TKTKMM OPTICSPHOTONICS SYSTEMS Request a Quote

Power Rectification in Communication Systems

Telecom rectifiers play a pivotal role in maintaining the functionality of communication systems. Some applications require the highest possible power effi-ciency. For example, in a harsh environment that requires a DC/DC power supply to operate in high ambient temper-atures, low-power dissipation is needed to keep the junc-tion temperature of semiconductor devices within their rated range. Without them, energy inefficiencies and power disruptions could compromise. Abstract—This paper introduces a communication-free series-series (SS) inductive power transfer (IPT) system designed for electric vehicle (EV) charging, featuring three key advantages: 1) exceptional power regulatability adapting...

Resonant Capacitor Voltage Based 85-kHz 3-kW Synchronous

Abstract—A wireless power transfer (WPT) system has been considered to be applied to various charging applications. Con-version efficiency is one of the important factors and is in need of

Understanding Voltage Rectification: Principles and

Explore the essential principles of voltage rectification and its applications in electronic systems. ⚡ Understand diverse methods & advancements in circuit

Optimizing power system restoration with damaged communications

In this paper, we analyze the impact of failed communications systems on power system restoration following an electrical disturbance. We jointly optimize power system re-energization

Communication-Free Rectification Control of SS Inductive EV

Abstract—This paper introduces a communication-free series-series (SS) inductive power transfer (IPT) system designed for electric vehicle (EV) charging, featuring three key advantages: 1

Communication-Free Rectification Control of SS Inductive EV

All the functions are achieved by the vehicle-side active rectifier without the involvement of grid-sided converters, consequently removing the dual-sided communication and the front/back

Synchronous rectification boosts efficiency by reducing power loss

To evaluate the benefits of synchronous rectification, each application is tested with a real circuit to compare efficiency and power loss. The TPS43060/61 synchronous boost controllers from Texas

Optimal Power Allocation of Receiving Antenna for Rectification

In the planar array-based wireless power transfer (WPT) system, the rectifier array suffers from low efficiency when the receiving antenna is under Gaussian rad

A Method for Improving Radio Frequency Rectification

Present radio frequency (RF) rectifiers usually suffer from poor power conversion efficiency (PCE) at low-resistance loads, and the currently proposed

A Novel Rectification Efficiency Optimization Method of Receiver for

To address the problem, this article proposes a novel method for optimizing receiver of the MWPT system. Firstly, a self-switching rectifier is proposed, which can achieve adaptive

Recent development of RF-to-dc rectifying technologies for wireless

In this paper, we aim to summarize the recent development of radio-frequency (RF)-to-dc rectifying circuits designed for microwave power transfer (MPT) systems. First, we review the history

3.2: Rectification

3.2.4: Full-wave Rectification An improvement on half-wave rectification is full-wave rectification. Half-wave rectification is inefficient because

An Active-Rectification Based Communication Free Inductive Power

In this paper, an inductive power transfer system for battery charging applications are proposed to achieve output regulation by only secondary-side control without the wireless communication.

Highly efficient high-power rectenna techniques

In this paper, rectenna techniques for high-efficiency and high-power operation are discussed. At first, harmonic reaction inductive high-impedance antennas implemented with all of RF circuit

The Role of Rectifiers in Power Electronics: A Short

The goal is to provide a comprehensive understanding of rectifiers, covering everything from their fundamental functions to their vital significance in

Optimization of series-series compensated wireless power transfer

This paper focuses on the operational analysis of wireless power transfer (WPT) system, while the topology of the secondary side rectifier represents the main element, for which the

Challenges and Solutions to Passive Rectification in Multi-MHz

This paper presents challenges and solutions to implementing a passive rectifier in a high-frequency capacitive wireless power transfer (WPT) system suitable for electric vehicle (EV) charging. For this

Communication-Free Rectification Control of SS Inductive EV

In summary, when achieving high power regulatability, high misalignment tolerance, and bidirectional power transfer capability, the proposed design avoids the usage of additional DC/DC...

A Novel 24-Pulse Rectification System

A novel autotransformer configuration for 24-pulse rectification is proposed that not only maintains the desired power quality but also enables a reduction in autotransformer equivalent power

An Active-Rectification Based Communication Free Inductive Power

Inductive Power transfer (IPT) is rapidly developed for power conversion to batteries because of its high convenience, high safety and low operation cost. However, the output regulation

Synchronous Rectification for High-Speed Resonant Wireless Power

A synchronous rectifier (SR) for efficient and compact wireless power transfer (WPT) in applications involving variable coupling, variable load, and lower voltages, e.g., 60 V or less, is presented. The

Rectifier

Rectifier circuits Rectifier circuits may be single-phase or multi-phase. Most low power rectifiers for domestic equipment are single-phase, but three-phase rectification is very important for industrial

A Method for Improving Radio Frequency Rectification

Because of the interaction between the internal blocks of an RF energy harvesting (RFEH) system, sizing a rectifier only for high power

(PDF) Communication-Free Rectification Control of SS

This paper introduces a communication-free series-series (SS) inductive power transfer (IPT) system designed for electric vehicle (EV) charging,

Still Have a Technical Question?

Our team can help review your component selection.

Ask Our Team