Other than the basic filtering of speakers (1st or 2nd order), there are several circuits that can also be implemented to Correct the frequency and phase response of your system. File Size: 4.600GB
Loudspeaker Engineering: How to Design Speaker Crossovers
What you will learn
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Design Crossovers in 2-way or 3-way
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Linear frequency response
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Align the speakers drivers in phase
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Choose the right components to use with audio applications
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The basics of electrical engineering
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How to Make a crossover board
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Learn the basics of soldering
Requirements
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Basic knowledge of electrical circuits.
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Acoustics 101 is complete.
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Course completed in acoustics201.
Description
Design You can make your own speaker crossover
This course is the final part of the loudspeaker designing process. Learn how to Use the FRD or ZMA filesCheck out Acoustics 201 Course) to You can design crossovers in 2-way or 3-way. These designs can be made in XSim, which is a free program. While crossover design has some basic guidelines, it is not unique to every crossover. For this reason, 5 different types of enclosures have been built for this course : two 2-way bass reflex bookshelf speakers, a 3-way bass reflex, a sealed MTM and a 3-way bass reflex floorstanding speaker with dual woofers. This will give you a better understanding of the process. When designing a crossover, it is not enough to have knowledge. It also requires intuition and experience.
Crossover design: Specific circuits
Other than the basic filtering of speakers (1st or 2nd order), there are several circuits that can also be implemented to Adjust the phase response and frequency. Given 5 examples, we can correct the frequency and phase response. to There are plenty of cross-over projects to choose from to You can go through the majority of them in a very practical manner. To mention some of the circuits : impedance equalization circuit, attenuation pad, baffle step compensation, ladder delay network, notch filter, and more.
Download it immediately Loudspeaker Engineering: How to Design Speaker Crossovers
The new crossovers are being tested
Although designing a crossover is simple on your computer, we will also test the design. I have many electrical components, including capacitors, resistors and inductors, which range from small to large. to Large values. We will design the crossover using XSim and then build a prototype crossover to test its measurements and sound. Here are some tips and tricks to help you. to Make your life easier with these helpful tips to Avoid these mistakes when building a prototype.
Construction of a cross-over network
You will need to do some hard work in order to create a crossover network. It will require you to to Be aware of the dimensions and materials of your board and how you will place your components. What material will you use to Repair the components to The board. How to You want to ensure that the components aren’t moving around. You will undoubtedly learn some basic soldering skills.
You will be able to complete this course and the other 2 courses. to You can design your multi-way loudspeaker from scratch.
Who is this course for?
- DIY-ers who are passionate about their craft to Multi-way loudspeakers
- Audiophiles who are passionate about audiophiles to Learn how to Make your own custom crossover
- People who want to Expand their knowledge of electro-acoustics.
Course Features
- Lectures 1
- Quizzes 0
- Duration 10 weeks
- Skill level All levels
- Language English
- Students 254
- Assessments Yes