Articles & Blogs

A selection tool helps match clock crystals to SPC5 and STM8 MCUs in the challenging automotive environment to assure timing precision and stability.

Circuit designers must understand key factors like frequency stability and load capacitance to choose the right kHz crystal oscillator.

Wi-Fi 7, the latest evolution of the wireless technology, depends on technologies that require precise frequency control.

Enabling autonomous driving with EMI filters, inductors, crystals, and thermistors ensures smooth and reliable operation.

Wireless sensor networks depend on precise frequency control for seamless data transmission. Frequency control components ensure accurate communication.

Discover how the DS1302 Real-Time Clock module ensures reliable timekeeping for your projects.

UWB operates at a very high frequency and facilitates attributes like spatial audio, smart home integration and contactless payment systems.

Discover the science of Quartz's piezoelectricity. See how precise dimensions define its impact in electronic circuits.

Designers of high-speed links can apply a unique crystal oscillator design from Abracon that yields jitter of under 100 fs.

Explore how Science Olympiad cultivates the engineers of tomorrow. Dive into the realm of STEM education and its vital role in shaping young talents.

Don't know which oscilloscope to buy? Our detailed review of the RIGOL MSO5074 and buying guide will help you make the right choice.

Quartz crystals exhibit well-defined crystalline structures, are cost-effective and have exceptional electrical properties, such as piezoelectricity.

Arduino UNO R4 Minima and WiFi: Unleash advanced features and elevate your projects. Learn about the boards Arduino is calling the new horizon for makers.

DigiKey is partnering with GroupGets to help startups GetMade! This partnership will help startups who have fallen short of a successful crowdfunding campaign.

Finding an equivalent to an obsolete part can be difficult. However, DigiKey’s website has tools to help find crosses to parts quickly and easily.

Implementing High-Performance Programmable Clock Generators

Make learning Morse code easier by standardizing the DITs, DAHs, and spaces, while an optional microcontroller and display shows the decoded ‎characters.

Flip-flops and logic gates have the ability to do heavy lifting quickly and efficiently allowing intelligent timing operations without a ‎microcontroller.

A pseudo-random binary sequence generator can be used to create white or pink noise for frequency-response testing and acoustic equalization.

Many common issues result from timing and voltage issues. Follow these simple tips to ensure a faster, more reliable project build.