5 results about "Full band" patented technology

The present disclosure describes embodiments of a temperature sensor with full band PSR. The temperature sensor can include a reference voltage generator, a temperature circuit, and an analog-to-digital converter (ADC). The reference voltage generator is configured to generate a reference voltage. The temperature circuit is configured to operate under a substantially constant bias current and to generate a temperature signal proportional to temperature. The ADC is electrically coupled to the reference voltage generator and the temperature circuit and configured to convert the temperature signal to a digital representation based on a sampling frequency. The ADC comprises a frequency generator configured to generate a modulation frequency having a random variation. The sampling frequency is modulated by the modulation frequency.

Provided is a heavy duty tire 2 that can suppress a decrease in durability due to the provision of a band and can achieve improvement of uneven wear resistance. The tire 2 includes a reinforcing layer 20 and a tread 4. The tread 4 has shoulder circumferential grooves 34. The reinforcing layer 20 includes a belt 52 and a band 54. The belt 52 includes an inner belt ply 74 and an outer belt ply 76. The band 54 includes a full band 66. The full band 66 is located between the inner belt ply 74 and the outer belt ply 76. A distance UFc between the full band 66 and the inner belt ply 74 is longer than a distance SFc between the full band 66 and the outer belt ply 76 at an equator plane of the tire 2.

This application relates to the field of communication technology and discloses a communication method, apparatus, storage medium, and program product. The method includes: an access network device sending first information to a terminal device, the first information indicating a first type of frequency domain resource; and the terminal device performing SRS transmission on the first type of frequency domain resource and a second type of frequency domain resource; wherein the first type of frequency domain resource and the second type of frequency domain resource are separated by at least a number of frequency domain units equal to the number of frequency domain units included in the first type of frequency domain resource. By performing SRS transmission on the first type of frequency domain resource and the second type of frequency domain resource separated by at least a number of frequency domain units equal to the number of frequency domain units included in the first type of frequency domain resource, the access network device can estimate the channel of the remaining portion of the frequency domain resource in a subband or full band based on the SRS received on the first type of frequency domain resource and the second type of frequency domain resource, thereby improving the accuracy of channel estimation.

The application discloses a full-band GIS ultrahigh frequency partial discharge pulse non-loss collection system and belongs to the technical field of intelligent sensing of primary equipment. The system comprises a signal collection and conditioning module, a double-channel high-speed ADC module and a high-speed data processing and storage module. The signal collection and conditioning module is used for connecting an ultrahigh frequency sensor signal and performing filtering and amplification preprocessing on the signal. The double-channel high-speed ADC module comprises two independent and synchronous collection channels and is used for synchronously collecting the preprocessed signal in a full band. The high-speed data processing and storage module is used for controlling the alternate collection of the double channels, real-time linear compensation, trigger timing control and real-time signal processing. The intelligent analysis and control module is used for performing real-time analysis and fault diagnosis on the collected data and dynamically adjusting system parameters. The application adopts a double high-speed channel collection single signal and realizes a cooperative working mechanism of mutual backup, effectively avoids pulse loss caused by system processing delay, and improves the accuracy of partial discharge analysis and the intelligent level of equipment state sensing.

The present application relates to the technical field of communications, and discloses a communication method and apparatus, a storage medium, and a program product. The method comprises: an access network device sends first information to a terminal device, wherein the first information indicates a first-type frequency domain resource; and the terminal device performs SRS transmission on the first-type frequency domain resource and a second-type frequency domain resource, wherein the first-type frequency domain resource and the second-type frequency domain resource are separated by at least a number of frequency domain units equal to the number of frequency domain units comprised in the first-type frequency domain resource. The terminal device performs SRS transmission on the first-type frequency domain resource and the second-type frequency domain resource that are separated by at least a number of frequency domain units equal to the number of frequency domain units comprised in the first-type frequency domain resource, so that the access network device can estimate a channel of the remaining frequency domain resources of a sub-band or a full band on the basis of an SRS received on the first-type frequency domain resource and the second-type frequency domain resource, thereby improving accuracy of channel estimation.