Later, the transistors became 1mm in size and it further shrank to nanometers now. When the transistors were invented they were in the form of vacuum tubes of the size of 1.5-2 cm. We’re talking about something as small as an atom that is the bedrock of all computing devices that you see around. To understand how small these transistors are: a transistor is around nanometers in dimension and an atom is around picometers in dimension today, meaning a transistor is almost the size of a few hundred atoms binded together. These transistors work like a switch on or off and store 1 or 0 signals in electric signal form. Each memory device or an integrated circuit has billions of transistors. If you are located outside the United States and Canada, you can find your local dealer/distributor here.Transistors are the ones that actually store a bit of information and work on small bit operations. If you are located within the United States and Canada, you can purchase directly from our factory. But, if your speakers have a moderate impedance curve and are of average efficiency, a tube amp can redefine your definition of what a great audio system can sound like. In that scenario, a solid-state amp may do better. Some speakers (although few today) require lots of power and very low impedance driving capabilities. Other factors of particular importance are speaker load. On the other hand, if your system is flat, sluggish, or too soft sounding, perhaps a quality solid-state amp is the way to go. If you have a system that overall is a bit harsh or fatiguing, chances are you could greatly benefit from a tube amp. Solid-state usually offers more watts per dollar, faster sound, greater detail. So, in doing so, what are the benefits of each? Generally speaking, tubes offer a greater sense of bloom, more texture and realism to vocals and instruments, a richer midrange. There are benefits and drawbacks to each, but one must weigh each depending on what you are looking to achieve in your audio system both in terms of sonics and upkeep as well as taking the rest of the system into consideration. Like any product from any manufacturer, all products have a voicing and color which is why you buy any given product. Let’s also put to bed that solid-state amps aren’t smooth. Today, that couldn’t be further from the truth. First, let’s squelch the myth that tube amps don’t have strong or controlled bass. Others just don’t want to maintain an amp once installed. For most who desire the benefit of tubes, it’s a small price to pay. A key difference is that a tube product will require a small amount of upkeep and maintenance. However, some tube companies make their tube amps sound more solid-state like (for power) and some solid-state products can sound very tube-like. Do they sound different? Yes, we believe so. One doing it in silicone with current and the other doing it in a glass vacuum with voltage. However, a solid-state output transistor and a tube basically do the same thing. A solid-state amp typically has a single power transformer and no output transformers. They are a power transformer and two output transformers (one for each channel) that convert the voltage from the output tubes to current at the speaker posts. You’ll notice most stereo tube amps have 3 large, heavy objects, typically at the rear. Voltage alone can’t drive a speaker, hence the reason for needing output transformers. The biggest difference between them is that a solid-state amp is driven by current throughout the output devices and a tube is driven by voltage. Once you accept the reality that a tube amp and a solid-state amp are very different in how they operate, you’ll perhaps better understand that each have their own traits. The whole tube or solid-state dilemma is somewhat of a misnomer.
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