The looks is ... i lost my breath.....
Hi Sonnya
Thanks for the complement
I am very happy you like it.
An externally hosted image should be here but it was not working when we last tested it.
An externally hosted image should be here but it was not working when we last tested it.
110 Watts RMS continuous sine wave into 8 Ω
180 Watts RMS continuous sine wave into 4 Ω
Biased into Class A/B
Power Bandwidth 3.5hz to 600khz -3dB
Slew Rate = 80v / microsec approximately
Dampening Factor At 100hz 8Ω = 800
Dampening Factor At 1khz 8Ω = 650
Dampening Factor At 10khz 8Ω = 250
RCA Single ended Input impedance 33kΩ
Single Ended Input Gain = 30.6dB
THD+N @ 1khz 0.0045%
THD+N @ 10khz 0.009%
SNR -105dB
Recommended Linear Voltage Supply +-50 volts DC
Cheers
Anthony
Aussie Amplifiers
Last edited:
Looks nice
It is possible to attach THD harmonic components graph?
Hi Supernet
I don't have the capability to produce the kind of graphs that an audio precision analyzer can do, but I might be able to output a basic frequency spectrum graph from my tektronics digital CRO if that would help?
Cheers
Anthony
Hi Sadface
Yes the power supply is built in to the main PCB and all that is required
is a power transformer to power it and a suitable heat sink to mount it on.
The recommended power transformer is 300VA toroidal core with 2 x 35VAC secondary windings.
The recommended heat sink would be a Conrad MF25-50 or something of similar
surface area.
I hope this helps
Cheers
Anthony
Last edited:
Hi Duncan
Yes I can supply the transformers and heats sinks.
The recommended transformer for the nxV101 is a 300VA core with 2 x 35vac secondary windings.
The heat sink would be a Conrad MF30-50
The pricing I would need to get some up to date pricing to give you
an accurate quote.
I hope this helps Duncan.
Cheers
Anthony
- Status
- This old topic is closed. If you want to reopen this topic, contact a moderator using the "Report Post" button.