Licky's Column

22 steps to summarize the entire PCB design process

22 steps to summarize the entire PCB design process

1. Preparation of files Before PCB designing, it is necessary to ensure that the following files are prepared, which can ensure the accur...

Designing Power MOSFET Circuits

Designing Power MOSFET Circuits

Understanding MOSFET Gate Capacitance Understanding that the gate of a MOSFET acts as a capacitor is crucial in understanding how to design MOSFET...

Top 7 PCB Design Software Tools

Top 7 PCB Design Software Tools

1. Altium Designer Altium Designer is the most famous PCB design tool in the market. You can simulate your circuit with Altium PCB software (IHRE S...

How to Design a Microcontroller Circuit?

How to Design a Microcontroller Circuit?

The circuit design needed for an embedded microcontroller can be a little overwhelming. Just the data sheet and technical references alone can run ...

Low-Power IC Design: Techniques and Best Practices

Low-Power IC Design: Techniques and Best Practices

Low-power IC (integrated circuit) design is a crucial aspect of modern electronics, as it allows for longer battery life and lower energy consump...

Schematic vs. Layout: PCB Geometry, Parasitics, and Signal Integrity

Schematic vs. Layout:  PCB Geometry, Parasitics, and Signal Integrity

PCB Schematic vs. Layout: What's the Difference? In short, every difference between the behavior you determine from simulations with your schematic...

Control FAN and LIGHT using TV remote

Control FAN and LIGHT using TV remote

Water level indicator

Water level indicator

Guidelines for RF and Microwave Design

Guidelines for RF and Microwave Design

RF AND MICROWAVE PCB BASICS The simplest way to describe RF and microwave PCBs is that they contain components that carry RF or microwave signals. ...

RF/Microwave PCB Design & Layout Guide

RF/Microwave PCB Design & Layout Guide

What Are RF and Microwave PCBs? RF and microwave PCBs operate on signals in the megahertz to gigahertz frequency ranges (very low frequency to extr...

HDMI Design Guidelines : Layer Stack-up, Differential Pair

HDMI Design Guidelines : Layer Stack-up, Differential Pair

Layer stack The pin-out of a HDMI mux-repeater is tailored for the design in HDTV receiver circuits (see Picture below). Each side of the package p...

5 Steps to Design an RF Amplifier

5 Steps to Design an RF Amplifier

Design Steps   Steps 1 - Determine 5 Design Stages of The RF Amplifier   Input Matching network: The impedance line connects with the amplifier wi...