Welcome to the Tokai Guitar Registry This section is the basis of the site and so far it seems to be working! By creating a database to store facts about Tokai guitars, we have been able to thus far break the serial number dating code for Gibson copies. I played it a few times in the house through my practise amp and although it looked great,felt really well made,with a very nice slim jazz bass neck,it wasn't a patch on my long gone 80's Tokai Jazz Sound. Date a Tokai Jazz Sound. On the neck plates I have L+5 numbers. How Tokai can identify their bass if the serial number is not the way? The Tokai Guitar Registry is broken into sections based on the type of guitar (Les Paul, Strat, etc). Tokai Model Serial Number. Fender Jazz Bass: Goldstar. Tokai jazz sound bass serial numbers free.

Abstract: LL1660PP LUNDAHL line output transformer Ll1660 transformer TRANSFORMER 9- 0-9 220 in Line transformer Tesla high frequency transformer push pull R030211 Text: /18mA) generates a no signal core flux density of 0.9 Tesla when used with all primaries in series. Similar to the two transistor solid state Tesla Coil already on this site, this solid state Tesla Coil design uses a normal flyback transformer to generate it's high voltage output. Unlike the other circuit, this one does not use two huge power transistors and high wattage resistors.

This is my first Solid State Tesla Coil (SSTC), which I think has turned out pretty well! My intention was more towards it playing music rather than huge sparks, but I got about 6in sparks from it too which is a bonus. The aim of this instructable is to explain what Tesla Coils (TC) are, how they work, a couple of variations and and also how to make one! Reggae sample pack rar. To make a TC you really need to know exactly how they work (you can't build one successfully by blindly following instructions). I did a lot (and i mean A LOT) of research into how to make one, and I feel like I should give back some information that I discovered whilst making mine. I first want to say that you'll be playing with very high voltages (and high current!), and this of course is/can be very dangerous! Always carry out the correct safety procedures when dealing with high voltage and high current circuitry.

Secondly, Tesla Coils take a lot of work, it's unusual for a new Tesla Coil to work 100% on it's first light (first light is a term given to a Tesla Coil when it first turns on). So stick with it! Tesla Coils were invented (as the name would suggest) by Nikola Tesla in the 1890's. Tesla did not want to create music but rather transmit electricity wirelessly - and to some extent he did! There are rumours that he turned on 100 light bulbs 26 miles away using Tesla Coils! However, there isn't enough evidence to support this claim, but it would be an awesome idea!

Essentially, a Tesla Coil is a high voltage, step up transformer. They take in relatively low voltages and step them up to hundreds of thousands of volts. But I've got a transformer at home and it looks nothing like a Tesla Coil I hear you say? Well you're right, mobile phones chargers, laptop chargers, Xbox's they all have transformers! But there are different types.

Your laptop charger will more than likely be a switching mode power supply - which is basically a very efficient transformer (it probably falls under the category of rectifiers but still) and old mobile phone chargers are normally just a small step down transformer. The reason they weigh so much is that there's a fat lump of iron in them! The issue with these transformers is inherent with the design. A conventional transformer has a ferrite core with copper wire wrapped around either ends (see picture). When you pass a current through a coil of wire, you get what's called electromagnetic induction. Basically, you generate a magnetic field. Likewise, if you pass a magnetic field through a coil of wire then you induce a current!

So, stick a ferrite core in the middle to conduct the flow of this magnetic field we're generating and there you have it, a transformer! The issue with this is that you have got a big piece of metal that also conducts electricity really well next to some wire with a lot of voltage, if the voltage is high enough it'll short through the ferrite core; not good. Alas, this is where Tesla Coils come in. Tesla Coils are loosely coupled transformers, there's no ferrite core to conduct the magnetism (and so conventional transformers are tightly coupled). This means that there are two coils of wire in fairly close proximity to one and other but with an air gap between them. Air is a very poor conductor of electricity, but it's also not brilliant for conducting magnetism and so it takes a few oscillations to do it.