TH131185A - Contactless power feeder - Google Patents

Abstract

DC60(10/05/13) Contactless power input includes a secondary winding unit where the power is supplied from the primary winding by a characteristic AC power source. The absolute value of The impedance of Z1 relative to the frequency is the frequency of the fundamental wave component of the supply. AC power is provided between the frequency at which it is the highest local value available and which is closest to the frequency of The fundamental wave components of an AC power supply and the frequencies at which they exist are the lowest values. and which is closest to the frequency of the main characteristic wave component, the absolute value of the impedance of Z2 compared to the frequency, there will be the frequency of the fundamental wave component in between the frequencies whose values only the highest frequency available and which is closest to the frequency of the main wave component of the supply. AC power and the frequency at which the specific minimum value exists and which is closest to the frequency of The primary wave component here, Z1, determines the impedance of just the primary side as viewed from The output side of the AC power supply and Z2 determine the impedance of only the secondary side when Viewed from the load side to be connected to the secondary winding assembly. A non-contact power supply includes a set of secondary windings, with power being supplied from a set of primary windings. By AC power source The characteristic absolute value of Impedance of Z1 versus frequency There will be the frequency of the primary wave component of the supply. AC power is kept between frequencies. which only the highest value already exists and which is closest to the frequency of The fundamental wave components of an AC power supply and their frequency are the minimum values that exist. and which is closest to the frequency of the primary wave component. Characteristic absolute value of impedance of Z2 with respect to frequency. There will be frequencies of the fundamental wave components that are between the frequencies, which have a specific maximum value that already exists. and which is closest to the frequency of the main wave component of the supply. AC power and frequency, which are the only minimum values that already exist and which is closest to the frequency of The primary wave component here Z1 determines the impedance of only the primary side as viewed from the output side of the AC power supply, and Z2 determines the impedance of only the secondary side when viewed from the output side of the AC power supply. Viewed from the load side to be connected to the secondary winding assembly.

Claims (1)

: DC60 (10/05/56) The contactless power feeder includes a secondary winding set where power is supplied from the primary winding by the AC power supply. Characteristics Absolute value of The impedance of Z1 versus frequency There will be the frequency of the fundamental wave component of the source. AC power in between frequencies Which is the maximum only that exists And which is closest to the frequency of The fundamental wave component of an AC power supply and the existing minimum specific frequency. And which is closest to the frequency of the fundamental wave components Characteristic absolute value of the impedance of Z2 relative to frequency. There is a frequency of the fundamental wave component between the frequencies which are the most exclusive that exists. And which is closest to the frequency of the fundamental wave components of the source AC power and specific minimum frequency that exist. And which is closest to the frequency of Here, Z1 defines the impedance of just the primary side. When looking from The output side of the AC and Z2 power supplies indicate the impedance of just the secondary side when viewed from the load side so that it will be connected to the secondary winding. Contactless power feeders include a secondary winding set where power is supplied from the primary winding. By AC power source Characteristics Absolute value of The impedance of Z1 versus frequency There will be the frequency of the fundamental wave component of the source. AC power in between frequencies Which is the maximum only that exists And which is closest to the frequency of The fundamental wave component of an AC power supply and the existing minimum specific frequency. And which is closest to the frequency of the fundamental wave components Characteristic absolute value of the impedance of Z2 relative to frequency. There is a frequency of the fundamental wave component between the frequencies which are the most exclusive that exists. And which is closest to the frequency of the source fundamental wave components AC power and specific minimum frequency already exist. And which is closest to the frequency of Here, Z1 defines the impedance of only the primary side when viewed from the output side of the AC power supply, and Z2 indicates the impedance of just the secondary side when Looking from the load side so that it is connected to the secondary winding. (Item one) which will appear on the advertisement page: edit 30/11/2018 1. The power feeder has no contact. That includes Secondary winding set where power is being supplied from the primary winding by an AC power source. Which has the characteristics that Characteristic The absolute value of the Z1 impedance relative to the frequency is f1A, of the fundamental wave component in between the frequency f1B, where the greatest value exists. And which is closest to the frequency of Basic wave component of AC power supply and frequency, which tag values: