Products & Services

See also: Categories | More Information
Page: 1

More Information Top

Lock Indicates content that may require registration and/or purchase. Powered by IHS Goldfire

  • SVGA and XGA LCOS microdisplays for HMD applications
    The VGA controller, memory controller, and display controller are currently distributed among several FPGA chips , but can be targeted to a single high-capacity FPGA.
  • Low-power HF Microelectronics: a unified approach
    The on-chip gain may be as large as 80 dB at the highest VGA setting, but as it is distributed in different frequency bands, there is little on- chip crosstalk and the monolithic receiver operates stably.
  • Low-power radio-frequency ICs for portable communications
    The on-chip gain may be as large as 80 dB at the highest VGA setting, but as it is distributed in different frequency bands, there is little on- chip crosstalk and the monolithic receiver operates stably.
  • A 26 dB, 1.2 GHz wideband GaAs MESFET variable gain amplifier
    A MES- FET has been used similarly in a GaAs VGA to make a voltage wnmlled feedback potentiomem, producing, with the aid of on- chip distributed tuning elements and an advanced self-alignedIC technology. a range bandwidth of 6 dB per stage …
  • Beamformer architectures for active phased-array radar antennas
    … gain stages are shared between transmit and receive; 2) the receive dynamic range is maximized since gain stages are distributed before and after the … … phase shifter; 3) the VGA can be used for … … designed as an integrated chip using a versatile high …
  • Design and performance of octave S/C band MMIC T/R modules for multi-function phased arrays
    dynamic range is maximized since gain stages can be distributed before and after the ‘‘lossy’’ phase shifter; 3) the VGA can be used for programmable transmit aperture tapering … … shared leg can be designed as an integrated chip using a versatile high …
  • Radio Design in Nanometer Technologies
    … SER), 253 Symbol rate, 93 Symmetrical inductor, 218 Symmetrical inductor, 229 System in a package (SiP), 243 System on a chip (SoC), 243 System validation, 243 System-on- chip (SOC), 194 TACT, 147 … … Linearity, 154 Tikhonov probability distribution , 253 Time division duplex … … 247 UWB, 177 Varactor, 251 VCO, 30, 244, 251–252, 260, 267, 270, 277 VGA , 162 Video communications …
  • Subject index
    W-CDMA 1 chip SiGe TX-IC with high dyn. range and accurate temp. compensation VGA . Nakamizo, H., + , RFIC-03 2003 399-402 Amplifiers; cf. Differential amplifiers; Distributed amplifiers; Feedback amplifiers; Power amplifiers …
  • Wireless Cortical Implantable Systems
    The VGA gain is distributed along two stages in order to optimize the area and power consumption, as a single stage implementation necessitates larger capacitors as well as larger bandwidth. Moreover, the VGA is intended to be used as an on- chip ADC driver.
  • A 0.17-nJ/pulse IR-UWB receiver based on distributed pulse correlator in 0.18-µm digital CMOS
    Source followers are utilized to achieve a good wideband output matching with the power distribution block of the DPC, which is implemented by on- chip transmission line with 50-Ω characteristic impedance. A two-stage cascaded VGA with exponential gain control characteristic [15] is utilized to amplify the output …
  • 28.2: 3.5 Inch VGA TFT LCD with System‐On‐Glass Technology for Automotive Applications
    … 1 shows the block diagram of the integrated circuits which include video signal distribution circuits, a timing … The full circuit integrated VGA panel has no external IC chips and less than 200 connecting points as shown in Table 1 (right).
  • 77-GHz Multi-Channel Radar Transceiver With Antenna in Package
    The MMIC of the one-channel sensor consists of a frequency multiplier, a transceiver, and a variable gain amplifier ( VGA ), regenerating the 4-GHz signal for the cascading of multiple chips . … Wilkinson divider is implemented in the two- and four- channel sensors for the distribution of the LO …
  • A two-channel Ku-band BiCMOS digital beam-forming receiver for polarization-agile phased-array applications
    differential on- chip distribution . A wideband VGA is placed at the I/Q outputs for linearity control.
  • A CMOS UWB Camera with 7×7 Simultaneous Active Pixels
    The measured −3dB bandwidth, gain, and noise figure of the stand-alone LNA- VGA combination are 18GHz … The delay lines are implemented as differential quasi- distributed transmission lines with Z0=100Ω that use on- chip spirals and are terminated to differential 100Ω loads.
  • A 5GHz 108Mb/s 2x2 MIMO Transceiver with Fully Integrated +16dBm PAs in 90nm CMOS
    … end (LNA and PA) matching networks on the top layer of a flip- chip package, (2) on … linearized power ampli- fiers, (3) a frequency distribution scheme and floor-plan that min- imize VCO pulling and MIMO crosstalk, and improve MIMO syn- chronization and (4) programmable bandwidth (10-100MHz) baseband filter/ VGA sections that support a 4× increase in data …