XLH735120.000000X

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Oscillators are electronic circuits that generate repeating waveforms, or signals at a certain frequency, to be used as a reference or local timing source. One of the most common oscillators is the XLH735120.000000X. This oscillator utilizes a temperature-compensated crystal and a combination of electronic components to generate a fixed frequency signal with exceptional stability.

The XLH735120.000000X oscillator is designed to operate as a crystal oscillator in a broad range of temperature suitable for use in a variety of applications, such as industrial controls, computer systems, telecommunications, and automotive industries. It is characterized by a low power consumption, low phase noise, and an output with high accuracy and frequency stability.

The XLH735120.000000X uses a temperature-compensated crystal to generate a fixed frequency signal with an accuracy of ±0.01ppm. The oscillator circuit begins with a 25MHz crystal driving an amplifier stage. The amplifier is conditioned by a thermistor, which provides additional temperature stability by compensating for temperature-induced errors in the crystal and amplifier. The amplifier output is then shaped to a squarewave by a differential amplifier stage, resulting in a signal with a 50% duty cycle. The squarewave signal is then buffered by a low-noise, low-distortion TTL-compatible output stage.

Aside from industrial controls, computer systems, telecommunications, and automotive industries, the XLH735120.000000X can also be used in medical instrumentation, security systems, access systems, instrumentation, and communication equipment. The oscillator is capable of providing high performance within a broad range of temperature. It is available in surface mount, hermetic, and plated through-hole packages.

The XLH735120.000000X oscillator offers unparalleled stability and accuracy in a wide variety of applications. Its temperature-compensated crystal ensures that it will maintain its accuracy over a wide range of temperatures, reducing the effect of environment conditions on its output. The device is a reliable choice for stable and accurate timing in a variety of applications.

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