T w o major impairments of mobile radio communication systems are interference from other users and multipath fading.
The frequency of an InGaAsP DFB laser has been locked to the 2p sub (10) - 3d sub 5 transition of Argon atoms at 1.2960microns using the optogalvanic signal obtained from a commercial miniature gl
The frequency of an InGaAsP DFB laser has been locked to the 2 sub p10 - 3d sub s transition of Krypton atoms at 1.5339 microns using the optogalvanic effect.
A description of a crystal controlled, reactor-valve modulated f.m. transmitter of conventional design. The unit can provide r.f. output powers of 1, 3, 10, 20 or 50 kW in the range 88-108 Mc/s.
Frequency-Modulation: Theory of the Feedback Receiving Circuit By JOHN R. CARSON T H I S paper m a y be regarded both as a continuation of a prior one by the writer and Thornton C.
We demonstrate a novel measurement technique that uniquely identifies the power spectral densities of signal, signal-signal-beat interference, and noise in direct-detection receivers.
Mode-locking of single-section Fabry-PeÌrot lasers based on InAs/InP quantum dashes is studied by second-harmonic generation frequency-resolved optical gating (SHG-FROG).
This paper describes and demonstrates a full-field (amplitude and phase) optical waveform measurement technique which utilizes interferometry, frequency-to-time mapping, and four-quadrature coheren
The thermal management of electronics is becoming an increasing concern as industry continues to simultaneously push performance while shrinking the size of electronic devices.
Multi-user full duplex (FDX) transmission is instrumental to provide sufficient coverage and reach for the multi-gigabit data rates targeted by MGfast.
