Impedance? Hz range?
790908
Hi Eadie, Impedance is 16 ohms and Frequency Response is 20Hz - 20,000Hz. Thanks. &gt;Joffrey
790909
Hi Eadie,Impedance is 16 ohms and Frequency Response is 20Hz - 20,000Hz. Thanks. >Joffrey
1714748
The box containing the sound meter indicates the frequency range is 300Hz-8K Hz. Hope this helps.
2125263
The best answer I can give you is that it is a Single Dynamic MicroDriver.The Frequency Range is 22Hz-17.5kHZSensitivity is 107 dB SPL/mWImpedance is 20 Ohms
771477
There are no "points" for the frequency crossover. I concluded from the information available that the crossover was a linear function between 20 - 20K hertz. My installation drives a set of Sony tweeters with an obvious separation of the higher frequencies but I have no equipment to measure the frequency response.
934185
11mm drivers, 43.3-inch cable, 32 ohms impedance, 100 dB/mW sensitivity, 3 mW maximum power input, 20 - 20,000 Hz frequency response range.
1297507
I would say refer to the instruction manual as well. I found this interesting paragraph in the manual to a circa 1998 Marantz receiver that I have whose speaker outputs are labeled "8 ohms": Note on loudspeaker impedance: The power ratings specified for this Marantz receiver are obtained using fixed value test load impedances. However, the actual impedance of a loudspeaker system will vary with frequency, deviating from the nominal rating. This Marantz amplifier will drive any modern loudspeaker system with a rated impedance of 4 ohms or higher. A few newer loudspeakers feature impedances of less than 4 ohms. The high current output capability of this Marantz receiver can provide the additional power necessary to drive such low impedance speakers. However, during extended passages of high volume, the protection circuitry may temporarily interrupt operation. If this occurs, simply reduce the volume accordingly. The protection circuitry is specially designed so that it cannot affect the sound quality during normal operation.
1741198
Frequency Range as Low as 24.9 Hz - 31.8 Hz. & High as 33.8 Hz - 42.9 Hz. The RPM 1495-2577. There is no amplitude measurement.
1998177
Sorry, this one won't be suitable for such accuracy. For making effective low-ohms measurements you're going to really want something that does 4-wire Ohms measurements as the I·R losses in the measurement wires will be significant if the total resistance under test is so low. Unfortunately those do tend to run several hundred dollars at a minimum.
1027514
The bandwidth is 300Hz to 8Hz and the Measurement Range is 40 to 130db. Hope that answers your question.
1466110
170 W/Ch (6 ohm, 1 kHz, 1% THD, 1 Channel Driven, IEC) GREAT CHPOICE!Regards,Jan Levy
2012427
Hi Phil, Here are the details of the ouput power: Speaker Impedance : 4-8 Ohms Power Ad Hoc : CEA2006 Standard Power: 17 Watts RMS per channel into 4 Ohms, 4 channels driven from 20 Hz to 20 kHz with less than 1% THD+N. Max power output : 55 watts x 4 at 4 ohms -Anthony
796507
This is all the audio specs info on the box and the website: *Power Handling: 200 Watts RMS/400 Watts Max *Impedance: 4 Ohms *Frequency Response: 37-22kHz
1442686
It just amplifies what goes into it, the frequency response is pretty flat unless you change the EQ switch, and even then it's only a very slight increase in the 20-40 Hz range.
537042
I believe 120 Hz . It's hit or miss from what I've read. Mine dims slightly at 120hz . But 96 Hz is fine. It seems to vary between units.
148064
The speaker has a 1700hz high frequency cross over. Not much response below that range. That would be classified as mid-range frequency. Most center channel application is voice range and above
1614140
Specs. SPL 110 (+/- 3dB) @ 1KHz @ 1 mW Input. Freq. Response 18Hz - 22KHz. Rated Input 10 mW. Impedance 32. Dynamic 40mm Dynamic Driver w/ Neodymium magnet. Hope this helps. ...Blessings!!!.
1636605
The nominal impedance is 8 ohms. As a note, the impedance is 4 ohm up to ~70Hz, which it climbs up to 12 ohms at 100 Hz and soon drops back down to 4 ohms at 200 Hz, then does the slow climb to ~9 ohms around 5-6kHz, and trends slowly to 4 Ohms again for the rest of the audible range. If you're just looking to see if this speaker can work for you, don't worry about the nominal impedance. If it isn't a completely off-the-wall audio setup and you're going to be listening at below 100dB levels, you won't hear any distortion (unless you're a Labrador) and you won't cause the receiver to run too hot. The nominal impedance is 8 ohms. As a note, the impedance is 4 ohm up to ~70Hz, which it climbs up to 12 ohms at 100 Hz and soon drops back down to 4 ohms at 200 Hz, then does the slow climb to ~9 ohms around 5-6kHz, and trends slowly to 4 Ohms again for the rest of the audible range. If you're just looking to see if this speaker can work for you, don't worry about the nominal impedance. If it isn't a completely off-the-wall audio setup and you're going to be listening at below 100dB levels, you won't hear any distortion (unless you're a Labrador) and you won't cause the receiver to run too... » Read More The nominal impedance is 8 ohms. As a note, the impedance is 4 ohm up to ~70Hz, which it climbs up to 12 ohms at 100 Hz and soon drops back down to 4 ohms at 200 Hz, then does the slow climb to ~9 ohms around 5-6kHz, and trends slowly to 4 Ohms again for the rest of the audible range. If you're just looking to see if this speaker can work for you, don't worry about the nominal impedance. If it isn't a completely off-the-wall audio setup and you're going to be listening at below 100dB levels, you won't hear any distortion (unless you're a Labrador) and you won't cause the receiver to run too hot. « Show Less