30results about How to "Suppress abnormal fluctuations" patented technology

The invention discloses a three-end integrated voltage-stabilized inverter system based on a pulse width modulation circuit. The three-end integrated voltage-stabilized inverter system is characterized in that the three-end integrated voltage-stabilized inverter system is mainly composed of an inverter chip U1, a transformer T, a triode VT1, a polar capacitor C2, a polar capacitor C19, a polar capacitor C18, a resistor R14, a three-end integrated voltage stabilizing circuit, a voltage detecting circuit, a pulse width modulating circuit and a voltage-controlled oscillation circuit. The three-end integrated voltage-stabilized inverter system can improve voltage resistance and dynamic range after inversion and furthermore can control intermediate zero offset of voltage current after inversion within 0.5 nA, thereby ensuring high stability of output AC voltage. Furthermore the three-end integrated voltage-stabilized inverter system can reduce leakage current and loss current of the voltage current in inversion and furthermore can suppress abnormal fluctuation of the output current, thereby improving loading capability of the system, namely the loading capability is 80-95% of a rated load.

The invention discloses a three-terminal voltage-stabilizing inverter power supply used for charging and based on a voltage detection circuit. The three-terminal voltage-stabilizing inverter power supply is mainly formed by a control chip U2, a transformer T, a diode rectifier U1, a bidirectional switch S, a storage battery J, a polar capacitor C1, a polar capacitor C13, a polar capacitor C12, a polar capacitor C11, a voltage detection circuit, a three-terminal voltage stabilizing circuit, a boost adjusting circuit and a nonlinear amplifying circuit and the like. The boost adjusting circuit is connected with a CHRG1 pin, a CHRG2 pin and a PROG pin of the control chip U2, and the nonlinear amplifying circuit is connected with the boost adjusting circuit, a a contact of the bidirectional switch S and a primary side inductance coil of the transformer T. The three-terminal voltage-stabilizing inverter power supply used for charging and based on the voltage detection circuit can eliminate or restrain interference surge in the output current, the ability of the three-terminal voltage-stabilizing inverter power supply to restrain the pulsation of the output current can be effectively improved, and the output current can keeps stable.

The invention discloses a high-stability type driving power supply for a cruise system based on a multielement self-sensing technology. The high-stability type driving power supply mainly comprises a regulation chip U2, a diode rectifier U1, a triode VT1, a triode VT2, a polar capacitor C3, a diode D2, a pulse adjustment circuit, a voltage detection circuit, a constant current driving circuit, a comparison amplifying circuit, a micro-processing circuit and the like, wherein the comparison amplifying circuit is connected between a CS pin and a VM pin of the regulation chip U2 in series; and the micro-processing circuit is connected between the collector electrode of the triode VT1 and the constant current driving circuit in series. By adoption of the high-stability type driving power supply, the leakage current and loss current of the output current can be effectively lowered; magnetic biasing generated by imbalanced driving waveform of the output voltage can be suppressed or eliminated; the output driving voltage and a reference voltage can be kept consistent; and the output voltage can be more stable and accurate, so that it is ensured that the high-stability type driving power supply can output stable voltage and current.

The invention discloses a multielement self-sensing technology-based driving power supply for a cruise system. The multielement self-sensing technology-based driving power supply mainly comprises a regulation chip U2, a diode rectifier U1, a triode VT1, a triode VT2, a polar capacitor C3, a diode D2, a voltage detection circuit, a constant-current driving circuit, a micro-processing circuit which is connected between the collector electrode of the triode VT1 and the constant-current driving circuit, and the like. By adoption of the multielement self-sensing technology-based driving power supply, the leakage current and loss current of the output current can be effectively reduced; and bias magnet generated by an output voltage due to imbalanced driving wave can be suppressed or eliminated, so that the output driving voltage and a reference voltage can be kept consistent, and the output voltage can be more stable and accurate, thereby ensuring that the multielement self-sensing technology-based driving power supply can output stable voltage and current.