MP160A-E

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Crystals are a type of solid material that exhibit a structure that is periodic lattice, showing special electric and magnetic characteristics, including piezoelectricity, pyroelectricity, and electrooptical effects, as well as other effects. Crystals are used in a variety of applications, from communications to lighting, and from medical to industrial applications. One particular type of crystal, the MP160A-E, is a high-frequency, wide-band crystal that is designed for use with RF receivers. The MP160A-E is a quartz-based ceramic chip crystal with an extremely low jitter and low power consumption. It has a resonant frequency of 12MHz to 160MHz, a pullability of up to 30ppm and an operation temperature range of -20°C to 85°C. This crystal is design to be easy to assemble, making it suitable for use in a variety of high-frequency, wide-band applications.The MP160A-E is highly suitable for use in communication receivers and radio equipment, such as short-wave radio. Its high-frequency, wide-band nature makes it useful for data transmission and signal receiving, as well as for any other uses requiring the signal to pass through a wide frequency range. Furthermore, its low power consumption and extremely low jitter make it particularly suitable for use in portable communication equipment, such as handheld walkie-talkies, as well as other applications.This type of crystal is based on basic principles of crystal theory. All crystals, whether quartz-based or using other material, are made up of a regular array of elements, such as silicon, and the elements vibrate at a certain frequency when the crystal is exposed to the right frequency. Each element of the crystal is a separate entity connected to the next, but only by the force of their vibration. Thus, it is the combination of individual elements that make up the crystal that is responsible for its unique resonance, and hence the frequency of its signal. For the MP160A-E crystal, the resonant frequency is determined by the size of the crystal and the array of elements that make it up. The resonant frequency for a particular crystal can be tuned to a very precise frequency using small rotations of the crystal, which can move the elements slightly, altering the resonance and hence the frequency of the signal. Crystal resonators, such as the MP160A-E, can be used to filter out frequencies and determine their exact frequency, allowing them to be matched to particular frequencies. Complex audio systems, for example, can make use of crystals to help filter out unwanted low-frequency or noise signals, making them suitable for use in audio systems.The MP160A-E is an extremely useful and versatile crystal, offering a wide range of uses in a variety of applications. Its high-frequency, wide-band nature ensures it is well-suited for data transmission, radio applications and portable communication equipment. Furthermore, its low jitter and low power consumption make it ideal for portable devices, making it an invaluable asset for a variety of settings.

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