Results 11 to 20 of about 363 (265)
On the Highly Stable Performance of Loss-Free Optical Burst Switching Networks
Advances in Electrical and Electronic Engineering, 2016 Increase of bandwidth demand in data networks, driven by the continuous growth of the Internet and the increase of bandwidth greedy applications, raise the issue of how to support all the bandwidth requirements in the near future. Three optical switching
Milos Kozak +2 more
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IET Power Electronics, 2023 Common inductor (CIM) and common capacitor (CCM) passive current‐sharing methods have the advantages of simple implementation and low cost. However, there is still a lack of detailed comparative research on the two methods, which makes researchers ...
Zhifeng Sun +5 more
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Soft switch-avalanche IGBT convertor
Electronics Letters, 1990 A full bridge dc-dc converter using a zero voltage and zero current switching technique is described. This circuit utilizes the characteristics of the IGBT to achieve power and frequency combinations that are much higher than those previously reported for this device.
K. Chen, T.A. Stuart
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IGBT convertor with active snubber for soft switching
Electronics Letters, 1991 This full bridge dc-dc convertor with IGBTs uses zero voltage switching (ZVS) for one leg of the bridge and zero current switching (ZCS) for the other. It is shown that an active snubber greatly improves the performance over previous methods. Experimental results are shown for a 6 kW circuit switching at 20 kHz.
B.J. Masserant, J. Shriver, T.A. Stuart
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IEEE Access, 2020 In recent decades, renewable energy has become an important part of the power generation field. In any renewable energy system, power converters form the dominant part, owing to their important role.
Laith M. Halabi +2 more
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Design of Optimal QFT Controller and Prefilter for Buck Converter Using Metaheuristic Algorithms
Modelling and Simulation in Engineering, 2018 A buck converter is a step-down switching regulator. Buck convertors are being widely used in industrial applications that rely on regulated output voltage under fluctuating input voltage.
Nitish Katal, Shiv Narayan
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New bilinear switched-capacitor immittance convertor circuit
Electronics Letters, 1980 A new switched-capacitor immittance convertor circuit is proposed which enables the conversion of the capacitive (n+1)-terminal networks into the corresponding bilinearly equivalent inductive (n+1)-terminal networks. The proposed immittance converter circuit requires only two operational amplifiers and five capacitors.
T. Inoue, F. Ueno
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Characteristic curves for analysing limit cyclebehaviour in switching convertors
Electronics Letters, 1999 The concept of characteristic curves (CCs) for analysing the behaviour of limit cycles in elementary DC-DC switching converters is introduced. The CC is derived by considering opposite vector fields in the on and off configurations. Feedback regulated converters with PWM or hysteresis control are investigated using this approach.
L. Benadero +4 more
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Improved switched-capacitor algorithmic analogue-to-digital convertor
Electronics Letters, 1985 A novel switched-capacitor circuit is presented for algorithmic analogue-to-digital conversion. Besides the reduced component count, the proposed circuit shows that it can accept a differential analogue signal. A conversion accuracy higher than 12 bits is easily attainable with its integrated version.
H. Matsumoto, K. Watanabe
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Semiconductor loss calculation of DC–DC modular multilevel converter for HVDC interconnections
High Voltage, 2018 DC–DC modular multilevel converter (DC–DC MMC) is an attractive candidate for high-voltage DC (HVDC) interconnections since it can provide the required voltage matching, galvanic isolation and flexible power control abilities.
Shanshan Zhao, Yu Chen, Li Peng
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