LP150F33CDT

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Crystals are important to the efficiency and effectiveness of many electronics and power system designs. LP150F33CDT is one such crystal component that enables precise timing and frequency control in a variety of applications. This article will provide an overview of the LP150F33CDT component, its application fields, and its working principle.

LP150F33CDT Overview

LP150F33CDT is a component manufactured by Toko Inc., a leading international supplier of quartz components for consumer electronics and other markets. LP150F33CDT is a quartz crystal component with a frequency of 15MHz. It has a package size of 33.5mm x 9.7mm and a height of 6.3mm. The component consists of a quartz crystal element, a pair of electrodes, and a stainless steel case. The electrodes have the same contact pattern as the standard LP150F33CDT and provide reliable operation when the crystal is used in an application.

LP150F33CDT Application Field

LP150F33CDT is suitable for a wide variety of applications. It is used in automotive electronics and mobile phone RF circuits, microwave filters, video signal converters, modems, and more. Additionally, the component is used in clocks, watches and other time-keeping devices. The crystal is also used in the pulse oximeters, heart rate monitors, laboratory instruments, and many other kinds of consumer and medical devices. The precision of the LP150F33CDT is also advantageous for military applications like navigation systems and communication systems.

LP150F33CDT Working Principle

The LP150F33CDT works using the physical phenomenon of periodic vibrational energy. Inside the crystal, the oscillation of mass, driven by an electric field, forms a shape that is periodic in space and time. This oscillation generates an electrical signal, which is used to measure time or frequency accurately. The frequency, power, and temperature all have an influence on the oscillation. LP150F33CDT components are designed to be very precise to enable a repeatable and stable signal.

LP150F33CDT crystals are temperature compensated to ensure a high degree of precision across a wide temperature range. The power supply voltage is also important and must be stabilized to prevent drift and instability of the signal. In addition, the materials used to create the crystal are carefully chosen to ensure the accuracy and stability of the signal.

Conclusion

LP150F33CDT is an important quartz crystal component used in a wide variety of applications. Its ability to provide precise timing and frequency control is highly advantageous for automotive, mobile, and military applications as well as many consumer products. The crystal works by using a physical phenomenon that involves the periodic vibrational energy from an electric field. Furthermore, temperature compensation and power supply voltage regulation are essential to ensure accuracy and stability.

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