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  • AN721: Impedance Matching Networks Applied to RF Power Transistors, Courtesy of Motorola
    Some graphic and numerical methods of impedance matching will be reviewed here. The examples given will refer to high frequency power amplifiers. Although matching networks normally take the form of filters and therefore are also useful to provide frequency discrimination, this aspect will only
  • DVB Antenna Design and Matching with Antenna Magus, Optenni Lab and FEKO
    characteristic impedance environment and the resulting input impedance was compared to the input impedance of the antenna before it was matched to this system. A Cartesian representation of input reflection coefficient referenced to 50 O characteristic impedance with and without the matching network
  • Plastic Capacitors, Inc. - Pulse Forming Networks
    without failure. Impedance: The listed pulse forming networks are established for a matching impedance of 50 ohms ± 5 ohms into a resistive load. All other characteristic measurements are also made with a 50 ohm resistive load. Other impedance values are available. Since the impedance largely
  • Identifying the best components for your wireless network
    of the entire system will be compromised . free space) . The remaining signal level is called the fade. The antennas should be specifically designed for use at. margin, the “cushion” between the received signal and. the intended frequency of operation and with matching. the minimum receive threshold
  • Match The Ports Of Differential Devices
    by verification via four-port vector. network analyzer (VNA) and analysis with electronic-design- automation (EDA) software. Impedance matching is the practice of tuning a load impedance (Z) to the optimum. impedance (Zopt- ) of a connected device. It requires three main steps: 1. Finding Zopt- (the process
  • Application Note for Using Anaren 0404 BD2425NnRF Balun in Conjunction with Nordic Semiconductors nRF24L01 and nRF24L01+ Transceivers (.pdf)
    www.nordicsemi.com for product information. Descriptions of Balanced Matching Networks. Nordic Semiconductor Single Ended Matching Network. The nRF24L01 and nRF24L01+ chips have a balanced RF output at pins ANT1 and ANT2. which is connected directly to the RF receiver and the RF transmitter. Nordic
  • Application Note for the Layout Packages for Texas Instrument's CC2420 & CC2430 Extended to CC2500 (.pdf)
    ISM and IEEE 802.15.4 (ZigBee) compliant RF transceiver, designed for low-power wireless applications. The reference design presented in this application note uses only three components for the impedance matching: a 1mm square Anaren multilayer balun, a DC blocking capacitor and an inductor
  • Balun Measurements
    , connected to a dc potential or left floating. The balun is thus a two-port device, Port 1 being single-ended, Port 2 balanced. The characteristics of each port may be described in terms of s parameters. Two major applications of baluns are: 1. Impedance matching for maximum power transfer. 2. Conversion

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