It is usually difficult to find a solution that may deal with all of your corporate needs or provides you with correct instruments to handle document creation and approval. Picking a software or platform that includes important document creation instruments that simplify any process you have in mind is essential. Although the most popular format to use is PDF, you require a comprehensive platform to handle any available format, such as WPT.
DocHub helps to ensure that all of your document creation needs are covered. Modify, eSign, turn and merge your pages according to your preferences by a mouse click. Deal with all formats, such as WPT, efficiently and . Regardless of the format you start dealing with, it is simple to transform it into a needed format. Save tons of time requesting or looking for the appropriate file format.
With DocHub, you do not require additional time to get accustomed to our interface and modifying procedure. DocHub is undoubtedly an intuitive and user-friendly platform for anybody, even all those without a tech education. Onboard your team and departments and enhance document management for the organization forever. rework design in WPT, generate fillable forms, eSign your documents, and get things finished with DocHub.
Reap the benefits of DocHub’s substantial feature list and quickly work with any document in any format, including WPT. Save time cobbling together third-party platforms and stay with an all-in-one platform to boost your everyday procedures. Begin your cost-free DocHub trial subscription right now.
Hello everyone, my name is Ming Lu Today I am going to show you my research on wireless charging and the design of 3.3 kW wireless inductive power transfer system The application of my research is wireless charging for electric vehicles Specification of the designed system is shown in this table output power is 3.3 kW output DC voltage ranges from 300 V to 400 V input DC voltage is 400 V transferred distance is 10 cm the goal of the efficiency is larger than 95% The topology of the system is series-series topology which means the resonant capacitors are connected in series with the coils on the primary side and secondary side The system is analyzed with the simplified circuit model full bridge inverter with DC voltage source is modeled with a sinusoidal voltage source passive rectifier and the load are modeled with an equivalent resistance Structure of the coil is a circular planar winding placed above the square ferrite plate Material of the ferrite is N95 Air gap between the transmi