Decoupling (electronics)

About: Decoupling (electronics) is a research topic. Over the lifetime, 10395 publications have been published within this topic receiving 100706 citations. The topic is also known as: decoupling (electronics).

Three-point power converter and method of operating

Abstract: It is a three-point power converter having NPC diodes between the halves of the bridge and the center tap of the intermediate circuit proposed, in which a decoupling network (1) provided for the upper half of the bridge, whose first input is connected to the positive pole of the intermediate circuit, and its first output connected to the is connected to the positive pole of the three-point power converter. Further, a decoupling network (2) for the lower bridge half is provided, the second input to the negative pole of the intermediate circuit is located, and whose second output is connected to the negative pole of the three-point power converter. The other inputs of the decoupling networks (1, 2) are connected to the center tap (3) of the intermediate circuit. The other outputs of the decoupling networks are connected via the NPC diodes to the bridge halves. The decoupling networks (1, 2) the commutation voltage for the main switch (T¶11¶ ... T¶34¶) decoupled in the upper and lower bridge halves independently of the half the intermediate circuit voltage (V¶dc¶ / 2).

Charging controller and portable device utilizing the same

Abstract: The invention discloses a charging controller which comprises a printed circuit board, a first transmission interface, a second transmission interface and an identification integration circuit, wherein the identification integration circuit of the charging controller can be in identification decoupling with a second electronic device type of the second transmission interface, and a power supply in the charging controller, in decoupling with a first electronic device of the first transmission interface, can be charged into the second electronic device. The invention further provides a portable device utilizing the charging controller.

Novel transistor-less series power decoupling in conventional current source inverter for PV application

Abstract: This paper proposes a new series power decoupling method based on DC-DC flyback converter in conventional current source inverter (CSI) to reduced inherent power ripple with twice the line frequency in PV side without electrolytic capacitor (E-cap). Simple structure with low component count are the advantages of proposed topology. The proposed topology operation is theoretically analyzed and verified by PSIM software simulation.

Transient Voltage Decoupling Elements

Abstract: Premature and inexact timing of thyratron generators may occur during parallel operation of capacitor discharge circuits. Voltage transients which enter the trigger circuits can be eliminated by decoupling spark gaps. A simple, two electrode, spark gap with corona illumination is described. The low jitter of this gap allows its insertion in the output line of a 15 kV thyratron generator without changing the output performance of the generator.