Cadence System Analysis

Solving electromagnetic, electronics, thermal, and electromechanical simulation challenges to ensure your system works under wide-ranging operating conditions

  • Use Finite Element Vibration Analysis to Ensure Reliability

    Use Finite Element Vibration Analysis to Ensure Reliability

    Finite element vibration analysis is a common analysis technique used to predict a PCB’s response to vibrations. Learn more about this technique and its impact on reliability.

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  • Radiated Susceptibility Testing for Electronic Products

    Radiated Susceptibility Testing for Electronic Products

    Learn how the conducted and radiated susceptibility of electronic devices can be determined using EMC testing.

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  • The Relationship Between Grounding, EMI and Power Quality

    The Relationship Between Grounding, EMI and Power Quality

    Understanding the relationship between grounding, EMI, and power quality is key to learning how to improve power quality.

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  • Comparing FHSS vs. DSSS

    Comparing FHSS vs. DSSS

    What is the difference between FHSS vs. DSSS? The DSSS method of modulation has a higher rate of transmission than the FHSS method.

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  • Data Center Electromagnetic Interference and Tier Standards

    Data Center Electromagnetic Interference and Tier Standards

    Data center electromagnetic interference can cause major issues during the storage, processing, and distribution of data. Learn more in our brief article.

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  • Reasons for Conducted Emissions Testing Failures

    Reasons for Conducted Emissions Testing Failures

    There are many reasons for conducted emissions testing failures, including a common issue: measurement uncertainty. Learn more in our brief article.

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  •  The ICRP Guidelines for Radiological Protection

    The ICRP Guidelines for Radiological Protection

    The ICRP is an independent, international organization that advises on standards to protect humans and animals from the harmful effects of radiation.

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  • What to Know About Conducted Emissions Limits

    What to Know About Conducted Emissions Limits

    To prevent maloperation from electromagnetic interference, international regulatory bodies set conducted emissions limits. Learn more in our brief article.

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  • The Advantages of the Spread Spectrum Technique

    The Advantages of the Spread Spectrum Technique

    From mobile communication to WiFi connectivity, there are many advantages to the spread spectrum technique, which is why it plays a significant role in communication systems design.

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  • Prevent Jamming With Fast Frequency Hopping

    Prevent Jamming With Fast Frequency Hopping

    Learn more about the spread spectrum technique and compare slow and fast frequency hopping in our brief article.

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  •  Designing for the Future With 5G New Radio Technology

    Designing for the Future With 5G New Radio Technology

    Communication systems designers can design for the future by using the merits of 5G new radio technologies to their advantage.

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  • Cooling Electronics With Thermal Radiation Heat Transfers

    Cooling Electronics With Thermal Radiation Heat Transfers

    Thermal radiation heat transfers are an important part of the thermal management of certain electronic devices.

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  • Everything to Know About FCC Part 15 Exemptions and FCC Part 15 Transmitters

    Everything to Know About FCC Part 15 Exemptions and FCC Part 15 Transmitters

    Many of the devices that fall under FCC part 15 exemptions are devices we use on a daily basis. Learn more in our article on these exemptions and FCC part 15 transmitters.

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  • Revving Up SiC And GaN

    Revving Up SiC And GaN

    SiC and GaN are becoming more popular for power electronics, particularly in automotive applications, driving down costs as volumes scale up and increasing the demand for better tools to...

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  • EMC Enclosure Design Tips

    EMC Enclosure Design Tips

    Our EMC enclosure design tips give you some things to consider when building an EMI shield with maximum shielding effectiveness.

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  • Inductor Parasitic Capacitance Limits Upper Operating Frequencies

    Inductor Parasitic Capacitance Limits Upper Operating Frequencies

    Learn why parasitic resistance and parasitic capacitance make an inductor “non-ideal” in our brief article on inductor parasitic capacitance.

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  • Ensuring Secure Communication With Spread-Spectrum Techniques

    Ensuring Secure Communication With Spread-Spectrum Techniques

    Secure signal transmission in military and wireless communication systems is ensured by employing spread-spectrum techniques.

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  •  Single-Stage, Small-Signal RF Amplifier Designs

    Single-Stage, Small-Signal RF Amplifier Designs

    Small-signal RF amplifier designs can be common-base, common-emitter, or common-collector configurations. Learn more about the common-base configuration of these designs.

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  •  The Thermomechanical Analysis of Polymers

    The Thermomechanical Analysis of Polymers

    Learn how thermomechanical analysis is used for studying the expansion behavior and physical transitions of polymers.

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  • The Difference Between dB and dBm in Fiber Optics

    The Difference Between dB and dBm in Fiber Optics

    It is important to understand the difference between dB and dBm in fiber optic measurements when working on optical communication systems. Learn more in our brief article.

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