FP4LDLD045MR2XE

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It is always essential for our everyday lives to know the application field, working principle, and performance characteristics of various products on the market. FP4LDLD045MR2XE is known for its advanced features and efficient operation. This article will explore the application field, working principle, and performance characteristics of FP4LDLD045MR2XE.

The FP4LDLD045MR2XE is a piezo electric crystal oscillator which is used as a frequency reference for signals in wireless communication systems. It is mainly used in cellular telephone base stations, paging systems, and two-way radio systems. It is also used in public safety systems, such as those used by police and fire departments. The features of the FP4LDLD045MR2XE oscillator include low power consumption, wide crystal temperature range, and the ability to operate over a wide range of frequencies (10 kHz to 30 MHz).

The working principle behind the FP4LDLD045MR2XE is based on the piezoelectric effect. Piezoelectric crystals generate mechanical energy when voltage is applied to them. This mechanical energy can be in the form of vibration or strain, and this vibration is used to generate a frequency reference. The frequency reference is then used to modulate signals in the wireless communications system. The crystal temperature range is maintained by using high-precision temperature compensation circuitry.

The performance characteristics of the FP4LDLD045MR2XE oscillator include excellent frequency accuracy and stability. It has a typical accuracy of ±10 ppm, meaning that it can be used to generate signals that are very accurate and stable over time. The oscillator also has low phase noise, which makes it highly suitable for use in applications where high signal integrity is required, such as cellular telephone base stations, paging systems, and two-way radio systems.

The FP4LDLD045MR2XE is a reliable and high-performance frequency reference device, and it is used in many applications where precision signal generation is required. Its application field, working principle, and performance characteristics make it a useful tool in the world of wireless communication systems.

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