XLL738012.288000X

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Oscillators

XLL738012.288000X is a type of oscillator, existing on the market primarily in the form of an integrated circuit. It is fabricated with complementary metal-oxide-semiconductor (CMOS) technology, and is one of the most commonly used clock oscillator ICs in various application fields. It is characterized by small component size, low supply voltage, low power dissipation as well as high frequency stability.

The XLL738012.288000X oscillator works by generating a square wave at a frequency specified by the user, by way of low-power complementary phase-shift oscillator circuit. The oscillator circuit is composed of a transistor coupled with a capacitor, and uses two opposite-phase signals to start and end the switching cycle. At the beginning of the switching cycle, the N-MOS (Metal-oxide semiconductor ) is turned on, and as the voltage across the capacitor increases, the N-MOS is turned off and the P-MOS (Metal-oxide semiconductor ) is turned on. As the voltage across the capacitor decreases, the P-MOS is turned off and the N-MOS is turned on, which completes one switching cycle.

XLL738012.288000X is widely used in home application appliances, automotive, industrial control, embedded system, etc. It can also be used in various wireless communications devices, such as cellular phones and radio frequency systems. In addition, XLL738012.288000X can also be used in audio frequency circuits, such as clock dividers, PLLs, frequency translators, digital signal generators and receivers, filters, and post-processors. It can be used to measure frequency, phase, period, duty cycle, and other parameters. Furthermore, XLL738012.288000X also has a variety of package options, such as surface mount, thru-hole, and chip-on-board packages.

XLL738012.288000X is a reliable oscillator, providing accurate and stable frequency results that can be easily implemented in a wide variety of applications. With its low current consumption and small package size, it is an ideal choice for low-power applications. It is also highly cost-effective and flexible, giving designers greater freedom when choosing a clock source for their applications.

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