The input of the load oscillating circuit connects to the output of the oscillation drive circuit.
The electronic circuit assembly excites the oscillating circuit and determines characteristic oscillation parameters of said oscillating circuit.
The invention relates to an oscillating circuit having an analog oscillating element (SE).
The first oscillating circuit (331) and the second oscillating circuit (322) operate in response to the instructions from a CPU (100).
This oscillating circuit comprises a capacitor (17).
The oscillation circuit (22) includes a varactor (23) assuming an oscillation circuit of Kolpitz type.
The antenna includes a power feed terminal and an oscillation circuit.
A doubler circuit (61) is connected between the output of the oscillation circuit (1) and a microcontroller circuit (69) or a frequency dividing circuit (2) is connected between the circuit (1) and a data receiving circuit (3).
The analog/digital converter includes an oscillation circuit(401) and a counter circuit(402).
The oscillation circuit (14) is constructed from operational amplifiers (16-18).
The second oscillator circuit is substantially similar to the first oscillator circuit.
The first circuit (18) is embodied in the form of an LC oscillator circuit.
A temperature compensation circuit is coupled to the oscillator circuit.
The tunable oscillator circuit also includes a 90 degree phase shift buffer coupled to the LC tank and a transconductor.
A tunable oscillator circuit is disclosed.
The oscillatory circuit consists of a precharged capacitance (3), and inductance (4) and a switching element (5).
The primary circuit and each of the secondary circuits are tuned individually so that each of them comprises an oscillatory circuit with coinciding resonance frequencies.
The invention relates to an oscillator circuit configuration comprising in an LC-parallel oscillatory circuit and a transistor as an amplifying element.
The ignition system comprises a main circuit consisting of an oscillatory circuit with a capacitor and a coil, which is linked by a transformer to a secondary circuit with a spark plug mounted thereon.
A piezoelectric transducer (33) mounted inside the transducer housing is connected to the circuitry to form an oscillatory circuit.
The electrical energy source is an alternating current source and the monitoring device comprises a resonant circuit and an evaluation device for the evaluation of the resonance produced in the resonant circuit.
The varactor element forms part of a tank circuit.
According to the invention, the resonant circuit converter (WR) of the frequency converter takes the form of a series resonant circuit converter.
An oscillating circuit with linear gain is presented.
When the planar coils are each part of an L.C. tuned circuit resonance frequencies and damping of said tuned circuit are affected.
In accordance with the detection of predetermined conditions, the oscillation of the oscillating circuit of the clock unit is halted, and the oscillating circuit is transitioned into an oscillating state during the next time of being powered on.
A ring oscillating circuit (1) is composed of a delay circuit (2) and a one-shot multivibrator (3).
One RFID detection system includes a detection circuit that includes an oscillating circuit.
A second oscillating circuit (12) in the data medium (10) is inductively coupled with the first oscillating circuit (13) during at least a short time interval.
The invention relates to a method for control of a frequency converter, in particular, for generation of effective power for inductive heating, whereby a load tuned circuit is provided on the converter.
The oscillation circuit outputs continuous signals, which are inputted to the multiplication circuit.
During the reception mode, the oscillation circuit is stopped, thereby stopping the boosting circuit.
The resonant circuit (200) is adapted to the resonant frequency.
An impedance (CAR) is fed to an LC-oscillating circuit only in phases in order to adapt the resonant frequency (fR) of the oscillating circuit to the excitation frequency (fE).
The frequency changing circuit causes a second oscillating circuit to change the second frequency.
Requêtes fréquentes français :1-200, -1k, -2k, -3k, -4k, -5k, -7k, -10k, -20k, -40k, -100k, -200k, -500k, -1000k,
Requêtes fréquentes anglais :1-200, -1k, -2k, -3k, -4k, -5k, -7k, -10k, -20k, -40k, -100k, -200k, -500k, -1000k,
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