|
Frequency
Characteristic
|
10GHz
(100,000 times higher than existing ones)
|
|
Transmission
Speed
|
The
same as above (As fast as that of optical cables:The highest
speed in capacitors)
|
|
Impedance,
E.S.R.characteristic
|
Very
low (Reduced to 1/10)
|
|
Noise
Value
|
-174db
(Reduced to 1/1000, the world record)
|
|
Phase
Characteristic
|
Perfectly
accurate even in digital satellite broadcasting
|
|
Operating
Temperature
|
-40℃
to +85℃ (Hardly rises due to no ion consumption)
|
|
Life
Span
|
Almost
permanent (25 to 30 years)
|
| ■The
Idling Process |
When
a Black Gate capacitor mounted on an electronic device is
actuated, its electrodes are gradually activated as signal
current runs into them, and typical non-linear and phase
distortion characteristics decrease a great deal while the
power transfer efficiency improves significantly. This“idling
process”takes about 30 hours as a standard level to demonstrate
to the best of Black Gate ability, and the time required
varies according to its capacity, voltage, and signal level.
Once this process is completed, the effect continues as
long as the capacitor is kept at the same place or the operating
environment does not experience a change. The effect has
been proved with all types of electronic equipment: Analog,
digital and high-frequency ones. Please note that the“idling”totally
differs from“aging”, which applies a direct current voltage
without giving signals(Refer to Jelmax Technical Report
No.47 for detail) . |
| Japanese
Patent: |
No.1,368,245;
1,662,570; 2,606,771 |
| U.S.Patent:
|
No.4,345,302;
5,057,972; 5,379,181 |
| German
Patent: |
No.2,900,742 |
| Trade
Mark: |
No.1,601,800;
1,601,801; 2,503,956; 3,132,300 |
|
Table
2:
Distortion
Characteristics of Capacitors |
Table
3:
Frequency
vs.Impedance and E.S.R. Characteristics
（Black Gate N） |
|
