Power Distribution Basics on Low-Layer Count Boards
Learn power distribution for low-layer PCBs. Overcome voltage drop, ground bounce, and power integrity challenges to optimize designs for reliability and performance.
Read Article
-
-
Differential Pairs: From Basic Concepts to Advanced PCB Routing
Differential pair routing is at the heart of high-speed PCB design. This blog summarizes practical layout strategies for USB, HDMI, DisplayPort, PCIe, and Ethernet, covering impedance control, length
Read Article
-
T Network Impedance Matching for Sub-50 Impedances
T network impedance matching is necessary to maximize power transfer and minimize damage to source and load components from standing wave reflections.
Read Article
-
IC Design Steps: Keeping Pace with Modern DFM
IC design steps require a bilateral approach where details are immediately incorporated, but designers have significant latitude in placement and routing.
Read Article
-
High-Density PCB Design Planning
Learn how to plan high-density PCB design beforehand to ensure your design stays within budget limits.
Read Article
-
IPC Standard Tolerance Effects
For DFM, IPC standard tolerances provide a template for testing and inspection that ensure devices meet minimum reliability requirements.
Read Article
-
The IC Packaging Process
IC packaging is complex and intricate. Learn more about the IC packaging process here.
Read Article
-
QFN Package Dimensions
QFN IC packages are common in PCB boards. It is important to know QFN package dimensions when designing your PCB.
Read Article
-
Cellular IoT Applications in Smart Cities
Learn how cellular IoT applications are used in cities to make our daily lives easier.
Read Article
-
Categories of Cellular IoT Board Connections
Learn about cellular IoT board connections and how they are categorized in this brief article.
Read Article
-
URLLC Latency Requirements in User and Control Planes
Learn about URLLC latency requirements in user and control planes in this brief article.
Read Article
-
Improve PCB Thermal and Electrical Performance With Joule Heating Simulation
Learn how Joule heating simulation helps designers analyze thermal effects and changes in electrical performance due to heating.
Read Article
-
An Introduction to Modern Ka-Band Radar Design
Learn more about Ka-band radar design as well as its advantages and applications in this brief article.
Read Article
-
Use mMTC 5G for Low Bandwidth and Deep Coverage
Learn about the benefits and applications of mMTC 5G technology in this brief article.
Read Article
-
What is a Box Build Assembly?
When should you worry about PCB solder mask reliability? Make sure you follow these tips on how to select your PCB solder mask.
Read Article
-
The Benefits of 5G mmWave Technology
Learn how the benefits of 5G mmWave technology are helping to innovate connectivity solutions in electronic devices.
Read Article
-
Component Vulnerability Assessment Improves Design Security
Component vulnerability assessment includes both hardware and software defenses that anticipate the most susceptible aspects of a board.
Read Article
-
Can You Really Eliminate Far-End Crosstalk (FEXT) in a PCB?
FEXT in striplines does not always cancel. To do so requires a specific arrangement of dielectrics in a PCB.
Read Article
-
VRM Spread Spectrum Frequency Modulated for Reduced EMI
Reduce EMI and noise in Voltage Regulated Modules (VRMs) by using spread spectrum frequency modulation to concentrate on one particular frequency.
Read Article
-
Panelization Functionality now included in OrCAD PCB Designer Professional
The latest version of the OrCAD software helps you to streamline your design process and design better products at a quicker pace. One key feature that has been added to the latest release of...
Read Article
-
Loading More...
