You are just going to have to post that nudie of your ST-6060 so we can see how much better Sony's earlier work is. Will be an interesting comparison.
Here's the first nudie party. ST-6055A (45wpc) is top left. Yamaha CA-410 integrated is top right (35wpc). Yamaha P2075 (50wpc) is bottom left and Yamaha B-2 (100wpc) is bottom right. Sort of an evolutionary thing. After the ST-6060 and -6055A eras a great deal of engineering went into using traces on PCBs for conducting pathways. Done by machines rather than errors of human hands. But, the point of economics is well taken. But, look at the shielding the CA-410. How many low power integrateds do you know that used shields on their switches? And the most recent shown is the P2075. Almost no wiring at all in the conducting paths. Same with the B-2. Although you can't see it, all the power into and out of the drivers is via small PCBs that plug into the bottom of the heat sinks. Maybe you don't care for, but is good engineer, overall.Brian said:The 6065 is a rat's nest also compared to the 6060. This is not limited to the Sonys. I find many receivers that appear to have had the boards bolted down and then the production engineers have to get the wiring done. No layout engineering. No apparent thought for noise, rf pickup or him. Wires running in harnesses parrellel with each other rather than keeping separate and crossing to prevent interference. Look at a good component layout.
Hadn't really paid much attention to this, but is definitely a case where Orion is off. '73 is about the last year (might have been '74 lor '75, but not as late as '78) and not the first. The STR-xx00SD series came out about '75 and then the STR-Vx series.bolly said:SONY RCV, STR-7065
Description: Manufacture Years: 1973 - 1978
Additional Information: Power: 60wpc
Retail MSRP: $550.00
