Steve Eddy
Member of the Trade: The Audio Guild
Aka: TempAccount555
- Joined
- Sep 28, 2003
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Quote:
I don't think those graphs are terribly useful for comparison purposes as I don't think they're even using the same headphones for the measurements.
Compare the impedance plot of the Beyer DT880 to the "balanced" DT880.
What's the difference between the regular Beyer DT880 and the "balanced" DT800 other than an XLR versus a TRS? That's not going to produce the difference in the impedance plots seen here.
Also, let's look at the differences in frequency response between the two models you compared.
Here's the AKG 701:
Here the "balanced" AKG 701 shows greater low frequency response compared to the regular AKG 701.
And here's the Denon D7000:
It's just the opposite. The regular D7000 shows greater lower frequency response to compared to the "balanced" D7000.
I think we need to wait until we can get someone with the appropriate measuring gear to run some new measurements so that we can account for and control all the variables.
k
Originally Posted by Currawong /img/forum/go_quote.gif Interesting...balanced D7000s and K701s have a slightly better response? There was nothing in it with HD-650s, by the way. |
I don't think those graphs are terribly useful for comparison purposes as I don't think they're even using the same headphones for the measurements.
Compare the impedance plot of the Beyer DT880 to the "balanced" DT880.
What's the difference between the regular Beyer DT880 and the "balanced" DT800 other than an XLR versus a TRS? That's not going to produce the difference in the impedance plots seen here.
Also, let's look at the differences in frequency response between the two models you compared.
Here's the AKG 701:
Here the "balanced" AKG 701 shows greater low frequency response compared to the regular AKG 701.
And here's the Denon D7000:
It's just the opposite. The regular D7000 shows greater lower frequency response to compared to the "balanced" D7000.
I think we need to wait until we can get someone with the appropriate measuring gear to run some new measurements so that we can account for and control all the variables.
k