The oscillator has an electron beam generator generating a linear electron beam, a beam collector, and a folded waveguide.

The sweep can be done by hand, or electronic random-sweep, or by electronic linear sweep.

A linear electron beam tube comprises an electron gun (10) having a cathode and (12) a grid (13), and an anode (27) arranged in a first portion (24) of a drift tube (22).

An electronic circuit provides a linear output from a nonlinear transmission device.

An electronic circuit provides a substantially linear output from a nonlinear transmission device such as a laser.

Sensor device including at least one sensor and one self-oscillating chaotic electronic non linear dynamic circuit and one evaluation device coupled to the electronic non linear dynamic circuit.

  Thus, the linear light source which can detect abnormalities such as breakage of the linear material and an electronic apparatus provided with the linear light source are provided.

The invention also relates to an electronic device comprising such a linear regulator.

An electronically scanned antenna system having a linear array of endfire elements (12).

The present invention relates to an electronic device for power efficient linear amplification.

The oscillator has an electron beam generator generating a linear electron beam, a beam collector, and a folded waveguide.

The linear vibration is propagated through at least one mechanical or electronic amplitude transforming unit (5), whereby generated high-frequency or ultra-sound amplitude is transformed into a linear vibration.

An electronic linear motor particularly for use with loudspeakers includes first and second annular counterfacing air gaps centered on a motor axis.

An electronic control device (50) controls the throttle in a non-linear manner depending on set values.

The electronic component handler includes a linear bearing having a test accessory mounted to it.