Circuit Design Blog
Best practices and Trends to Ensure a Reliable Circuit Design
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Read ArticleThe Case For Using Copper Pour on Routing Layers
Doing special things with a circuit pattern is a hallmark of analog design. All of the important signals on the board added together are equal in importance to one net; that net is the ground net.
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Read ArticlePeak Differential Output Voltages: Differential Signaling, Techniques, and Output Voltages
The use of differential output voltages is an essential aspect of noise immunity designs.
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Read ArticleThe Importance of the Q Point of a Diode to Circuit Functionality
The Q point of a diode is critical to overall circuit functionality and performance.
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Read ArticleHow IR LED Voltage Drop Effects LED Performance and Life Cycle
Infrared LEDs are quite tolerant of the variations in applied power, but their voltage drops must be considered when designing your PCBs.
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Read ArticleCreating a Linear Transformer Model for Circuit Simulations
Here we’ll present a nonideal linear transformer model for use in your circuit simulations.
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Read ArticleThe Importance of Component Tolerance Modeling in PCB Design
Component tolerance modeling is an invaluable design insight tool that reduces cost as well as build times. All the while improving overall circuit design.
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Read ArticleThe Importance of Dynamic Load Line Analysis
The dynamic load line analysis provides the optimal operating point calculations that help to optimize circuit design.
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Read ArticleThe Benefits and Advantages of Frequency Response Simulation in PCB Design
Frequency response simulation is a vital design tool that offers greater insight into the frequency design and manufacturing process for PCBs.
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Read ArticleHow Does SPICE Simulation Work?
SPICE simulation works to make circuits more efficient and hit target goals.
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Read ArticleHow to Build a Via Current Simulation
Via current limitations should be carefully determined using a via current simulation. Here’s how a SPICE-based simulation and a PDNA tool can help.
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Read ArticlePreparing Circuits Online: Modeling and Simulation for IoT Devices
Making circuits online will enable you to bring IoT devices to production faster and with less stress. The internet of things is approachable from all levels of PCB design.
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Read ArticleWhat is the Physics of Failure and Does it Increase Reliability?
The physics of failure is an invaluable analysis tool for perfecting designs and improving upon them.
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Read ArticleFMEA Risk Assessment for PCB Component Selection
Conducting an FMEA risk assessment of the components used on your PCB design will help to assure quality and availability before you begin circuit simulation.
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Read ArticleDigital Logic Circuit Design Simulation Software
The use of simulation software affords you the ability to create a virtual exact replication of components and circuit designs without actual expenditures being incurred.
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Read ArticleWhat is FMEA Lean Manufacturing and How to Implement it?
FMEA lean manufacturing provides invaluable design insight and reduces cost as well as build times. It also reduces cost, failures and increases production.
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Read ArticleWhat is Via Current and How to Measure its Effects?
Vias and their current carrying capacity affects the overall PCB functionality and design.
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Read ArticleDesigning a Capacitance Multiplier as a Power Supply Filter
A capacitance multiplier should be an important part of your power conditioning strategy. Here’s what you need to know about a capacitance multiplier.
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Read ArticleCommon Types of Low Power Clocks and the Use of Simulation Software
Low power clock circuit simulation provides invaluable design insight and reduces cost as well as build times. All the while improving overall circuit design.
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Read ArticleTypes of Analog Signals and Unique Layout Considerations
For the best performance of your analog circuits, here are some layout tips that will help your types of analog signals to work as you intended them to.
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Read ArticleAnalog Waveform Generation and Analysis
There are many applications where a unique analog waveform is desirable. Here’s how you can generate and analyze different analog waveforms.
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