Basics of Design

Highlights

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Analog

Combat Semiconductor Noise with These Isolation Methods

This article examines simulated and experimental techniques that can help minimize noise isolation and coupling in semiconductor technology.
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Analog

Control Ambient Noise Through Isolation and Cancellation

Different methods of passive and active noise isolation and noise cancellation, or combinations of the two types, can be applied to help defeat the noise that plagues most all...
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Promo Dreamstime Audrius Merfeldas 164119023
Test & Measurement

An Introduction to the VNA and Vector Network Analysis

This article provides a brief tutorial on the vector network analyzer, how it works, and its application.
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Board Dreamstime Narong Rotjanaporn 97303675
Embedded

Timing Decisions 102: Optimize Your Clock Tree

A fundamental look into the clock tree helps engineers gain a better understanding of the timing requirements and associated jitter budgets when designing timing systems.
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Dreamstime Ludinko Promo 27647318 (2)
Power

DC-DC Converter Design Basics (Part 3): Buck-Boost Converters

The final part of this series details how to build a buck-boost converter using the Renesas SLG47105.
Synopsys
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EDA

Multi-Die Systems Reshape Semiconductor Innovation

Explore the main driving forces behind today’s multi-die systems, how they’re becoming the choice system architecture, and how they’re catalyzing the next wave of semiconductor...
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Test Equipment Dreamstime Luchschen 46878921
Power

More Trusted Techniques to Lower EMI

EMI-mitigating methods discussed in this article include light communications, graphene film shielding, and grounded lids for package shielding.
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Power

The Journey to Low Iq in Bandgap References

This article looks at different methods applied to achieve ultra-low Iq in bandgap references, which are temperature-independent voltage references.
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Power

Tried-and-True Techniques to Lower EMI in Power-Supply Designs

Reducing power-supply electromagnetic interference can be quite challenging. This article presents some powerful tools and techniques to help achieve those EMI goals.
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Transistor Dreamstime Andrei Kuzmik 87307663
Power

How Linear Regulators, Voltage Supervisors, and LDOs Deliver Low Iq

Low quiescent current is crucial to many battery-operated applications, including the vast array in the IoT, and these three devices can help make it happen.