51732-015LF

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The 51732-015LF is a compact, cost-effective, and power efficient alternative to conventional discrete oscillators found in many consumer and industrial electronics products. Designed for use in a wide range of applications, the 51732-015LF can provide a single-frequency with crystal accuracy over a wide temperature range, from 0°C to +70°C. It is ideal for applications such as RF communications, modems, and clock/UARTs.

This oscillator operates according to the Pierce Oscillator circuit design, and utilizes a pair of inverters, a capacitor, and an active harmonic tuning amplifier, which work together to generate a stable output frequency. The Pierce oscillator is insensitive to power supply noise and load variations, and provides an accurate frequency over the life of the device. In addition, it offers a medium frequency stability with good stability over both temperature and voltage.

The 51732-015LF is known for its long cycle life, low voltage drift, and its small board area design. This makes it an excellent choice for a variety of applications, such as RF communication, clock/UARTs, modems, and industrial controllers. It also offers excellent EMC performance, making it suitable for use in harsh environments.

In order to ensure optimal performance, the 51732-015LF should be operated in a temperature controlled environment, as variations in temperature can affect its long-term accuracy. In addition, the device should be supplied by a regulated power supply with low noise. It is also important to allow some time for the oscillator to stabilize when it is first powered up, as this will allow it to remain within the specified frequency tolerance throughout its life.

The 51732-015LF provides a single-frequency solution with crystal accuracy in a wide range of applications. Its Pierce oscillator circuit design offers great stability over temperature and voltage, while its low voltage drift and long cycle life make it ideal for a variety of RF, clock, and industrial applications. Additionally, its EMC performance makes it suitable for use in harsh environments, as long as it is operated in the specified temperature range and a controlled power supply is utilized.

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