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Lesson from Europe - Editorial
May 4, 1964 Electronics Magazine

May 4, 1964 Electronics

May 4, 1964 Electronics Cover - RF Cafe[Table of Contents]

Wax nostalgic about and learn from the history of early electronics. See articles from Electronics, published 1930 - 1988. All copyrights hereby acknowledged.

In this May, 1964 issue of Electronics magazine, editor Lewis Young cites the continued rebuilding of Europe after the economic and societal upset of World War II as the reason many - maybe most - companies there are still, two decades later, concentrating engineering and financial resources on getting back on a solid footing rather than chasing after the latest and greatest in nonessential technologies. It was probably an accurate assessment of the situation. However, I do take issue with his admonishment to American companies to emulate Europe's "practical approach" to innovation and manufacturing. There was absolutely no reason to dissuade and throttle activity here, there, or anywhere for that matter. It truth, engineers, scientists, and businessmen of Europe were probably not happy with the existing mindset of government policymakers and would have preferred to progress without restraint. Hopefully, Mr. Young eventually regretted his editorial piece.

Lesson from Europe - Editorial

Lesson from Europe - Editorial, May 4, 1964 Electronics Magazine - RF CafeEurope will not have color television until 1967, possibly not until 1968. The reasons (see Newsletter, page 17) are strictly commercial, not technical. European manufacturers believe there just isn't a market yet for color television sets.

This decision reflects the straightforward approach Europeans take in matters electronic. It's pragmatic, practical, very commercial and economic. One executive confided: "Our engineers don't try anything unless we can see a way to make money from it." And most European electronic firms (except a few computer builders) are enjoying handsome profits these days.

British Hold off on Color TV

(from Electronics Newsletter, p. 17)

Britain's plans for beginning color tv broadcasts as early as 1965 have collapsed. Instead, the postmaster general has decided to wait until after a decision by the International Radio Consultative Committee (CCIR) on one system for Europe. He says the earliest start for color tv will be 1967 or 1968.

The CCIR won't decide until next April. At its last conference [Electronics, March 6, 1964, P 17] it was unable to choose between the American, German or the French system. The British Broadcasting Corp. said it would go it alone, using the American color tv system, but then had second thoughts.

Meanwhile, engineers in Britain are saying the delay in selection of a European system is due not to a technical but a marketing stalemate. A German delegate to CCIR is supposed to have told his English counterpart:

"We are insisting on our system only because we know France demands theirs and that means a deadlock. We are just starting to sell black and white television and stereo in Germany. When we see a market for color television sets, we'll be willing to go along with England and accept the American system."  

Engineers in the United States can learn a little from this down-to-earth approach. Sometimes you forget the simple and straightforward when you get caught up in the fervor of fast-moving technology and a wealth of research and development money.

Europe's peculiar circumstances have dictated such a realistic view. Building from widespread destruction after World War II, engineers could not afford the luxury of waste nor of complex and expensive techniques.

In addition, there has been no deep well of government money for research and development. In some countries, even Holland with its huge Philips Gloeilampenfabrieken electronics complex, money for military electronics has been scanty.

So what you see in Europe today represents mostly commercial development, accomplished with a minimum investment.

In general, engineers admit their technology trails that of the U. S. from two to five years. They carefully screen developments in America, grabbing what is immediately practical and economic and throwing the rest back. Research projects are terminated quickly when the prospects of success dim.

That hasn't ruled out some intriguing new work in pockets of technology, surpassing what has been done elsewhere. For example, Europeans have designed some superb electronic display tubes that are now sold in the U. S.

Touring European facilities and watching their down-to-earth approach to design gives you a fresh appreciation of practical engineering. In industrial applications, for example, multiaperture magnetic devices are used ingeniously in fail-safe circuits because they are reliable and inexpensive. The relay shows up in many communication applications because it can cost far less than semiconductor circuitry.

Some European engineers have zeroed in on technological areas that Americans have leapfrogged, such as cold cathode tubes.

Happily, some of this practical approach is returning to the U. S. When IBM introduced its system/360 last month [Electronics, April 20, page 101], experts noted that its microelectronic approach strongly resembled what is being done in Europe. Although many companies there are interested in microelectronics, almost nobody is building integrated circuits - combining active and passive elements on a single chip. The usual European approach is the hybrid, connecting transistor and diode chips to resistors. In fact, IBM's new system turned out to be the product of the company's world-wide engineering force, and the approach for system/360's unsophisticated microelectronics - unsophisticated by lab standards, that is - did come from Europe.

All this shows that solving many technical problems takes more than money. As military budgets are tightened in the U. S., more and more engineers will find that money isn't everything. There is still a place for straightforward practical engineering.



Posted May 9, 2024
(updated from original post on 6/11/2017)

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RF Cafe began life in 1996 as "RF Tools" in an AOL screen name web space totaling 2 MB. Its primary purpose was to provide me with ready access to commonly needed formulas and reference material while performing my work as an RF system and circuit design engineer. The World Wide Web (Internet) was largely an unknown entity at the time and bandwidth was a scarce commodity. Dial-up modems blazed along at 14.4 kbps while tying up your telephone line, and a nice lady's voice announced "You've Got Mail" when a new message arrived...

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