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Selecting Crystals for SPC5 and STM8 Automotive MCUs
Publish Date: 2025-06-11
A selection tool helps match clock crystals to SPC5 and STM8 MCUs in the challenging automotive environment to assure timing precision and stability.
DigiKey was honored to receive 16 awards from its supplier partners during the 2025 EDS Leadership Summit, held May 19-23, in Las Vegas.
ECS ECX-33AQ quartz crystals are AEC-Q200 surface mount MHz crystals available in a 3.2 mm x 2.5 mm x 0.95 mm 2-pad package.
At electronica 2024, on the DigiKey booth, Caitlin Gittins speaks with Eric Slatten, President and CEO, ECS Inc and Randy Yeary, VP, Global Operations about the company’s design tools and solutions.
The Relationship Between Wi-Fi 7 and Frequency Control
Publish Date: 2024-12-18
Wi-Fi 7, the latest evolution of the wireless technology, depends on technologies that require precise frequency control.
Explore the evolving IoT market and its diverse applications. Discover how ECS Inc.'s timing solutions support the IoT landscape and help drive innovation in our product offering of crystals, oscillators, inductors, resonators, and filters.
Sample Kits
Publish Date: 2024-10-03
Specialized sample kits from ECS Inc. provide a comprehensive range of components tailored to meet specific design needs and various timing applications.
ECS-2520SMVQ MultiVolt™ Crystal Oscillators
Publish Date: 2024-09-27
ECS ECS-2520SMVQ AEC-Q200 tight stability MultiVolt™ oscillators in a 4-pad ceramic package are ideal for automotive, industrial, and IoT applications.
ECOC-7050 Oven-Controlled Oscillator
Publish Date: 2024-09-26
ECS ECOC-7050 oven-controlled oscillator offers a ±50 ppb stability option.
This whitepaper presents an in-depth examination of the evolution and differences between traditional discreetly built temperature-compensated crystal oscillators and their modern application-specific integrated circuits based counterparts.
In this whitepaper, we will cover the history of Wi-Fi technologies, explore Wi-Fi 7 capabilities, popular end applications and discuss the role of frequency control in Wi-Fi 7 systems.
This webinar will discuss what ECS timing product is most popular in medical applications and where it’s needed. Timing and power components are critical in the design and functionality of medical technology.
In episode three of this multipart series, David Meaney discusses ECS Inc. International’s tight stability SMV and low jitter LMV MultiVolt oscillator offerings. During the video, you will learn the specifications for the SMV and LMV oscillators.
If you're working with an STMicroelectronics MCU, you'll need a timing device. ECS Inc. International has been featured in over 60 references for the STM32 LSE kHz clocks and 600 references for the HSE MHz clock.
Dive into the dynamic world of medical technology as we navigate through market trends, discuss real-world applications, and unveil our precision timing solutions revolutionizing the healthcare landscape.
In episode five of this multipart series, David Meaney discusses ECS Inc. International’s MultiVolt TCXO offerings. During the video, you will learn how our MultiVolt TCXOs are designed and manufactured to have specific superior characteristics.
Learn more about the industrial sector with ECS Inc. International! Join us as we delve into the market landscape, explore industrial end-use cases, and showcase our precision timing solutions that drive the future of the industry.
ECS-3225SMVQ Automotive-Grade MultiVolt™ Crystal Oscillator
Publish Date: 2024-07-01
ECS' ECS-3225SMVQ tight-stability, automotive-grade MultiVolt™ crystal oscillators are ideal for low-power, portable, industrial, and IoT applications.
ECX-33B2Q Series 3.2 mm x 2.5 mm Automotive-Grade Crystals
Publish Date: 2024-06-27
ECS’ ECX-33B2Q series 3.2 mm x 2.5 mm automotive-grade surface mount crystals offer low first year aging of ±2 ppm.
ECS-CTA Series Ceramic Resonators
Publish Date: 2024-05-28
ECS’ 6.0 mm x 3.0 mm x 1.5 mm surface mount ceramic resonators are ideal for low-cost applications where absolute frequency accuracy is not critical.
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