Skip to main content

SYSTEM ANALYSIS

Cadence System Analysis

- Sigrity/SI/PI Simulation Training
Latest Blogs
View All
Contact Us

Recent Searches

Share this Post

Share on facebook
Share on twitter
Share on linkedin
Share on email

Home
View All
Design of MIMO and Phased Array Antenna Systems

Design of MIMO and Phased Array Antenna Systems

Published Date March 24, 2021

Download PDF

Previous Flipbook

Design and Implementation of a Miniature X-Band Edge-Coupled Microstrip Band Pass Filter
Next Flipbook

Design of a HighEfficiency Broadband GaN HEMT Doherty Amplifier for Cellular Transmitters

Other content in this Stream

4 days ago
The Characteristic Impedance of Lossless and Lossy Transmission Lines

Characteristic impedance is an important parameter of transmission lines, and the value is a real number in a lossless line and a complex number in a lossy line.

Read Article
4 days ago
The Fundamental Theory Behind Space Vector Pulse Width Modulation

Space vector pulse width modulation can be used to improve utilization of DC input voltage and achieve increased fundamental output voltage in three-phase inverters.

Read Article
5 days ago
Oversampling and Noise Shaping in Delta-Sigma Modulation

Oversampling and noise shaping during delta-sigma modulation increases its effectiveness, resulting in the efficient digital transmission of signals.

Read Article
5 days ago
The Derivation of Intrinsic Impedance

In an electromagnetic wave propagating through a medium, using the ratio of the magnitude of the electric field to the magnetic field allows you to derive the intrinsic impedance.

Read Article
6 days ago
Maxwell's Equations Fourier Transform and Working in the Frequency Domain

Maxwell’s equations and Fourier transforms are fundamental for working in the frequency domain. Read this guide for more information.

Read Article
6 days ago
The Energy Density of Electromagnetic Waves

Read on to learn how to calculate the energy density of an electromagnetic wave using the sum of the electric field energy density and magnetic field energy density.

Read Article
11 days ago
Maxwell's Equations and Electrostatic Boundary Conditions

In an electromagnetic wave propagating through a non-homogenous medium, Maxwell’s equation is solved under boundary conditions to achieve associated electromagnetic quantities.

Read Article
12 days ago
The Partitioning and Layout of a Mixed-Signal PCB for Electromagnetic Compatibility

Mitigate potential electromagnetic interference issues caused by digital and analog signals by paying attention to the partitioning and layout of mixed-signal PCBs.

Read Article
13 days ago
Reduce Failure Rates with Electromagnetic Compatibility in PCB Designs

EMI is one of the major problems that cause failures in PCBs—learn how to design PCBs for electromagnetic compatibility to reduce EMI.

Read Article
15 days ago
Size Reduction in Rat-Race Coupler Designs

Rat-race couplers are used for phase shifting, dividing, and combining power in power amplifiers, Butler matrices, and phase array power feeding networks.

Read Article
19 days ago
Detect Electrostatic Stress Failures with HiPOT Testing

Use high potential (HiPOT) testing to measure dielectric strength and detect electrostatic stress failures in PCB materials before manufacturing begins.

Read Article
20 days ago
What to Simulate in Amplifier Stability Analysis

Amplifier stability analysis involves ensuring your output signal is free of ringing, oscillation, clipping, and unintended feedback.

Read Article
20 days ago
Qorvo Solves Entire Non-Uniform Distributed Power Amplifier MMIC

Read Flipbook
20 days ago
EMX Planar 3D Solver Datasheet

Read Flipbook
20 days ago
5G Systems with AWR Software

Read Flipbook
20 days ago
MMIC Design with AWR Software

Read Flipbook
20 days ago
Module Design with AWR Software

Read Flipbook
20 days ago
RF PCB Design with AWR Software

Read Flipbook
20 days ago
Radar Systems with AWR Software

Read Flipbook
20 days ago
Design of a BAW Quadplexer Module

Read Flipbook