Analysis Plus "Power Oval 2" Power Cable
Product Description
The Power Oval 2 has a new braid design on the shield and the size has increased to 10 gauge.
According to literature, transient noise voltages in power distribution systems are produced by sudden changes in current demand. A low impedance transmission line design, such as that used by Analysis Plus Power Cord Oval cable, is recommended to minimize this noise. The current carrying conductors are then surrounded with a shield to prevent pick-up of high frequency noise. Terminated with WattGate connectors.
Why You Need the Power Oval
When people design power cords they use massive cable to reduce the noise voltage on the cable. The noise voltage that occurs on the cable is related to L (inductance) and di/dt (the rate of change in the current). You can reduce L by using larger gauge wire but you don't get much bang for your buck because it is a log function. What this means is that as you keep increasing the gauge of the wire you do not get much improvement for your effort. This is why you see people using very heavy and stiff wires in power cords. I have seen some power cords that are so big and stiff that the CD player connected to them is lifted off the ground.
What they have done at Analysis Plus is use computer simulation to optimize the design of a power distribution system. What was discovered is their patented hollow oval design provides a low L cable without having to use stiff and bulky cables. Our cables have a super low noise voltage to reduce the background noise to a minimum. This is extremely important during quiet passages, if you want to hear subtle details (this is very important for classical music fans and for other lovers of live music).
The other thing people don't realize about low frequency noise is that the thin aluminum shield found on many power cords does nothing to reduce this problem. The best way to reduce low frequency noise on cables is to reduce loop area. From their computer simulation and measurements they found their patented hollow oval cables do a great job at this. They have the lowest noise voltage we have seen with their hollow oval design.
For higher frequencies our silver-plated copper braided shield does a great job. They used an open braid design that works much like the window on your microwave oven. You can see through the window but the radiation stays where it belongs.
According to literature, transient noise voltages in power distribution systems are produced by sudden changes in current demand. A low impedance transmission line design, such as that used by Analysis Plus Power Cord Oval cable, is recommended to minimize this noise. The current carrying conductors are then surrounded with a shield to prevent pick-up of high frequency noise. Terminated with WattGate connectors.
Why You Need the Power Oval
When people design power cords they use massive cable to reduce the noise voltage on the cable. The noise voltage that occurs on the cable is related to L (inductance) and di/dt (the rate of change in the current). You can reduce L by using larger gauge wire but you don't get much bang for your buck because it is a log function. What this means is that as you keep increasing the gauge of the wire you do not get much improvement for your effort. This is why you see people using very heavy and stiff wires in power cords. I have seen some power cords that are so big and stiff that the CD player connected to them is lifted off the ground.
What they have done at Analysis Plus is use computer simulation to optimize the design of a power distribution system. What was discovered is their patented hollow oval design provides a low L cable without having to use stiff and bulky cables. Our cables have a super low noise voltage to reduce the background noise to a minimum. This is extremely important during quiet passages, if you want to hear subtle details (this is very important for classical music fans and for other lovers of live music).
The other thing people don't realize about low frequency noise is that the thin aluminum shield found on many power cords does nothing to reduce this problem. The best way to reduce low frequency noise on cables is to reduce loop area. From their computer simulation and measurements they found their patented hollow oval cables do a great job at this. They have the lowest noise voltage we have seen with their hollow oval design.
For higher frequencies our silver-plated copper braided shield does a great job. They used an open braid design that works much like the window on your microwave oven. You can see through the window but the radiation stays where it belongs.
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