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4 results about "Skew" patented technology
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Skew is a term used in antenna engineering. It is a technique to improve the horizontal radiation pattern of a high power transmitter station. In a high power VHF or UHF station, usually the antenna system is constructed to broadcast to four directions each separated 90° from each other. So the directivity of the antenna system resembles a four leaf clover. While settlements within the main lobe receive enough energy, the energy received by the settlements between the main lobes may be 6 dB less.
Parallel signal transmission system
The present disclosure is a parallel signal transmission system comprising: a transmission device that transmits a parallel signal by using a wavelength-multiplexed signal; a reception device that receives the wavelength-multiplexed signal from the transmission device and outputs the parallel signal; and a wavelength switching unit that is connected between the transmission device and the reception device and that changes at least one of the transmission wavelengths of the parallel signal so as to reduce the skew of the parallel signal in the reception device.
Owner:NT T INC
Composite cable
To provide a composite cable with a small outer diameter and reduced skew. [Solution] The composite cable 1 comprises a bundled core 3 formed by twisting together multiple stranded wires 2 in multiple layers, and a sheath 6 that covers the bundled core 3. The bundled core 3 includes multiple types of stranded wires 2, and the stranded wires 2 include quad stranded wires 21 formed by twisting together two pairs of differential signal lines 210 that transmit differential signals, and multiple quad stranded wires 21 are included in one layer of the bundled core 3.
Owner:PROTERIAL LTD
Divider circuit
PendingUS20260149453A1Pulse automatic controlCounting chain synchronous pulse countersDividing circuitsHemt circuits
A divider circuit is disclosed. The divider circuit includes a pair of differential latch circuits. The divider circuit receives complementary clock signals as a pair of differential signals. The divider circuit generates frequency divided signals based on the complementary clock signals, inverted versions of the complementary clock signals, and input signals. The frequency divided signals may be substantially ripple-free. Further, the frequency divided signals remain substantially ripple-free in a presence of the skew between the complementary clock signals.
Owner:NXP BV