LP184F23CET

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Crystals are a specialized form of circuit components that employ a voltage to create a waveform or frequency accuracy and stability. The LP184F23CET crystal is one such component, offering many features and utilities in its waveform production, including low feedback and cost efficiency. This article will explore the LP184F23CET’s application fields and working principles.

The LP184F23CET crystal is a high performance SC-cut, AT-cut crystal oscillator, designed for ultra-precise and reliable operation. The component provides a frequency range of 5 MHz to 133 MHz, with low frequency stability and wide temperature range operation. The component also has high vibration and shock resistance for use in challenging environments.

The LP184F23CET has a variety of applications, from communications and aerospace to medical, automotive, and industrial. The component is suitable for use in PC peripherals, computing devices, data storage, mobile phones, base stations, radar receivers, and military applications.

The component is also compatible with several different types of output formats, including HCSL, HCSL+, PECL, LVDS, and LVPECL. The component can also facilitate the differential output with a frequency range of 5 MHz to 133 MHz. Additionally, the component has a frequency accuracy of less than ±10ppm, providing highly precise performance. As a result, the component is especially useful for applications that require precision, stability, and accuracy.

The LP184F23CET also comes with enhanced features such as low noise, fast start-up, an integrated load circuit, and an optimized power profile. This allows the component to deliver superior performance in terms of both frequency and power. The component also offers excellent resistive and capacitive load stability, with ESR values as low as 15 kHz.

The LP184F23CET employs the standard oscillator circuit, with an oscillator chip connected to an oscillator load. The oscillator load provides a resistance, capacitance, and inductance to create a frequency, while the oscillator chip utilizes these inputs to create a precise and stable frequency output. The oscillator circuit also includes a voltage control element, which is used to control the frequency accuracy of the component.

The LP184F23CET also has a built-in temperature sensor, and the component utilizes this temperature information to adjust the frequency accuracy. As a result, the component can remain accurate over a wide temperature range, and users can expect an accuracy of ±1 ppm over a range of -40�C to +85�C.

In conclusion, the LP184F23CET is a reliable and precise crystal oscillator with a wide range of applications. The component offers a frequency range of 5 MHz to 133 MHz, with frequency accuracy of ±10ppm. The component is capable of delivering superior performance in terms of both frequency and power, and is resistant to both vibrations and shock. The component also comes with several other features, including integrated load circuit, low noise, and excellent resistive and capacitive load stability. And, with its temperature sensor, the LP184F23CET’s frequency accuracy remains accurate over a wide temperature range.

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