9B-35.328MBBK-B

Series:	9B
Packaging:	Bulk
Part Status:	Active
Type:	MHz Crystal
Frequency:	35.328MHz
Frequency Stability:	±50ppm
Frequency Tolerance:	±50ppm
Load Capacitance:	20pF
ESR (Equivalent Series Resistance):	80 Ohms
Operating Mode:	3rd Overtone
Operating Temperature:	-20°C ~ 70°C
Ratings:	--
Mounting Type:	Through Hole
Package / Case:	HC-49/US
Size / Dimension:	0.453" L x 0.197" W (11.50mm x 5.00mm)
Height - Seated (Max):	0.145" (3.68mm)

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Crystals

Application Field and Working Principle of 9B-35.328MBBK-B

Incorporating the latest generation of 35.328MHz miniature crystal oscillator, the 9B-35.328MBBK-B is a modern crystal product from a leading manufacturer. The product has a number of application fields, such as in consumer electronics, communications and computers. It is also commonly used in point to point communication, digital radio and digital TV systems, Doppler radar and global navigation satellite systems.Crystals, like the 9B-35.328MBBK-B, are one of the most widely-used clock sources in today\'s market, providing a significant contribution to the overall accuracy and precision of electronic systems. So what is the working principle behind these crystals?Simply put, the crystal works by vibrating based on a resonant frequency that is determined by the size and shape of the crystal material used. The crystal’s electrical response is altered by changes in the surrounding electric field, which causes the crystal resonator to vibrate at different frequencies depending on the charge applied.Crystals, like the 9B-35.328MBBK-B, are cut in a specific shape which determines the exact resonant frequency at which a crystal oscillator will vibrate. This resonant frequency is usually given in units of Hertz, though it can also be measured in megahertz or kilohertz.The crystal is composed of different layers, each of which serve a different purpose. The first layer is a substrate layer, which provides the electronic connection between the crystal and the electronic system. The next layer often consists of oxide layers which create the charge that cause the crystal to vibrate. The next layer consists of a protective coating which helps to prevent degradation of the crystal or the frequency output.The circuit that the crystal is attached to plays a very important role in the working of the crystal. This circuit is responsible for providing the electrical current and voltage needed for the crystal to produce its resonant frequency. The circuit can also be used to control the frequency by applying a certain amount of voltage or current to the crystal.In order to ensure that the crystal operates at a certain frequency, the voltage and current applied to it must be precisely controlled. This requires specialised components and circuitry, such as specialised transistors, oscillators and filters.To conclude, the 9B-35.328MBBK-B crystal is a highly reliable and cost effective way to provide accurate clock sources for a wide range of electronic systems. It is composed of different layers which are designed to create a voltage and current response, and the surrounding electronic circuitry must be designed to provide the necessary control in order to achieve the desired frequency.

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