7M16000348

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Crystals are a part of the modern world and can be found in the medical, automotive, communications, and retail sectors. The 7M16000348 crystal is an industrial material used in a variety of applications and its working principle is quite intricate and highly scientific. In this article, we will explore the application field of the 7M16000348 crystal and its working principle.

The 7M16000348 is a quartz crystal oscillator specifically designed for use in power management circuits, such as those found in computers and other device controllers. It is manufactured using silicon chips with an illuminated LED lens that is covered by a protective anodized aluminum housing. The 7M16000348 has the following characteristics: a frequency range of 15 MHz, an output power of 2.5 mW, a low phase noise floor of -42 dBc/Hz, a small footprint size of 18 mm x 8 mm, and a temperature stability range of ±5 ppm.

The 7M16000348 crystal oscillator has many uses, such as frequency stabilization and synchronization, signal-to-noise enhancement, throughput improvement, and precise signal transmission in the fields of wireless communications, medical equipment, instrumentation, telemetry applications, and automotive. Its precise frequency and stable performance are essential for most signal transmission applications.

The 7M16000348 crystal ranges use piezoelectricity to generate and disrupt a crystalline frequency in order to create a well-controlled resonant frequency with a small footprint. Piezoelectricity is the ability of certain materials, such as quartz, to generate an electrical charge when a mechanical force is applied to them. The process for the 7M16000348 starts with applying a voltage to an small quartz crystal element which causes the quartz to vibrate. The vibration of the quartz crystal generates a mechanical resonance frequency that is used to control an oscillator. The oscillator perturbs the resonant frequency of the quartz crystal, which in turn causes the quartz to generate an electrical signal. This signal is amplified and used as the output of the oscillator.

In conclusion, the 7M16000348 crystal is an industrial material used in a variety of applications in the medical, automotive, communications, and retail sectors. It is a quartz crystal oscillator specifically designed for use in power management circuits, such as those found in computers and other device controllers. It has the frequency range of 15 MHz, an output power of 2.5 mW, a low phase noise floor of -42 dBc/Hz, a small footprint size of 18 mm x 8 mm, and a temperature stability range of ±5 ppm. It is useful in frequency stabilization, synchronization, signal-to-noise enhancement, throughput improvement, and precise signal transmission in the fields of wireless communications, medical equipment, instrumentation, and automotive. The 7M16000348 crystal ranges use piezoelectricity to generate and disrupt a crystalline frequency, which results immense benefit to the application of this crystal in a wide variety of industries.

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