of breadboards will help in making the most of this useful tool for putting together circuits for prototyping or for learning.

Q: Do I really need to properly terminate op amp stages?

Op amps that are improperly terminated are susceptible to noise, extra power consumption and dissipation, and to electrical overstress. Find out how to properly terminate op amps to avoid these issues.

Q: The Forward Voltages of Different LEDs

One of the ratings to pay attention to when planning on using an LED is the forward voltage (VF). The VF is the voltage used up by the LED, or dropped, when current is traveling in the appropriate direction, forward.

Q: Why should I use solar power in my electronics projects?

Solar power (specifically solar photovoltaic cells and arrays) is an excellent option for DC power, especially in remote locations not connected to the grid, or other places where it is difficult to import fuel to generate power.

Q: How to use USB as a Power Supply?

A very useful source of DC voltage is almost guaranteed to be in your pocket and all around you: USB (Universal Serial Bus).

Q: What is a bench power supply used for?

Bench power supplies are like other AC-DC converters, but ‘higher performing’ than the other types. They have much more controlled voltage and current parameters than average AC-DC converters and wall bugs.

Q: What are different power supply options for powering my project?

Most DC supplies are simply AC/DC converters that are plugged into a power outlet, which outputs 110-220 VAC in most parts of the world, and convert that to 3-5-9-12-24 VDC as needed. They come in many shapes, sizes and types, so here we’ll cover a few of the most common.

Q: What are the advantages and disadvantages of using batteries as power supplies?

Batteries are great for powering projects on breadboards, PCBs, and just about any circuit. They’re very portable and come in a lot of form factors; with different voltage, current, and power capabilities.

Q: How to transfer circuit from schematics to breadboard?

Here are some tips on getting a circuit you’ve designed onto a breadboard and working: Leg Length, Symbols, Part verification, Jumpers and Troubleshooting on breadboards.

Q: How much power and how high of a frequency can a breadboard handle?

The convenience and rapid layout function of a breadboard make it great for prototyping low frequency (<10MHz) and low power (<5W). However, for higher frequency and higher power, the unreliable quality of the connections with regard to resistance, capacitance, and inductance will hurt circuit performance.

Q: What are the things to think about with the structure of breadboards?

A breadboard is simply a board for prototyping or building circuits on. Getting to know the basic structure of breadboards will help in making the most of this useful tool for putting together circuits for prototyping or for learning.

0
What’s Fermi Level and why is it important in a semiconductor?New
1
Types of Resistors: What resistors should I use?
1
Do I really need to properly terminate op amp stages?
1
The Forward Voltages of Different LEDs
2
Why should I use solar power in my electronics projects?
2
How to use USB as a Power Supply?
2
What is a bench power supply used for?
2
What are different power supply options for powering my project?
2
What are the advantages and disadvantages of using batteries as power supplies?
4
How to transfer circuit from schematics to breadboard?
1
How much power and how high of a frequency can a breadboard handle?
2
What are the things to think about with the structure of breadboards?
3
What is a Breadboard?
2
What are some common devices that can be used for general circuit protection?
2
How do I protect Switch-Mode Power Supplies?
2
How do I protect my circuit from inrush current?
2
Does the ripple current specification in capacitors matter?
3
What is the ‘pitch’ of a connector and why does it matter?
3
Why Are Pull-Up and Pull-Down Resistors Used?
2
How to start Embedded Programming

FAQ’s Answered by an Expert.

What’s Fermi Level and why is it important in a semiconductor?New

Types of Resistors: What resistors should I use?

Do I really need to properly terminate op amp stages?

The Forward Voltages of Different LEDs

Why should I use solar power in my electronics projects?

How to use USB as a Power Supply?

What is a bench power supply used for?

What are different power supply options for powering my project?

What are the advantages and disadvantages of using batteries as power supplies?

How to transfer circuit from schematics to breadboard?

How much power and how high of a frequency can a breadboard handle?

What are the things to think about with the structure of breadboards?

What is a Breadboard?

What are some common devices that can be used for general circuit protection?

How do I protect Switch-Mode Power Supplies?

How do I protect my circuit from inrush current?

Does the ripple current specification in capacitors matter?

What is the ‘pitch’ of a connector and why does it matter?

Why Are Pull-Up and Pull-Down Resistors Used?

How to start Embedded Programming

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FAQ’s Answered by an Expert.

What’s Fermi Level and why is it important in a semiconductor?New

Types of Resistors: What resistors should I use?

Do I really need to properly terminate op amp stages?

The Forward Voltages of Different LEDs

Why should I use solar power in my electronics projects?

How to use USB as a Power Supply?

What is a bench power supply used for?

What are different power supply options for powering my project?

What are the advantages and disadvantages of using batteries as power supplies?

How to transfer circuit from schematics to breadboard?

How much power and how high of a frequency can a breadboard handle?

What are the things to think about with the structure of breadboards?

What is a Breadboard?

What are some common devices that can be used for general circuit protection?

How do I protect Switch-Mode Power Supplies?

How do I protect my circuit from inrush current?

Does the ripple current specification in capacitors matter?

What is the ‘pitch’ of a connector and why does it matter?

Why Are Pull-Up and Pull-Down Resistors Used?

How to start Embedded Programming

What are you looking for?