Q: Part of your strategy is to go after places where Maxim has moved
away from or taken its eye off the ball. You're not competing yet
with Linear. What happens when that happens?
A: I think Linear's a great company to work with. They help you in
multiple ways. My experience from my Maxim days, is Linear made us a
better company. When you look at their products, they're fabulously
engineered. So what does that do to you from an engineering
perspective? It pushes you. It means you got to do the right things
to win. From a product and pricing perspective, Linear doesn't bomb
the market. Linear says, Hey this is our part, this is what you're
going to pay for it, customer, and take it or leave it. That's a
great company to compete with because they're going to push you in
the right ways and they're not going to push you in the wrong ways,
they're not going to do stupid things to hurt the marketplace. It
also means you better do things right or you're going to get
Q: Is there any of that manufacturing or packaging you'd like to
bring in house?
A: The manufacturing? I don't see any value in it. I think it's one
of the big changes in our industry. And I think it's one of the very
positive changes in our industry in that when you look at the
foundry technology that's out there today and compare it to the
foundry technology that was out there when I started in the late
'80s, and Maxim was fabless in the beginning and a lot of people
forget that. We were using these horrible foundries. We had
third-rate technology which was really disastrous and somehow we
overcame all of that to build a company and we bought a foundry in
Fast forward today and look to the technology available at TSMC.
Look at the announcement that Analog Devices made in conjunction
with TSMC a couple of months ago…which is available to everybody
including us it puts anyone who wants to do analog develop easily on
part … with any in-house technology except for very boutique-y things
that maybe Maxim wants to do. That's flattening. It's not the
differentiator any more. The differentiator is can you define the
right products and can you design them. And then the ability to
market and sell effectively. That's really the big change.
Wait a minute. Let’s see if I understand this. (Here I’m channeling you, the puzzled reader, after you’ve grabbed me in the coffee break of a Filter Wizard lecture morning). The frequency of the nth harmonic of a sinusoid is n times that of the fundamental. The nth harmonic distortion is defined as the ratio of the amplitude of the nth harmonic to the amplitude of the fundamental. So the 1st harmonic distortion is… the ratio of the amplitude of the fundamental to the amplitude of the fundamental and that’s… unity. I. Do. Not. Understand.
Single-ended signals are very common, but increasingly signal paths are being converted to differential signals as part of the signal chain. The benefits of differential signaling are particularly appealing with low supply voltage systems and for driving analog-to-digital converters (ADCs).
If you spend any time at all looking at alternative energy sources such as wind power and solar energy, you'll quickly discover one inconvenient truth: alternative energy production is both highly unpredictable and uncorrelated to energy demand.
In 2009, Time Magazine called the Iridium global satellite program a tech failure. Motorola backed it for global satellite phone usage and filed for bankruptcy in 1999 after spending $5B to build and launch the infrastructure of satellites