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Parts by Number for Power Amplifier Modules Manufacturer Top

Part # Distributor Manufacturer Product Category Description
2629445 RS Components, Ltd. Mitsubishi RF Amplifier Module Manufacturer Type:Power Amplifier; Power Supply Type:Single; Typical Single Supply Voltage:12.5V; Typical Output Power:44.77dBm; Number of Channels per Chip:1; Maximum Operating Frequency:450MHz; Maximum Operating Temperature:110C; Maximum Output VSWR :1:2.8; Product Height:23.5mm; Maximum Supply
6263695 RS Components, Ltd. NXP RF Amplifier Module Manufacturer Type:Power Amplifier; Power Supply Type:Single; Typical Power Gain:22.5dB; Number of Channels per Chip:1; Supplier Package:SOT-115J; Maximum Operating Temperature:100C; Maximum Output Return Loss:21dB; Maximum Supply Current:435mA; Minimum Operating Temperature:-20C; Maximum Input
6263538 RS Components, Ltd. NXP RF Amplifier Module Manufacturer Type:Power Amplifier; Power Supply Type:Single; Typical Single Supply Voltage:24V; Typical Power Gain:20.8dB; Number of Channels per Chip:1; Supplier Package:SOT-115J; Minimum Operating Temperature:-20C; Maximum Supply Current:435mA; Maximum Input Return Loss:18dB; Maximum Output
6263550 RS Components, Ltd. NXP RF Amplifier Module Manufacturer Type:CATV Amplifier; Power Supply Type:Single; Typical Single Supply Voltage:24V; Typical Power Gain:19.7dB; Number of Channels per Chip:1; Supplier Package:SOT-115J; Maximum Operating Frequency:750MHz; Maximum Input Return Loss:21dB; Maximum Operating Temperature:100C; Maximum Output
6933189 RS Components, Ltd. Avago Technologies RF Amplifier Module Manufacturer Type:MMIC Amplifier; Power Supply Type:Single; Typical Single Supply Voltage:3.5V; Typical Output Power:2dBm; Typical Power Gain:18.5dB; Typical Output Intercept Point:14.5dBm; Number of Channels per Chip:1; Supplier Package:Case 86; Product Height:1.52mm; Product Length:2.16mm
7165176 RS Components, Ltd. Avago Technologies RF Amplifier Module Manufacturer Type:Gain Amplifier; Power Supply Type:Single; Typical Single Supply Voltage:5V; Typical Output Power:15dBm; Typical Power Gain:19dB; Typical Output Intercept Point:23.5dBm; Number of Channels per Chip:1; Minimum Operating Temperature:-55C; Maximum Input Return Loss:13dB; Product
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Conduct Research Top

  • LTE Power Amplifier Module Design: Challenges and Trends
    Long Term Evolution (LTE) provides a high data rate,. high quality and low cost solution for the cellular industry. facing an overwhelming increase in mobile data traffic. Beginning with an overview of LTE UE transmitter. requirements, we examine the key challenges for the. power amplifier module
  • Minimizing Radiated Power Variation in Power Amplifier
    Directional couplers are used in GSNI/EDGE and 3G. power amplifier front end modules (PA F EMs) for radiated power. detection and control. The radiated power varies with load. VSWR. There are analyses on the power control mechanism in PA. FEMs with directional couplers. and back-of-envelope
  • Mulitpurpose Module Theory Of Operation
    The multipurpose module RG3000 is an isolated power amplifier that combines switching and linear topologies to achieve high efficiencies and linearity over a wide input voltage range. The switching power converter delivers power to the load from the input power source, while the linear power
  • Increasing the Maximum Transmit Power Rating of a Power Amplifier Using a Power Combining Technique
    Today's broadband communications use high order modulation transmission scheme that provide higher spectrum. efficiency but with a high crest factor [1,2]. As a result, a linear power amplifier (PA) in the transmit chain operates at. a significantly backed-off power from compression to meet
  • Challenges and Requirements of Multimode Multiband Power Amplifiers for Mobile Applications
    and the. requirements, challenges and considerations relevant to power. amplifier design. Microsoft Word - 2011 CSICS MMMB PA v3.2 Challenges and Requirements of Multimode Multiband Power. Amplifiers for Mobile Applications. Nick Cheng, Senior Member, IEEE, and James P. Young, Senior Member, IEEE. Skyworks
  • AN112 Filtering in Signal Conditioning Modules, SCMs
    Signal conditioning modules, SCMs, used for measuring process control variables such as temperature, pressure, strain, position, speed, level, etc. are always subject to externally induced noise signals. Electrically and magnetically induced noise voltages/currents are inevitable. Field sensors
  • Will CMOS Amplifiers Ever Kick-GaAs?
    In this paper, we present a discussion and comparison. of CMOS and GaAs HBT technologies for handset power. amplifiers. Our perspective is unique to other comparisons in. that we actually have products in both technologies. To. understand the application space where each of these. technologies
  • Analysis of Output Power Variation under Mismatched Load in Power Amplifier FEM with Directional Coupler
    Directional couplers are used for output power. detection and control in both WCDMA and GSM/EDGE Power. Amplifier (PA) Front End Modules (FEM). At high values of load. VSWR, delivered power shows significant variations with the. phase. Back-of-envelope calculations are used to estimate output

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