SIT8208AC-GF-33S-8.192000X

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Oscillators play an important role in the modern electronics industry, as they generate an AC output signal of a certain frequency. As an oscillator, SIT8208AC-GF-33S-8.192000X is a high-performance, low-power and low-cost crystal oscillator designed with a long-term stability of +-20ppm. The device is capable of generating reliable and repeatable frequency signals within a range from 0.500 to 52.000 MHz.

The application fields of SIT8208AC-GF-33S-8.192000X include automotive electronics, communication subsystems, wireless communications, consumer electronics, embedded and Internet of Things (IoT) systems, industrial automation, instrumentation, medical systems, satellite systems, security systems and test and measurement systems.

The working principle of SIT8208AC-GF-33S-8.192000X is based on time-domain crystal oscillation. When the voltage is applied, the electrons will move across the crystal plate between the two electrodes to form an oscillation. This oscillation is then amplified to create an output signal with a certain frequency. The crystal oscillator utilizes electrical capacitance variation to control frequency, making it an ideal choice for many applications requiring precise frequency control and stability.

SIT8208AC-GF-33S-8.192000X also features a power-up delay that allows for delay time customization, resulting in a reduced power consumption for applications that require an adjustable delay time to synchronize the system content. The device also provides a high level of EMI/RFI noise rejection, ensuring high accuracy output signals. It also supports a wide variety of output options such as TTL, LVCMOS, Sine Wave and HCMOS. This makes it suitable for use in a variety of applications.

The SIT8208AC-GF-33S-8.192000X crystal oscillator has been designed to provide a reliable and cost-effective frequency output solution in a wide range of applications. Thanks to its high accuracy, low power consumption and EMI/RFI protection, it is an ideal choice for reliable frequency signal generation for a wide variety of electronics applications.

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