Fuse setting system based on double-channel coupling coil

Abstract

The invention discloses a fuse setting system based on a double-channel coupling coil. The system comprises a setting device, the double-channel coupling coil and a fuse circuit, wherein the setting device generates setting signals and energy, the double-channel coupling coil comprises a signal transmission channel and an energy transmission channel which are used for transmitting the setting signals and energy respectively, and the fuse circuit receives and stores the setting signals and energy. The signal transmission channel and the energy transmission channel transmit the setting signals and energy in different frequencies. The double-channel coupling coil provides two different frequencies, the low frequency is used for energy transmission, the high frequency is used for signal transmission, and on the basis that the energy transmission performance is ensured, rapid signal transmission is realized, energy storage within extremely short time of an energy storage capacitor is increased, it is ensured the fuse has sufficient energy storage information, and fuse information is set.

Description

technical field [0001] The invention relates to the field of wireless transmission, in particular to a fuze setting system based on a dual-channel coupling coil. Background technique [0002] Wireless transmission uses special equipment to directly transmit energy and information without wire connection, and has been widely used in fuze setting technology. Existing fuze setting systems usually use a single-channel coupling coil to transmit energy and information synchronously, such as "Infinite Energy and Information Synchronous Transmission Technology Based on Non-ferromagnetic Metal Tube" in "Journal of Instrumentation" and "Technology of Synchronous Transmission of Infinite Energy and Information Based on Non-ferromagnetic Metal Tube" in "Journal of Detection and Control" In this method, since the working frequency of the energy and the signal are the same, the working frequency of the energy limits the transmission rate of the signal, and the increase of the working freq...

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Problems solved by technology

Existing fuze setting systems usually use a single-channel coupling coil to transmit energy and information synchronously, such as "Infinite Energy and Information Synchronous Transmission Technology Based on Non-ferromagnetic Metal Tube" in "Journal of Instrumentation" and "Technology of Synchronous Transmission of Infinite Energy and Information Based on Non-ferromagnetic Metal Tube" in "Journal of Detection and Control" In this method, since the working frequency of the energy and the signal are the same, the working frequency of the energy limits the transmission rate of the signal, and the increase of the working frequency can increase the signal transmission rate. Conversely, the transmission of energy is restricted, so that the energy storage capacitor of the fuze circuit can store limited energy in a very short time, and the fuze does not have enough energy to store information, so that the information cannot be written into the non-volatile memory, resulting in information loss

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