9C18000014

Series:	9C
Packaging:	Tape & Reel (TR)
Part Status:	Active
Type:	MHz Crystal
Frequency:	18MHz
Frequency Stability:	±30ppm
Frequency Tolerance:	±30ppm
Load Capacitance:	20pF
ESR (Equivalent Series Resistance):	30 Ohms
Operating Mode:	--
Operating Temperature:	-10°C ~ 60°C
Ratings:	--
Mounting Type:	Surface Mount
Package / Case:	HC-49/US
Size / Dimension:	0.449" L x 0.189" W (11.40mm x 4.80mm)
Height - Seated (Max):	0.161" (4.10mm)

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Introduction

Crystals are natural or manmade materials that exhibit a regular arrangement of atoms, ions or molecules, which in turn creates a pattern of electrical potentials on the surface of a crystal. This arrangement is referred to as a lattice structure, and when electrical fields are applied to such structures they can produce or manipulate electrical signals. 9C18000014 is an example of such a crystal that has been developed to make use of these electrical signals, and this article will outline the application field and working principle of this crystal.

Definition of 9C18000014

9C18000014 is a type of crystal, which consists of a thin film made up of atomically ordered metal-oxide material. The thin film is linked to a thicker base layer of metal, which ensures that the metal-oxide layer can be subjected to electrical fields, such as those associated with a transistor. The thin film contains a number of metal-oxide channels, which allow electrical signals to be sent or received through it.

Application Field

The 9C18000014 crystal is primarily used in the electronics industry, where it is found in highly advanced microprocessors, integrated circuits and optoelectronic devices. In these applications, the crystal is used as a switch or a controller, which enables the user to control the operation of the device in precise, precise micro-units of time. The 9C18000014 crystal is also used in a variety of optical detectors and systems, where it is used to detect and manipulate light signals. Additionally, the crystal can be used in the medical science industry, where it is used in lab equipment and CT scanners, as well as to monitor the performance of a biological system.

Working Principle

The 9C18000014 crystal utilizes a number of different working principles in order to manipulate target signals. Firstly, the crystal is designed in such a way that it can detect and respond to electrical signals applied to it. When an electrical field is applied, the thin film of the crystal will react, producing a small electrical charge which is then manipulated by the device to switch on or off. This principle is known as the field-effect transistor (FET).
The second principle that the 9C18000014 crystal utilizes is the tunnel diode. This is when electrical fields are applied to the crystal from two different directions, which cause electrons to pass through a narrow channel, effectively creating a current. This current can be used to manipulate the signal being sent through the crystal, creating either a low or high signal depending on how the diode is configured.
Finally, the crystal utilizes a semiconductor diode in order to manipulate electrical signals. In this instance, the crystal is made up of two layers, one of which is doped with an extra electron, while the other layer is doped with an extra hole. When voltage is applied to the crystal, it can manipulate the signal being sent through it, depending on whether a low or high voltage is being applied.

Conclusion

The 9C18000014 crystal is a highly advanced crystal that is used in a variety of applications. It utilizes a number of different principles, including field-effect transistors, tunnel diodes and semiconductor diodes, in order to manipulate electrical signals. In doing so, it can be used to control the operation of advanced electronic devices, optical detectors and biological systems.

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