The new Tundra's factory exhaust system is pretty darn good. It features a unique 4-2-1 exhaust manifold, or four exhaust tubes (one from each cylinder) into a "y" junction, and then into one pipe. This manifold is made from stainless steel, so it's lighter than average and also corrosion resistant. Each of the exhaust tubes are also of equal lengths. All these features make the factory manifolds equivalent to expensive aftermarket headers. Changing them won't get you more power and is uncessary.
Next we have the catalytic converters. These legally required emissions control devices are often accused of restricting a vehicle's exhaust, but in the new Tundra that's not the case. They are efficient and they benefit the environment, so they're definitely off limits.
Once the exhaust gases leave the catalytic converters they cool off and enter the muffler. The factory muffler is efficient, but I don't think it let's the voice of the motor come out. The factory muffler was chosen to be efficient and quite, and changing it won't increase the power of the engine much, if at all. However, it will give you the V8 rumble that everyone loves. Fortunately, there are a lot of available aftermarket mufflers available. Choosing one only requires answering a few questions.
First, do you want to hear the exhaust ALL the time? In other words, when you drive down the highway, is a little exhaust drone OK? If not, make sure you choose a muffler that's not described as being loud. If you ask your local muffler shop or visit websites like www.tundraheadquarters.com or www.tundrasolutions.com you can find a good muffler.
Second, in terms of noise, how much can you stand. If it's too loud, your neighbors will be awake when you start your truck. If it's too quite, you won't be able to hear your exhaust unless under hard acceleration. Most mufflers aren't too loud, but to make sure you avoid the loud mufflers, stay away from descriptions that mention "racing only" or "glasspack".
You also need to decide if you want a single or dual exhaust? In terms of performance, you usually see the best increase by copying the factory system but upgrading the components. On the Tundra, that would be a single exhaust. But since you're not going to see much of a performance difference either way, dual exhausts do look and sound better, and that would be my suggestion.
Last, what is the best material for your muffler? While stainless steel is lightweight and resistant to rust, a lot of people that live in dry climates don't need it. Standard galvanized or aluminized steel is fine. However, if your climate is wet or near saltwater stainless steel is an excellent choice.
Spectrum Analyzers generally are test equipment that you can use to measure waveforms based on their spectral composition. Waveform spectrum that can be analyzed with Spectrum Analyzers could be the power spectrum, the optical waveform spectrum, the acoustic waveform spectrum, and the electrical waveform spectrum.
The Spectrum Analyzers that you can buy from online and real-time retailers may cost you at least $4,500 each – these would be the types of Spectrum Analyzers that meet laboratory-grade requirements for Spectrum Analyzers. Though buying pre-assembled Spectrum Analyzers is admittedly more convenient for you, it is possible to buy an assembly kit so you can simply make your own Spectrum Analyzers that meet the same standards as the retailed pre-assembled ones. In fact, your home-made Spectrum Analyzers might even have the features that brand-name Spectrum Analyzers use. Of course, to make your own Spectrum Analyzers you should be techie-minded and able to follow detailed instructions closely so that the results are comparable with the store-bought Spectrum Analyzers.
If you are not sure you know enough about Spectrum Analyzers to try building your own from a kit, then maybe you need to bone up on the technology some more before attempting that. There are actually some sites online that offer free tutorials about the basics and advanced features of Spectrum Analyzers – you just need to be patient enough to look for these sites and follow the tutorials closely.
It is very interesting that Spectrum Analyzers are also used in the field of music, to help musical instrument designers and manufacturers come up with improved designs for their musical instruments. The Spectrum Analyzers help by allowing these musical instruments developers check the right timbre for the musical instrument. This is much easier than the traditional method by which the musical instrument artisan had to keep changing the construction of the musical instrument as he progressively kept checking to see if the sound was the right one, or was lower or higher than what was sought after.
Sound as measured by these types of Spectrum Analyzers is described with the Hertz form of measurement (rather than the more formal and academic “cycles per second” measurement of sound frequencies.) Spectrum Analyzers will examine the component frequencies that make up the timbre of the musical instrument under construction – this is the process known as spectrum analysis.
Fans of Spectrum Analyzers can thank the founder of spectrum analysis – Hermann von Helmholtz – for producing the first types of Helmholtz resonators (which were the ancestors of today's modern Spectrum Analyzers.) Though Spectrum Analyzers used to be quite costly to buy, the progressive decrease in prices of digital electronic machines now permits ordinary folk to be able to buy their own Spectrum Analyzers when they need to and want to.
One last note: to do your own spectrum analysis, you not only need the right type of Spectrum Analyzers but you might also have to invest in the right type of computer as well to do spectrum analysis the right way. The Spectrum Analyzers themselves may cost you $200 apiece.
Both Jason Lancaster. & Kevin Mcmenamy are contributors for EditorialToday. The above articles have been edited for relevancy and timeliness. All write-ups, reviews, tips and guides published by EditorialToday.com and its partners or affiliates are for informational purposes only. They should not be used for any legal or any other type of advice. We do not endorse any author, contributor, writer or article posted by our team.
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