K50-3C0E60.0000M

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Oscillators are electrical circuits that generate a stable signal of a certain characteristic frequency continuously over a period of time. The K50-3C0E60.0000M is an excellent example of an oscillator, and is principally used in data transmission, communication, and timekeeping applications.

The K50-3C0E60.0000M is a surface-mount temperature-compensated quartz crystal oscillator (TCXO). Commonly used in applications which require a frequency accuracy of local quartz crystals to prevent frequency deviations caused by external temperature changes, TCXOs are typically utilized in high-precision frequency control applications such as cellular phones, two-way radios, GPS systems, and other communications equipment.

The K50-3C0E60.0000M oscillator operates at a nominal frequency of 40.0000 MHz, and features frequency stability over a wide operating temperature range from 0°C to +70°C. This model offers low jitter, easy synchronization, and a low power dissipation of 2.5mA, making it an ideal choice for applications where space and power are at a premium. Furthermore, the K50-3C0E60.0000M is designed with a Shaped PFD Loop filter and a low power active E-F oscillator, resulting in excellent dynamic frequency control.

The working principle of the K50-3C0E60.0000M can be described as follows. The oscillator is designed with a quartz crystal that is connected between its two electrical pins, typically by welding. The signal is then passed through a circuit which contains an amplifier, an oscillator element, and feedback components. The feedback components determine the oscillator frequency which is in turn regulated by the amplifier and oscillator element. This output signal is then sent out from the oscillator and is usually employed to drive a clock generator.

In summary, the K50-3C0E60.0000M is an excellent candidate for applications where accuracy and jitter performance are of the utmost importance. As a surface-mount device, its size, power dissipation, and low cost make it an especially attractive option for a variety of timekeeping, communication, and data transmission applications. Its frequency stability over a wide operating temperature range as well as its low power dissipation and jitter performance make it an ideal choice for applications needing a reliable oscillator.

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