500DCAC135M000ACF Crystals, Oscillators, Resonators

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Oscillators provide an alternating current output signal, offering a consistent frequency or repetition rate over varying temperatures, pressures and signal source voltages. The 500DCAC135M000ACF oscillator belongs to this type of oscillators as it generates a steady signal output by converting an AC line current into an AC signal of the output frequency. It can generate a broad range of frequencies, from 30MHz to above 500MHz.

The working principle of the 500DCAC135M000ACF oscillator is based on a precision quartz crystal along with an amplifier and filter circuit. The quartz crystal makes up the core of the oscillator and generates a signal at a predetermined frequency depending on its size. The amplifier takes the small signal from the crystal and amplifies it in order to maintain certain signal level. The filter circuit then smoothens the signal before it is sent out as the output.

The 500DCAC135M000ACF oscillator has multiple applications across different industries. First, it can be used as a generator in communication systems such as cordless phones, mobile phones, motes, base stations, and so on. Its precise size and high amplification capability make it an ideal solution for frequency stability. Second, it is widely used in many digital products, mainly computer motherboards, as well as other devices such as medical instrumentation, automotive electronics, military-communications and test and measurement equipment. Third, it can be used as a time reference in distributed computer controlled systems, which require regular and reliable pulses to synchronize the computer’s clock, as it offers precise clock accuracy and can handle a temperature range of -40°C to +85°C.

The 500DCAC135M000ACF oscillator is a reliable building block of many critical applications. Using its precise timing capabilities, it ensures stability and accuracy in different and changing environmental conditions. As such, it finds frequent applications in digital products and many other systems.

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