Your PCB design will face silent destruction due to power integrity issues! And, they will strike even before you realize something is wrong. Your months of PCB layout refinement work can be ruined by a basic power delivery mistake, which you did not spot until your design fails under operating conditions. Engineers experience this nightmare
8 Common Power Integrity Issues in PCB Design (and How to Solve Them) Read More »
PCB Thermal Management System Have you ever had a moment when everything you planned fell apart, but it taught you something valuable? That’s what happened to us last year when we took on the most important project of our career. As a CEO, every project teaches me something new. One of the most valuable lessons
5 Questions most of the experts Asks About PCB Thermal Management Read More »
A low-inductance ground plane is essential in PCB design for reducing electromagnetic interference (EMI) and mitigating signal integrity issues.
A larger ground area on the PCB reduces the system’s ground inductance, which in turn helps decrease EMI emissions and crosstalk.
While there are various methods to connect signals to the ground, it’s important to understand what should not be done.
• Never connect PCB components randomly to ground points.
• Use a Full Ground Plane and Ground Grids
• Minimize Return Path Lengths
Faraday’s law dictates that the return current should follow the path of lowest impedance.
Impedance at any given frequency is described by the formula Z(w) = R + jωL.
How to reduce the EMI and EMC in your PCB design Projects? Read More »
PCB Signal Integrity While you’re traveling in your car, you may notice how quickly it responds to what you do. Have you ever thought about how that works? It’s all because of signals! It sends precise commands to various systems like the engine or transmission, Temperature readings from an engine sensor or the position of
Signal Integrity in Automotive PCB Design: What’s True and What’s Not? Read More »
PCB Power Integrity Analysis In today’s cars, data acquisition systems are like high-tech sensors that keep track of what’s happening inside and outside the vehicle. They monitor important details such as engine performance, speed, fuel use, and even weather conditions to help make sure everything runs smoothly. These systems help car manufacturers and drivers by
How to Achieve Unmatched Power Integrity Analysis in PCB Designs? Read More »
Signal Integrity Analysis In today’s world, the rising number of road accidents and their serious effects highlight a critical problem. Despite progress in vehicle safety technology, we still face a major challenge in reducing accidents and saving lives. Every year, countless people are injured or killed in traffic collisions, showing just how urgent the need
Why Signal Integrity analysis is Essential for Reliable Adaptive Cruise Control? Read More »
PCB Thermal Analysis Think of where cars have come from: Starting as simple horse-drawn carriages, they’ve evolved into the sophisticated vehicles we drive today. One standout feature of modern cars is adaptive cruise control (ACC), which uses sensors and cameras to automatically adjust your car’s speed based on the traffic around you. It’s like having
5 Common Mistakes in Thermal Analysis and How to Avoid Them? Read More »
Worst Case Circuit Analysis In the rush of getting to the office, Have you ever been stuck in traffic and noticed how the pollution from cars can be irritating and disruptive? The smog, noise, and exhaust fumes can really affect our daily lives. This is where electric vehicles (EVs) come in, offering a breath of
10 Ways Worst Case Circuit AnalysisEnhances Safety in EV Battery Systems Read More »
Signal Integrity Issues In the world of printed circuit boards (PCBs), think of digital bits as tiny messengers carrying important messages from one place to another, like a well-coordinated team. Signal integrity acts like a reliable guide, making sure these messengers reach their destination smoothly without getting lost or mixed up. Now, let’s relate this
Why pcb designers should be aware of the signal integrity issues? Read More »
Worst-case circuit Analysis Ever wondered how your electronics can handle extreme conditions without breaking a sweat? It all began with the military and aerospace industries’ need for bulletproof reliability. Enter worst-case circuit analysis (WCCA): a methodical approach to ensure electronic systems work flawlessly under the toughest scenarios. Initially developed to meet stringent military standards, WCCA
Can Worst-Case Circuit Analysis Prevent Failures in Autonomous Vehicles? Read More »
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