Routing

Minimize Routing Frustrations and Time with the Latest Hacks and Trends

  • BGA Design in 4 layer PCBs: Circuit Routing and Pin Limitations

    BGA Design in 4 layer PCBs: Circuit Routing and Pin Limitations

    Ball grid arrays or BGAs in 4 layer PCBs can be difficult to rout and manage adequate transmission voltage with, here are design tips that can help.

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  • What’s the Differential? Mastering the Art of the Differential Pair

    What’s the Differential? Mastering the Art of the Differential Pair

    You see, it’s like this. When two circuits love each other very much, they form a life-long bond and then little Diffs are propagated. Not really, but when we peruse the net names attached to the...

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  • PCB Routing on Layer Two - Breaking the Steadfast Rule

    PCB Routing on Layer Two - Breaking the Steadfast Rule

    The newer generation parts have a pin configuration with two different pitches. The core has a grid of larger pins that are used to supply power and ground. That pin-field is surrounded by...

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  • Linear Sweep Voltammetry for Batteries and Regulator Design

    Linear Sweep Voltammetry for Batteries and Regulator Design

    Linear sweep voltammetry and cyclic voltammetry measurements are critical for examining battery operating ranges and designing charging systems.

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  • Force and Pressure Sensors with Piezoelectric Load Cell Transducers

    Force and Pressure Sensors with Piezoelectric Load Cell Transducers

    Piezoelectric load cell transducers provide high sensitivity measurements with broad range and low threshold.

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  • Layout Tips for Flex PCB Design

    Layout Tips for Flex PCB Design

    Working with flex PCB designs has some unique differences from a regular PCB layout. If this is new for you, here is some information that may help you.

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  • Audio Circuits in Action - Any Card Can Be a Sound Card

    Audio Circuits in Action - Any Card Can Be a Sound Card

    A typical feature of many animals is that their ears pivot independently of their head. We have our general hearing and then we have focused hearing. We want our machines to have the same ability.

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  • Cascaded Amplifier Gain, Noise Figures, and Distortion

    Cascaded Amplifier Gain, Noise Figures, and Distortion

    Make sure that your signal integrity is sound, and any excess noise or EMI is taken care of when using cascaded amplifiers.

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  • Best Tips for Routing With Vias in PCB Design

    Best Tips for Routing With Vias in PCB Design

    Routing with vias in PCBs can be tricky for managing signal integrity needs, temperature needs, and still maintaining current and voltage necessities.

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  • Acoustic Impedance and Your Audio Electronics

    Acoustic Impedance and Your Audio Electronics

    Acoustic impedance creating sound problems in your audio system? Make sure to apply impedance bridging between a source/load.

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  • Distinguishing IIP3 vs. OIP3 in Power Amplifiers

    Distinguishing IIP3 vs. OIP3 in Power Amplifiers

    Working with power amplifiers? You’ll need to watch for IIP3 vs. OIP3 due to saturation in your power amplifier.

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  • Differential Thermal Analysis and PCB Substrate Glass Transitions

    Differential Thermal Analysis and PCB Substrate Glass Transitions

    Need to measure the CTE value for your PCB substrate? Try using differential thermal analysis.

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  • Simple EMI Filter and Shielding Design Choices to Remove Noise

    Simple EMI Filter and Shielding Design Choices to Remove Noise

    If EMI is a problem, then you might need an EMI filter or shielding to protect your circuits from noise. Here are some EMI filter options.

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  • Load-Pull and Signal Management in Analog Devices

    Load-Pull and Signal Management in Analog Devices

    If you need to design for load-pull and signal management in your PCB, pay attention to your signal chain.

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  • DC Voltage Management in Your PCB: It's All About the PDN

    DC Voltage Management in Your PCB: It's All About the PDN

    We often forget about DC voltage management in electronics design, but this important part of power integrity will help keep your system up and running.

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  • Phototransistor Circuits: How to Build and Simulate

    Phototransistor Circuits: How to Build and Simulate

    Here are the tools you need to design and simulate a phototransistor circuit. Learn more in this article.

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  • Selecting a Photodiode Sensor for Infrared Optics

    Selecting a Photodiode Sensor for Infrared Optics

    There are many options for photodiode sensor elements on the market. Here’s how to choose the best one.

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  • Contamination Delay in Clock Circuits: Best PCB Routing Techniques

    Contamination Delay in Clock Circuits: Best PCB Routing Techniques

    PCB trace routing recommendations for clock lines that have been set up using the values for contamination delay in clock circuits.

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  • Your Route to Design Success

    Your Route to Design Success

    Achieving routing closure can be one of the most difficult tasks in the PCB design process. Signals require special (often conflicting) considerations.

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  • Automated Routing: Building Better Routes

    Automated Routing: Building Better Routes

    Utilizing automated routing in your designs can effectively and efficiently resolve much repetitive work and free up designers for more complicated challenges.

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