EMA Resources

Blog

Resources Search
Sort By
Resources Sort
Blog
RF cable with ground surrounding the sensitive signal in the center — An intelligent form of RF interference shielding.

PCB Loop Antenna Design: Best Practices

Effective PCB loop antenna design requires understanding and employing important best practices and design tools to optimize development and operation.
See Blog
Blog
Electrical noise can significantly degrade signal quality, as is shown with the white noise in this signal

Noise Circuit Analysis Explained

Overview of noise circuit analysis techniques, types of noise sources, modeling techniques, and methods including PSD and input-referred noise
See Blog
Blog
electronic design automation

Electronic Design Automation (EDA): An Overview

Understanding electronic design automation and how it is used is imperative for choosing the best software tool to optimize your PCBA design process.
See Blog

Free Trial

See for yourself how we can help you transform your electronic design environment.

Access Free Trials
Blog
Example of 90° vs 135° trace bends and non-daisy-chain vs daisy-chain routing.

Routing High Speed Signals: Best Practices

Explore design tips for routing high-speed signals for signal integrity, like crosstalk minimization, differential pair and clock traces, and grounding.
See Blog
Blog
Voltage controlled oscillators

Voltage Control Oscillator Design Overview

Explore voltage control oscillator design: from waveform output, design parameters, to techniques to ensure frequency stable design.
See Blog
Blog
SPICE Model Types: Overview diagram

SPICE Model Types: Overview

An overview of SPICE model types from device to subcircuit model types, including specific examples, for precise circuit simulation & thermal analysis in.
See Blog
Blog
Wire harness assembly process

Wire Harness Assembly Process

Explore our step-by-step guide on the wire harness assembly process used for cable organization.
See Blog
Blog

Where To Find SPICE Models

SPICE models can accurately model and simulate electronic circuits in any combination of analog or digital devices. This blog discusses where to find SPICE models for simulation and designs.
See Blog
Blog

Non-Ideal Inductor SPICE Model: Explained

Learn what parameters are required to create a non-ideal inductor SPICE model and accurately simulate your electronic circuits.
See Blog
Blog

DC Source SPICE Model: Explained

Learn what parameters are required to create a DC source SPICE model and accurately simulate your electronic circuits.
See Blog
EMA Design Automation