DSC2111FI2-E0019T

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The DSC2111FI2-E0019T clock oscillator is a crystal oscillator that falls into the category of pin configurable/selectable oscillators. It is a powerful chip with a wide range of applications and the capacity to produce precise frequencies without the need for complex clock adjustment. This device is versatile, high performance, low-cost, and easily manufacturable, making it perfectly suited for a variety of applications such as telecommunications, audio systems, and video systems.

This versatile and reliable oscillator, also known as a crystal oscillator, is capable of producing precise and stable frequencies that are accurate to less than half a nanosecond. It is able to generate any frequency between 0.25 and 25 MHz with single-digit accuracy. It is ideal for applications where large frequency ranges and high-precision frequency tuning are required. The device’s high-precision performance is achieved through phase-lock loop (PLL) circuit technology.

The DSC2111FI2-E0019T is also designed to be extremely cost effective. It utilizes a semiconductor integrated circuit (IC) that integrates common passive components such as inductors, capacitors, and resistors which reduces the cost of the device significantly. The IC is constructed with precise ceramic capacitors and precision LC circuits which ensures accurate frequency control. The device can be powered using either 5 or 3.3V power sources.

The device has also been designed to be highly reliable. This is achieved by its use of low-power consumption components, as well as its on-chip amplitude control capability. The device is also able to operate in temperatures from -20 to 70 degrees centigrade with a maximum frequency deviation of 0.05%. This feature greatly enhances the stability of the device in industrial environments.

When building a system that requires precise and stable frequency from multiple sources, the DSC2111FI2-E0019T makes an ideal choice. This device is highly reliable, cost effective, and highly precise, making it a great choice for a wide range of applications including telecommunications, audio systems, and video systems.

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