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.

Uncover the pulse of transportation with ECS Inc. International! Join us as we delve into the market landscape, explore automotive end-use cases, and showcase our precision timing solutions that drive the future of the industry.

ECS Inc. introduces the ECS-2012MV-327KE 32.768 kHz HCMOS MultiVolt™ Oscillator, a versatile component that offers MultiVolt capabilities.

ECS-2520MV 是 HCMOS 表面安装晶体振荡器，采用陶瓷 2.5 mm × 2.0 mm × 0.8 mm 工业标准封装，节省了电路板空间。这些宽供电电压晶体振荡器兼容 1.8 V、2.5 V、3.0 V 和 3.3 V 电源电压。ECS-2520MV Multivolt 晶体振荡器在 -40 °C 至 +85 °C的扩展温度范围内具有优异的频率稳定性。它们还具有低的、1 ps 典型抖动。

The ECS-25 20 M V are H CMOS surface mount oscillators that come in a ceramic 2.5 by 2.0 by 0.8 millimeter industry-standard package that saves board space.

David Meaney discusses what thermistor crystals are and when to use them! Thermistor crystals can compensate the effects that temperature has on quartz crystal and can offer tight frequency stabilities.

David Meaney covers drive level and negative resistance. The drive level is the power dissipated by the crystal when it is operational; if the highest drive level is exceeded, the crystal may become unstable and may have complete crystal failure.

David Meaney will discuss oscillator transconductance, resonance modes, and design considerations. Transconductance is vital in understanding if an oscillator will start consistently.

Quartz crystal has an internal structure that allows it to be used at very specific frequencies. When quartz crystal’s temperature changes, the frequency will change as well.

David Meaney discusses the differences between series and parallel oscillator circuits. In a series circuit, the resonant frequency is the only the resistive value whereas a parallel circuit uses a crystal to operate with a specific load capacitance.

In episode two of our Oscillator Design Principles multipart series, David Meaney reviews oscillator start-up time and reactance in an oscillator circuit.

In episode one of this multipart series, David Meaney covers the basics of oscillators and oscillator principles. During the video, you will learn what an oscillator is, discover a variety of applications, and what resonators are associated with them

In episode four of our Oscillator Design Principles multipart series, David Meaney discusses frequency pulling methods and circuit load capacitance.

Modern Business, host Mike Ditka will share the story of ECS Inc. and highlight our goals and vision for the future. The segment will focus on applications, trends and issues related to “Key Electronic Components Meeting Todays Industry Standards”.

This video will look at various types of clocks and discuss some of the acronyms used to identify them and the Hierarchy of their use and performance.

To understand the history of quartz we need to examine what it is. Quartz is a mineral made of Silicon Dioxide, that is found in abundance in nature. In fact, Quartz is the second most abundant mineral in Earth’s crust.