RF
AM to PM Conversion in Power Amplifiers
Explore AM to PM conversion in power amplifiers (PAs), covering its causes, impact on signal constellations, and measurement.
Posts tagged: Power Amplifier
Showing 21 posts (Page 1 of 1)
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AM-AM Conversion in Power Amplifiers
AM-AM conversion basics in Power Amplifiers (PAs), its causes, and its effects on constellation points. It's a measure of nonlinear AM-AM distortion.
CCDF : Complementary Cumulative Distribution Function Basics
CCDF is a statistical power calculation for time-domain data, useful in analyzing power variations in signals, especially for power amplifier design.
CCDF MATLAB Code for RF Engineers
Explore MATLAB code for generating CCDF curves, essential for RF engineers analyzing Peak-to-Average Power Ratio in RF Power Amplifier design. Includes code snippets and resources.
Doherty Amplifier: Advantages and Disadvantages
Explore the benefits and drawbacks of Doherty amplifier architecture, including power efficiency, complexity, and application suitability.
GaN vs GaAs: A Comprehensive Comparison of Key Differences
Explore the differences between Gallium Nitride (GaN) and Gallium Arsenide (GaAs) materials, their performance in power amplifiers, and their suitability for various applications.
GaN vs LDMOS: Technology Comparison
Explore the key differences between GaN and LDMOS technologies, including applications, performance metrics, and advantages.
GaN vs. LDMOS: Advantages and Differences
Explore the advantages of GaN and LDMOS technologies in RF and microwave applications, including performance, efficiency, and cost-effectiveness.
Hittite Launches 1-Watt MMIC Power Amplifier for VSAT Applications
Hittite's HMC7229LS6 is a GaAs pHEMT MMIC power amplifier with 1W output power, ideal for VSAT, radio, and satellite communication systems operating from 37 to 40 GHz.
Millimeter Wave Power Amplifier Manufacturers: E, V, W Band
A guide to millimeter wave power amplifier manufacturers for E band, V band, and W band applications, covering key specifications and vendors.
Output Backoff (OPBO) vs. Input Backoff (IPBO) in RF Amplifiers
Understand the difference between Output Backoff (OPBO) and Input Backoff (IPBO) in RF amplifiers, their calculation, and typical backoff requirements.
Power Amplifier (PA) Efficiency Types Explained
Understand drain efficiency, power-added efficiency (PAE), and overall efficiency in power amplifiers. Equations and definitions provided.
Power Amplifier Nonlinearity Impairment Simulation in MATLAB
Simulate and analyze power amplifier (PA) nonlinearity effects on constellation diagrams using MATLAB code. Includes AM-AM and AM-PM conversion modeling.
Power Back-Off in Amplifiers: IPBO and OPBO
Learn about power back-off in amplifiers, including input back-off (IPBO) and output back-off (OPBO), and how they relate to amplifier linearity and efficiency.
Qualcomm Envelope Power Tracker and PA Manufacturers
Explore the Qualcomm QET5100 Envelope Power Tracker, envelope tracking technology, and leading manufacturers of Envelope Tracking Power Amplifiers (PAs).
RF Amplifier Basics and Power Amplifier Design
Learn about RF amplifier basics, power amplifier design, RF amplifier stages, classes, specifications, applications, and manufacturers.
RF Amplifier Selection Guide: Benefits and Manufacturers
Explore RF amplifier selection criteria, benefits, and leading manufacturers. Understand gain, bandwidth, noise figure, and power efficiency for optimal performance.
RF Power Amplifiers: Advantages and Disadvantages
Explore the benefits and drawbacks of using RF power amplifiers in wireless communication systems, including increased power, enhanced sensitivity, and potential limitations.
RF SSPA Measurement Guide
Learn the RF SSPA test procedure, including key measurements like gain, P1dB, AM/PM conversion, and S parameters. Ideal for RF engineers testing power amplifiers.
SCPA vs MCPA: Single Carrier vs Multi Carrier Power Amplifiers
Explore the key differences between SCPAs (Single Carrier Power Amplifiers) and MCPAs (Multi Carrier Power Amplifiers), focusing on functionality, advantages, and disadvantages.
Solid State RF Energy: Advantages and Disadvantages
Explore the benefits and drawbacks of solid state RF energy, comparing its efficiency, control, and reliability against traditional methods in various applications.
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