Invention Grant
US07680472B2 Device and method for receiving and processing RF signals, a method for providing digital calibration values for such a device and a receiver incorporating the device 有权
用于接收和处理RF信号的装置和方法,用于为这种装置提供数字校准值的方法和结合该装置的接收器的方法

  • Patent Title: Device and method for receiving and processing RF signals, a method for providing digital calibration values for such a device and a receiver incorporating the device
  • Patent Title (中): 用于接收和处理RF信号的装置和方法,用于为这种装置提供数字校准值的方法和结合该装置的接收器的方法
  • Application No.: US11766530
    Application Date: 2007-06-21
  • Publication No.: US07680472B2
    Publication Date: 2010-03-16
  • Inventor: Sudhind DhamankarNaveen K. Yanduru
  • Applicant: Sudhind DhamankarNaveen K. Yanduru
  • Applicant Address: US TX Dallas
  • Assignee: Texas Instruments Incorporated
  • Current Assignee: Texas Instruments Incorporated
  • Current Assignee Address: US TX Dallas
  • Agent Ronald O. Neerings; Wade James Brady, III; Frederick J. Telecky, Jr.
  • Main IPC: H04B1/18
  • IPC: H04B1/18 H04B17/00
Device and method for receiving and processing RF signals, a method for providing digital calibration values for such a device and a receiver incorporating the device
Abstract:
A device for receiving a RF signal over multiple channels, a receiver incorporating the device, a method of providing digital calibration values for a digitally-tunable resonant circuit of the device, and a method of processing an RF signal. In one embodiment the device includes: (1) a low-noise amplifier having a digitally-tunable resonant circuit, (2) a memory configured to store digital calibration values particular to the device and (3) a time-constant controller coupled to the low-noise amplifier and configured to retrieve from the memory at least one of the digital calibration values as a function of a channel to be received and, based on the at least one, to cause the digitally-tunable resonant circuit to provide a time-constant corresponding to the channel to be received.
Information query
Patent Agency Ranking
0/0