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Read ArticleWhat is Signal to Noise Ratio and How to calculate it?
The signal-to-noise ratio is the ratio between the desired information or the power of a signal and the undesired signal or the power of the background noise.
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Read ArticleWhat is a PIC Microcontroller: The Harvard Architecture
A PIC Microcontroller was originally the peripheral interface controller, however, now has been expanded in its utility to programmable intelligent computer.
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Read ArticleWhat is an MCU and How do Microcontroller Units Work
An MCU, or microcontroller unit, is a semiconductor Ic working with communication protocols, memory, and other system processes.
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Read ArticleRF Oscillator Circuits: Design and Layout with ICs
Here are some simple circuits that can be designed up to GHz RF oscillators and how to include these oscillator circuits in your PCB layout.
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Read ArticleDesign for Low PCB Thermal Resistance
Here are some ways you can design your board with low PCB thermal resistance as part of a larger heat management strategy.
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Read ArticleStructural Return Loss in High Frequency and High Speed Systems
If you’re working at high frequencies, then you might encounter structural return loss. Here’s how to avoid designing return loss dominated channels.
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Read ArticlePLL vs. DLL for Clock Synchronization and Skew Compensation
Here’s how you can use PLL vs. DLL circuits for clock synchronization and skew compensation.
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Read ArticleTime Domain Analysis vs Frequency Domain Analysis: A Guide and Comparison
The use of both time domain and frequency domain analysis techniques yield the most useful insight into your design requirement needs.
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Read ArticleVCO vs. NCO: Which Synthesizer Should You Use?
The simulation tools in PSpice can help you choose between a VCO vs. NCO for your synthesizer, PLL, or coherent detector.
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Read ArticleDifference Between Microprocessor and Microcontroller: Pin Count and Processing Power
The difference between microprocessors and microcontrollers is between processing speed demands and data rates for applications.
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Read ArticleSerDes Design: High Speed Electronic Challenges
The challenges facing designers using SerDes is continuously increasing in difficulty due to data and speed demands.
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Read ArticleThe PCB Ground Plane and How it is Used in Your Design
Like the foundation of a house, the PCB ground plane must be designed correctly to make sure that the circuit board will operate smoothly without failures.
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Read ArticlePower Amplifier Oscillation: Parasitics and Effects on Amplifiers
Parasitic Oscillation in power amplifiers reduce functionality and amplifier performance.
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Read ArticleHigh Performance PCB Systems Design and Analysis Guide
High performance PCB systems design requires ensuring signal and power integrity throughout your board and advanced routing techniques.
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Read ArticleWireless Sensor Networks in Agriculture
Wireless sensor networks in agriculture are rapidly changing the optimizable ways of integrating devices into historical traditions of farming.
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Read ArticleFinite Element Method (FEM) vs. Finite Volume Method (FVM) in Field Solvers for Electronics
One of the biggest differences between the FEM and the FVM, is the ease of implementation.
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Read ArticleHigh-Speed Serializer/Deserializers: Implementations and Chip Solutions
The ever-growing demand for increased speed and volumes of data make the Serializer/Deserializer an invaluable electronic device.
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Read ArticleDo You Need A Differential Pair Reference Plane
Managing ground returns in differential pair circuits may require a reference plane. Consider your designs with the following knowledge.
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Read ArticleRF Switch Circuits: Applications and Functions in Today's Electronics
RF switch circuits are becoming more critical to the design process in the field of wireless technology.
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Read ArticleFPGA vs. ASIC: Differences and Choosing Best for Your Business
The fundamental differences between FPGA and ASIC is programmability, per unit cost, and versatility.
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