CS325S-52.000MEEQ-UT Allicdata Electronics
Allicdata Part #:

300-3012-2-ND

Manufacturer Part#:

CS325S-52.000MEEQ-UT

Price: $ 0.00
Product Category:

Crystals, Oscillators, Resonators

Manufacturer: Citizen Finedevice Co Ltd
Short Description: CRYSTAL 52.0000MHZ 10PF SMD
More Detail: 52MHz ±10ppm Crystal 10pF 50 Ohms 4-SMD, No Lead
DataSheet: CS325S-52.000MEEQ-UT datasheetCS325S-52.000MEEQ-UT Datasheet/PDF
Quantity: 1000
1 +: 0.00000
Stock 1000Can Ship Immediately
$ 0
Specifications
Series: CS325S
Packaging: Tape & Reel (TR) 
Part Status: Obsolete
Type: MHz Crystal
Frequency: 52MHz
Frequency Stability: ±10ppm
Frequency Tolerance: ±10ppm
Load Capacitance: 10pF
ESR (Equivalent Series Resistance): 50 Ohms
Operating Mode: Fundamental
Operating Temperature: -10°C ~ 60°C
Ratings: --
Mounting Type: Surface Mount
Package / Case: 4-SMD, No Lead
Size / Dimension: 0.126" L x 0.098" W (3.20mm x 2.50mm)
Height - Seated (Max): 0.028" (0.70mm)
Description

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Crystallography is a branch of science containing a broad range of topics, from the physics and chemistry of crystals and their lattices to the computational aspects of their symmetry and structure. While there are many crystallographic topics, one of the most fascinating is the use of crystallography in the field of microelectronic engineering. CS325S-52.000MEEQ-UT (MEEQ-UT) is an example of a microelectronic engineering crystal that is used to form miniature structures used in a variety of applications. In this article, we will explore the application fields of MEEQ-UT and its working principle.

Application fields

MEEQ-UT is an advanced crystal that is used to control the miniaturization of components in a variety of applications. For example, it is used in the production of microelectronic components such as transistors, capacitors and integrated circuits. Additionally, it is used in the fabrication of nano-scale structures for sensing, data storage and other advanced technologies. In addition, its advanced properties allow it to be used in the construction of millimeter-scale devices, such as compact optical systems and other small-scale applications.

Working Principle

MEEQ-UT is a crystal composed of multiple regions of hexagonal-crystalline lattice. It is highly crystalline, allowing it to be cut and shaped, and to easily deform. This makes it an ideal material for the construction of miniature structures. The hexagonal-crystalline lattice also gives it great rigidity, allowing it to maintain a stable shape under pressure. The lattice is composed of positively-charged atoms which form a network of channels, with each channel providing a pathway for the passage of electrons between two points. In this way, the lattice acts as a conductor, with each channel providing a rectified electrical current.

The channels form pathways that can be used to direct the electron flow in a variety of directions. For example, they can be used to form channels that cause the electrons to move in a repeating loop, creating a feedback loop. This feedback loop allows the device to regulate the movement and intensities of the electrons, making it possible to create a wide range of applications. For example, it can be used for the construction of miniature oscillators, oscillators that can generate and transmit signals in a wide range of frequencies.

In addition to its use in microelectronic engineering, MEEQ-UT can also be used in optical applications. Its high crystallinity makes it possible to create highly reflective surfaces by precisely controlling the angle and thickness of the crystal. By controlling the angle and thickness, it is possible to create highly reflective surfaces that are able to collect and direct light in a variety of directions. This makes it ideal for the construction of miniature optical systems.

Conclusion

In conclusion, MEEQ-UT is a wonderful example of how crystallography can be used to create highly advanced and miniaturized structures that can be used in a variety of applications. Its use in the field of microelectronics and optics, as well as its great degree of control over the electron and optical paths, make it ideal for the creation of miniature structures. This makes it a key component in the continued miniaturization of electronic and optical devices.

The specific data is subject to PDF, and the above content is for reference

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