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158671E-01L

The 158671E-01L is a TwinRX USRP RF Daughterboard, operating between 10 MHz-6 GHz with 2 receivers and 80 MHz bandwidth.

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    Description

    The Part Number 158671E-01L is categorized under ER USRP, which stands for an Enhanced Range Universal Software Radio Peripheral. The model specified here is the USRP RF Daughterboard, indicating that this component is designed to extend the functionality of USRP devices by providing additional radio frequency capabilities.

    The Short Description for this part is “TwinRX USRP RF Daughterboard (10 MHz-6 GHz, 2XRX, 80 MHz BW)”. This description highlights several key features of the daughterboard. Firstly, it operates within a Frequency Range of 10 MHz to 6 GHz, covering a broad spectrum that is suitable for a wide variety of RF applications. Secondly, the mention of 2XRX indicates that there are two receivers onboard, enabling the device to handle multiple signals simultaneously. Lastly, a Bandwidth of 80 MHz is specified, which defines the maximum range of frequencies that can be processed by the device at any given time.

    In summary, the 158671E-01L is a high-performance USRP RF Daughterboard designed for applications requiring wide frequency coverage and the capability to process multiple signals concurrently, thanks to its dual receivers and substantial bandwidth.

    Part Number 158671E-01L
    Category ER USRP
    Model USRP RF Daughterboard
    Short Description TwinRX USRP RF Daughterboard (10 MHz-6 GHz, 2XRX, 80 MHz BW)
    Frequency Range 10 MHz – 6 GHz
    Number of Receivers 2XRX
    Bandwidth 80 MHz

    Question 1: What does ER in ER USRP stand for?
    Answer 1: Enhanced Range

    Question 2: What is the frequency range of the 158671E-01L?
    Answer 2: 10 MHz to 6 GHz

    Question 3: How many receivers does the TwinRX have?
    Answer 3: 2 receivers

    Question 4: What is the bandwidth of the TwinRX daughterboard?
    Answer 4: 80 MHz

    Question 5: What does USRP in USRP RF Daughterboard stand for?
    Answer 5: Universal Software Radio Peripheral