A 3 × 3 PCTs based integrated transformer built with printed circuit board windings was designed for a three-phase CLLC (3 PCLLC) resonant converter, which integrates three primary
Get Quote
Due to the enormous cost pressure in the development of automotive power electronic systems, a high degree of integration on a system level and cost-effective production of the individual
Get Quote
Going through the Phase Modular Systems (Delta & Y converters), the winning topology is the «Vienna rectifier», in several minor variants, taking advantage of multi-level approach: low input current ripple,
Get Quote
Recently, there are several studies on three-phase single-stage WPT solutions being proposed to reduce power conversion stages, and furtherly increase overall efficiency and reduce system cost. In
Get Quote
With the help of system-level power management, this converter has been integrated and modularized to create a DC distribution power system.
Get Quote
The proposed converter and the control system are validated through simulation for all power modes. The simulation results reveal that the proposed
Get Quote
Control (2) Control Objectives: PFC Operation, DC-Link Voltage and Average Speed Control Implemented in Cascaded Fashion Based on Grid Power Feedforward and Inner Current Control
Get Quote
A novel integrated DC-DC converter is proposed for the first stage of two-stage grid connected photovoltaic (PV) systems with energy storage
Get Quote
This paper proposes an improved control for an integrated active power decoupling in a single-phase power factor correction flying capacitor topology. In a bridge rectifier, the distorted current is a major
Get Quote
This paper proposes a power decoupling three-port converter to integrate the on-board charger and on-board auxiliary power module. A shared switching leg is employed to provide an extra degree of
Get Quote
Motor-Integrated Power Factor Corrected Single-to-Three-Phase AC/AC Converter Concepts Michael Haider, Dominik Bortis, Jonas Huber, Johann W. Kolar
Get Quote
Three-phase ac–dc converters are more commonly used for high-power applications compared with single-phase converters. For high-power wireless power transfer (WPT) applications,
Get Quote
This paper presents a novel three-level, three-power-channel hybrid DC/DC converter tailored for renewable energy-based medium-voltage DC (MVDC) systems.
Get Quote
The solution integrates a bridgeless interleaved totem-pole PFC converter and a DC-DC isolated half-bridge LLC converter, achieving a power density of 98 W/in3 and an efficiency level of 97.64% at 265
Get Quote
This paper proposes a non-isolated three-port converter which integrates the input port, battery port, and load port into one converter for renewable energy applications. The coupled
Get Quote
Originated from the high power-density switched capacitor topology, a nonisolated switching-capacitor-integrated three-port converter (SCI-TPC) is presented to achieve single-stage
Get Quote
Compared to two-stage and most integrated hybrid converters, the proposed converter leverages the LLC channels operating at a fixed resonant frequency to efficiently transfer the main
Get Quote
This article proposes a novel primary-side control dc/ac converter, called a three-phase integrated boost multilevel converter (TP-IBMC), along with a new modulation scheme, called a three-phase two-state
Get Quote
This paper introduces a non-isolated DC-DC converter for achieving ultra-high step-up (UHSU) voltage conversion with the use of a two-winding
Get Quote
Integrated on-board charger (IOBC) provides simultaneous charging to the traction high-voltage battery and the auxiliary low-voltage battery of an electric vehicle. Owing to the advantages of electrical
Get Quote
The ITPC is usually integrated into an individual converter such as forward, push-pull, full bridge, and Flyback converters . The ITPC utilizes the triple active bridges (TAB) with inherent features of
Get Quote
The presented three-port DC/DC converter topology is particularly cheap to implement in hardware, since all magnetic components can be built with PCB-integrated windings, which makes
Get Quote
The solution incorporates a bridgeless interleaved totem-pole PFC converter and a DC-DC isolated half-bridge LLC converter, achieving efficiency levels of 97.4 percent at 230 VAC and 97.1 percent at 180
Get Quote
This paper compares two- and three-level AC/DC converters for three-phase industrial applications, focusing our analysis on two-level, T-type, active neutral point clamped (ANPC), neutral point
Get Quote
This study presents a non-isolated DC-DC converter that achieves a significant voltage boost using a three-winding coupled inductor and a single power switch. The design effectively reaches a high
Get Quote
In and , a two-stage bi-directional converter consisting of a 3PCLLC converter and a four-phase interleaving buck converter with planer
Get Quote
Multiport converters gain prominent importance in electric vehicle (EV) and DC micro-grid applications for their capability to integrate multiple renewable power sources and energy storage
Get Quote
Digital controller for power conversion with ST SMED concept 6 PWM based on ST SMED (state machine event driven) 96MHz PLL Integrated 8 bit core ADCs up to 8 channels
Get QuoteContact us for competitive quotes on any of our fiber optic and telecom products
Get a Quote