This lets you connect up to another 16 ohm guitar cab, effectively turning the AC10C1 into and all-valve 10-watt head. On the back panel you will also find and extension speaker jack.
The original 1960s AC10 featured a single tone control, but we have added more control on the AC10C1 with a Bass and Treble circuit that adds different and versatile tone setup and enhances the various levels of gain.Ī welcome addition to any amp of this size is reverb and we painstaking designed the AC10C1’s reverb to sound just right, adding tonal ambience without being overwhelming that is all too often the case with many other amps. Add in some more gain and it soon starts to venture into a creamy overdrive territory that Vox are so well known for. With the gain control set low you get a rich warm clean sound. The AC10C1 is equipped to produce that perfect Vox ‘chimey’ tone. An jack connector for attaching an external speaker.Superior tone from a 1 × 10-inch Celestion VX10 speaker.
#Vox ac10 black and tan full
#Vox ac10 black and tan portable
More portable than the AC15 and more powerful than the AC4, the AC10C1 features the classic Top Boost tone circuit that provides an array of classic and modern tones. Now in 2015, VOX is proud to introduce the AC10C1, a modern take on this classic design. For this reason, the AC10 has become a highly coveted piece of VOX history since it’s discontinuation in 1965. Once everything looks right click the "Post" button.The AC10 was one of the first amplifiers to bear the VOX name and has long been adored for his ability to achieve rich, articulate tube tone at very manageable volumes. When quoting (or really anytime you are making a reply) it's a good idea to click the "Preview" button to make sure your reply will appear as you want. Now place the cursor between the quote brackets, right click and choose "paste" to insert the text that's on the clipboard. Click the "Insert Quote" button at the top of the reply window and the quote brackets (tag codes) will be placed in the reply window at the point of the cursor without any text. Open the reply window if not already open.
#Vox ac10 black and tan windows
The text can be anywhere, ie, this forum page, any other web page, any other program (This is a standard Windows operation). Highlight any text, right click and choose "copy" to put that text on the Window's clipboard. All the text of that message will be inserted into the reply window AT THE POINT OF THE EDIT CURSOR.ģ. Then simply click the "insert Quote" link. If you already have the reply window open you can scroll down until you find a post you want to quote. The reply window will open with the entire message already quoted. While viewing a message click on the quote link at the top right of the message. There are three easy ways to insert a quote.ġ. voltage directly to the plate pins (including the 100Ω resistors), I got 290.6mV at the Green wire and 211.8mV at the Brown wire. Voltage ratio check aligns with my resistance measurements earlier. Once I went to check the OT winding ratio, I found the wall voltage (and variac output) had crept up to 116.3vac. If you want the amp to be bone stock, just replace it with a piece of wire.īelow are the voltages for the power section of the chassis. Does it appear to have been added later? Sounds like someone just wanted to add a shared screen resistor to give the tubes a little protection. I don't see a 6.8K CC resistor in any of your pics. The lead with the higher voltage is the 15Ω lead. Then just measure the voltage between chassis and the two secondary leads.
Ie, jumper pin 4 to pin 7 of one tube and pin 5 to pin 7 of the other tube. Then use two gator clip leads to connect the 6.3VAC filament voltage to the plates of the EL84s.
Pull the EZ81 tube so no B+ will be present. The voltage check is easier than you might think. If the two readings are too close together to tell then you will have to resort to the voltage check. The higher resistance reading is the 15Ω lead. Check resistance between chassis and the brown lead then between chassis and the green lead. You may be able to use an ohmmeter to determine which OT lead is which.
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