Thanks Bob . My Amazon ship date is August 21st, so it will be a little while before I need it anyways 🙂 .
Cheers,
Tim
Cheers,
Tim
I hope to put up an errata
page on my web site in a week or two with all errata found so far, and I'll try to keep it updated as new errata are found.
Cheers,
Bob
I got a hold of Taylor & Francis yesterday to ask what happened to my order. They said " It was never processed for the card that you used was declined. This happens on occasion but the bottom line is you were never charged and the order was never processed."
I ordered the book in mid April, my Visa card expired in mid May. They failed to notify me so I could make corrections. All is well, I ordered again today, it is still on sale, so maybe in a few weeks I'll get one for myself.
Rick
I ordered the book in mid April, my Visa card expired in mid May. They failed to notify me so I could make corrections. All is well, I ordered again today, it is still on sale, so maybe in a few weeks I'll get one for myself.
Rick
Thanks Bob . My Amazon ship date is August 21st, so
August 21st sounds like it was sold out, congrats Bob!
August 21st sounds like it was sold out, congrats Bob!
Strange, I just checked Amazon (US) and it says it is in stock. Sure doesn't sound like Amazon when they have something in stock.
Cheers,
Bob
I ordered from Amazon Canada. I live in Newfoundland... Actually, it looks like I ordered from a third party vendor who supplies it for Amazon, "--Superbookdeals-". Either way, it ships from the UK, and shipping to Newfoundland usually takes twice as long for anything to arrive, as we are an isolated island in the Atlantic!
Bob - I just submitted my review to Amazon under my ID - Guitarman. Should be out in a few days after they review it.
Cheers!
Cheers!
Dear Bob,
Congratulations on your new version of the book, beautifully done.
However I am returning it because it has more about amplifiers than
I want to know.
😛
Congratulations on your new version of the book, beautifully done.
However I am returning it because it has more about amplifiers than
I want to know.
😛
Strange, I just checked Amazon (US) and it says it is in stock. Sure doesn't sound like Amazon when they have something in stock.
Cheers,
Bob
Ordered yesterday, 7/24, and Amazon reported only 12 left in stock. Sale priced at $84.84.
Fred
My copy arrived today... $110 Canadian, to my door. Much faster shipping than expected. I'm away working for the next week, so I can't start reading until then!
My book arrived last week. First inpression is that it explains a lot of things in an easy way, and explains things that one maybe haven't had a thougt on.
Seems that I have a lot of things to simulate but it has to wait for a while.
Renovating my roof now, before installing solar panels.
Figge
Seems that I have a lot of things to simulate but it has to wait for a while.
Renovating my roof now, before installing solar panels.
Figge
Let's hear it for the PM329!
Some clarifying comments on the 2d Ed. book Figure 2.15 circuits:
1) On page 42 the Fig. 2.15(b) "Zener Shunt" is what I originally called a "PM329" several years back, having been designed to emulate the LM329 in general regards, but with much lower noise.
2) This circuit, like the LM329, has a dynamic impedance less than an ohm.
3) This circuit, unlike the LM329 has a noise level around 20-25nV/Rt-Hz. This is around 3-4 times lower than the LM329, but the price paid is the higher current.
I shared this with Bob Cordell in August of 2015 (see Figure 3: of this reference).
Walt Jung
Some clarifying comments on the 2d Ed. book Figure 2.15 circuits:
1) On page 42 the Fig. 2.15(b) "Zener Shunt" is what I originally called a "PM329" several years back, having been designed to emulate the LM329 in general regards, but with much lower noise.
2) This circuit, like the LM329, has a dynamic impedance less than an ohm.
3) This circuit, unlike the LM329 has a noise level around 20-25nV/Rt-Hz. This is around 3-4 times lower than the LM329, but the price paid is the higher current.
I shared this with Bob Cordell in August of 2015 (see Figure 3: of this reference).
Walt Jung
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Maybe I'm missing something but shouldn't R1 and R2 in Figure 9.19 on Page 214 be 100R to get the currents annotated on the diagram?
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