9B48070002

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Crystals are small components found in a wide variety of electronic and electronic-optical systems designed to detect and comprehend various forms and frequencies of signals. They act as a passage for electrical energy, and specific crystals are used to transmit, transmit and receive different signals.

They are important components in a device and are not visible as they are integrated into the device or circuit. Each has a unique identification or “fingerprint” allowing them to act as transceivers and receivers between alternating current to direct current and back again. Crystals are often made with compounds such as quartz, diactinates or fluorides in order to achieve higher frequencies. Furthermore, in some cases, crystals are doped with the addition of rare elements to help achieve this.

A 9B48070002 crystal is a popular type of quartz-based oscillator crystal that is used in a variety of applications, including digital circuitry, television schemes, RF and microwave devices, cellular bridges, and more. Typical applications include frequency synthesizers, clocks, digital signal processing, as well as wireless communication units.

The working principle of the 9B48070002 crystal is based on elasticity, arising due to heavy pressure applied on the quartz through a piezoelectric effect. Quartz is made out of two elements: Silicon and Oxygen, which can be compressed and stretched when a voltage is applied across its surfaces. When stretched, the quartz will vibrate at a set frequency, which is determined by the settings of manufacturing. This is the same rate at which an oscillator is operating with the 9B48070002 crystal.

The 9B48070002 crystal operates in the range of frequencies of 1.8MHz to 150MHz, and is mainly used in communication systems where its properties enable them to transmit and receive information quickly and accurately. Its main features include a low current consumption of 1mA, low power dissipation of 10mW, a low operating temperature of -40°C, small size and its high tolerance to temperature fluctuations. It has a vibration frequency of 10kHz, allowing for low jitter and small frequency deviation for its entire range of operation.

The shape of the 9B48070002 crystal is cube in the majority of cases, providing for high-precision operation and optimal performance within the frequency ranges of 1.8MHz to 150MHz. Its small size allows for easy integration into existing circuitry, making it an ideal choice for applications.

The high frequency of the 9B48070002 crystal provides excellent accuracy of receive and transmit signals, as well as providing consistent frequency over the entire range of operation. This makes it ideal for use in a wide range of applications, such as the automotive and telecommunications industry. Furthermore, its low power consumption makes it more economical than other types of crystals, making it an ideal option for use in applications involving lower energy requirements and smaller budgets.

The 9B48070002 crystal is a versatile and cost-effective option for many electronic and electronic-optical system applications. Its low current consumption and small size make it an ideal choice for various communication systems, as well as a variety of radio and mobile devices, digital signal processors and more. In addition, its frequency stability means that it can be used in a wide range of applications, from automotive and telecommunications to medical and research.

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