Quote:
Originally Posted by
OwlAndTanager 
Looks pretty good. Any reason to get this over the solo (sounds pretty great)
I wouldn't be able to buy it from the site, paypal is a pain, hopefully jaben can order it in
Are you in the USA?
Here is the power out for the flagship Graham Slee Solo Ultra Linear
Power output: (rms, both channels fully driven at 1% THD)
32 Ohms: 140mW/channel; 600 Ohms: 30mW/channel
Here is the power spec for the Violectric V100 (3rd column)
As you can see the Violectric V100 is up to 12 times more powerful than the Graham Slee.
At 300ohms for your HD650 (not specified but you can guesstimate) there is going to be a lot
more power on offer. Not to mention voltage output which the HD650 can use, Graham Slee
do not publish their figures.
Dual headphone outs are handy too on the V100 ~ grab another headphone and you can share
with a friend at the same time.
TECHNICAL DATA
| |
HPA V90
|
HPA V100
|
HPA V181 |
HPA V200 |
| Unbalanced Inputs |
2 |
2 |
2 |
2 |
| Balanced Inputs |
0 |
(2) |
(2) |
(2) |
| Impedance |
10 kOhms |
10 kOhms |
10 kOhms |
10 kOhms |
| Unbalanced Outputs |
2 |
(2) |
(2) |
(2) |
| Balanced Outputs |
0 |
0 |
0 |
0 |
| Number of Channels |
2 |
2 |
2 |
2 |
| Nominal Input Level |
+6 dBu |
+6 dBu |
+6 dBu |
+6 dBu |
| Amplifier Gain |
8 dB |
8 dB |
8 dB |
8 dB |
| ... with Pre-Gain |
-4/+2/+8/+14/+20 dB |
-4/+2/+8/+14/+20 dB |
-4/+2/+8/+14/+20 dB |
-4/+2/+8/+14/+20 dB |
| Frequency Range (-0,5 dB) |
5 Hz - 60 kHz |
5 Hz - 60 kHz |
5 Hz - 60 kHz |
5 Hz - 60 kHz |
| Damping Factor (in 50 Ohm Load) |
300 |
400 |
250 |
800 |
| Dynamic Range (A-wtd) |
126 dB |
128 dB |
128 dB |
128 dB |
| Noise (A-wtd) |
-102 dB |
-100 dB |
-100 dB |
-100 dB |
| THD+N @ 10V / 100 Ohms (1W) |
-108 dB |
-109 dB |
-108 dB |
-110 dB |
| THD+N @ 4V / 32 Ohms (0,5W) |
-102 dB |
-103 dB |
-109 dB |
-103 dB |
| Crosstalk @ 1 kHz |
-110 dB |
-115 dB |
-115 dB |
-110 dB |
| Crosstalk @ 15 kHz |
-90 dB |
-95 dB |
-100 dB |
-95 dB |
| Output Voltage in 600 Ohms |
20,9 V |
19,6 V |
20,2 V |
18,5 V |
| Output Power in 600 Ohms |
730 mW |
640 mW |
680 mW |
570 mW |
| Output Voltage in 100 Ohms |
15,2 V |
14,5 V |
16,6 V |
14,8 V |
| Output Power in 100 Ohms |
2300 mW |
2100 mW |
2700 mW |
2200 mW |
| Output Voltage in 50 Ohms |
9,4 V |
10,5 V |
10,2 V |
11,6 V |
| Output Power in 50 Ohms |
1780 mW |
2200 mW |
2100 mW |
2700 mW |
| Output Voltage in 32 Ohms |
6,4 V |
7,4 V |
7,9 V |
8,0 Veff |
| Output Power in 32 Ohms |
1300 mW |
1700 mW |
1950 mW |
2000 mW |
| Output Voltage in 16 Ohms |
3,0 V |
3,5 V |
4,5 V |
4 Veff |
| Output Power in 16 Ohms |
550 mW |
780 mW |
1250 mW |
1000 mW |
| Number of Outputs |
2 |
2 |
2 / 1 |
2 |
| Power Supply |
230 / 115 V |
230 / 115 V |
230 / 115 V |
230 / 115 V |
| Power Consumption |
7 VA |
10 VA |
10 VA |
10 VA |
| Dimensions (WxHxD) mm |
170x49x126 |
170x49x225 |
170x49x225 |
170x49x225 |
Edited by Gwarmi - 11/28/11 at 1:51am