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iPico is totally non invasive and does not change or interfere with the harmony of the body or its functioning
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iPico |
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iPico ELECTRONIC SCIENCE Its digital to analogue converter has a dual-channel, 1.2-GSPS (giga-sample-per-second), 16- Other complementary parts include the low-voltage differential signaling interface with an eightword- deep FIFO memory that supports a maximum sample-data-input-rate of 1.2 GSPS and 600 MSPS (mega samples per second). This constitutes high-performance conversion technology required to bridge the analog and digital worlds. iPico is a low power ultra low noise device that needs to be powered from within itself not from The iPico has hundreds of ways of eliminating noise making it the world’s leader in high performance signal processing. Without getting too technical, we will list some of the ways in which iPico eliminates noise to establish a biologically compatible bio resonant signal. 1. Differential Output. When both wires are active the noise that is coming in on one wire is cancelled out by the noise coming in from the other wire. 2. Ultra low noise power supply. This is necessary because it you do not have a low noise power 3. Use of high quality low noise electronics. 4. Original handmade board PCB layout. 5. Optimized filtering which means that any noise in the system is immediately filtered out. 6. At the front of the iPico machine there is a quite large XLR connection which is what microphones and audio equipment uses to eliminate noise. Additionally, it has a small latch that 7. The iPico output is not referenced to ground. There is no ground leakage. For example if 8. Common node of rejection. In the iPico voltage output is always different because of its IELLIOS DDS has advances in design and process technology being very compact and drawing little power. Why would one use a direct digital synthesizer (DDS)? Aren’t there other methods for easily generating frequencies? The ability to accurately produce and control waveforms of various frequencies and profiles has become a key requirement of lowphase- noise variable-frequencies with good spurious performance for bio communications. The iPico DDS technique an generate programmable analog output waveforms simply and with high resolution and accuracy. For example, a DDS produces a sine wave at a given frequency. The frequency depends on two variables, the reference-clock frequency and the binary number programmed into the frequency register (tuning word). The binary number in the frequency register provides the main input to the phase accumulator. The phase accumulator computes a phase (angle) address for the look-up table, which outputs the digital value of amplitude— corresponding to the sine of that phase angle—to the DAC. The DAC, in turn, converts that number to a corresponding value of analog voltage or current. To generate a fixed-frequency sine wave, a constant value (the phase increment—which is determined by the binary number) is added to the phase accumulator with each clock cycle. If the phase increment is large, the phase accumulator will step quickly through the sine look-up table and thus generate a high frequency sine wave. If the phase increment is small, the phase accumulator will take many more steps, accordinglygenerating a slower waveform and so on... All iPico sales are final. No returns, no exchanges and no refunds are allowed for the iPico. Upgrades are not considered exchanges and are excluded from this rule. This policy has been in effect for all our devices since September 2nd, 2002. |
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