LP100F35CDT Crystals, Oscillators, Resonators

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Crystals play a critical role in today’s electronic devices and are used to generate the required clock frequency and accuracy to enable the functioning of electronic circuitry. The LP100F35CDT is part of a family of crystals used in frequency-dependant applications. The LP100F35CDT is a low-power low-frequency crystal that can be used as an oscillator in timing circuits.

The LP100F35CDT is a ceramic package, 20 mm x 21.85 mm x 3 mm in size, with a low profile height of 1.9 mm. The crystal provides a frequency of 35.328 MHz and is designed for use as an oscillator in clock-based circuits. The crystal is manufactured with a high-precision, controlled temperature environment for higher accuracy and stability. The temperature range specification for operation is - 40⁰C to 85⁰C.

The LP100F35CDT works on the principle of crystal oscillator, which involves two active elements, namely an inductor and a capacitor. The inductor and capacitor are connected together in a tank circuit, causing them to resonate as an oscillator at a particular frequency. This frequency is determined by the electrical characteristics of the circuit. As the crystal vibrates, an impedance change is induced, thus creating an alternating current (AC) signal of the desired frequency at the output. The frequency of the oscillator is determined by the resonant frequency of the crystal, thereby allowing for a high degree of accuracy.

The LP100F35CDT is widely used in various frequency-dependent applications, such as timekeeping, frequency control, and clock synchronization. It can be used as a precision clock source in various timing circuits, such as phase-locked loop (PLL) circuits and counter circuits, for clock and data recovery. The LP100F35CDT can also be used as a clock source in data communication systems, as well as for frequency synthesis applications. In addition, the LP100F35CDT is suitable for various memory and real-time clock applications due to its low power consumption and high precision.

The LP100F35CDT offers a high level of accuracy and stability due to its manufacturing process, ensuring that the crystal operates consistently under the specified temperature range. This makes it ideal for precision clock synchronization and timing applications. Furthermore, the crystal design is compact, making it suitable for small form factor applications.

In conclusion, the LP100F35CDT is a low-power, low-frequency crystal that is ideal for frequency-dependent applications. It can be used as an oscillator in timing circuits, as a clock source in data communications, and for frequency synthesis applications. The crystal provides high precision, accuracy, and stability due to its controlled temperature environment during fabrication. Moreover, the device is compact, making it suitable for small form factor applications.

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