SIT8209AC-32-28E-161.132800T

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Oscillators are frequently used in electronic circuits for a wide range of applications. The SIT8209AC-32-28E-161.132800T oscillator is one such device that can be used for a number of different applications. This oscillator is extremely versatile and can be used in various applications such as timing, synchronization, communications, and AC/DC switching.

The SIT8209AC-32-28E-161.132800T oscillator is built using a quartz crystal resonator with a frequency of 16.132800 MHz. The oscillator is designed to provide a high accuracy and stability due to its built-in digital temperature compensation and frequency control. It also offers an immunity to vibration, shock, and environmental influences. The oscillator comes with a frequency range of 1,000 to 6,000 Hz. It is also RoHS compliant and is UL approved.

When it comes to applications, the SIT8209AC-32-28E-161.132800T oscillator can be used to generate clock signals in a variety of systems ranging from consumer electronics to industrial applications. Additionally, it can be used for data transmission, waveform synthesizers, networking, and more. The oscillator can also be used in a wide range of other applications such as timer or pulse generation, level shifting, digital logic devices, and analog signal processing.

The main objective of the SIT8209AC-32-28E-161.132800T oscillator is to provide a suitable frequency or a desired duration of time. The oscillator works by rapidly switching its output between two different predetermined states until the desired time period has been met. Each time the oscillator switches the output state, an electrical signal is created. This signal then propagates through the system until it reaches its destination.

The SIT8209AC-32-28E-161.132800T oscillator is ideal for applications that require highly accurate timing and synchronization. The frequency control ensures the oscillator runs at the desired frequency, while the high stability offers accurate and reliable results. The device offers excellent performance in terms of environmental conditions and is highly resistant to shock and vibration.

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