K50-HC1CSE16.384

An oscillator is an electronic circuit that produces periodically alternating current or voltage, and is primarily used in systems where a reference frequency or timing signals are required. The K50-HC1CSE16.384 oscillator is based on a temperature compensated crystal oscillator (XO) and is designed to achieve outstanding long term stability in the frequency range of 10 MHz to 600 MHz. It is a low-profile, 3.2 x 2.5 mm, Surface Mount Crystal Oscillator Module optimized for demanding applications such as test & measurement equipment, electrical communications, instrumentation, RF systems, and general purpose design.

The core of the K50-HC1CSE16.384 oscillator is a passive quartz crystal element, which acts as an electrical resonator to generate a highly precise signal. The quartz crystal functions like a tuning fork, oscillating at a sustained frequency as long as an alternating energy source is applied to it. It works on either a direct-digital or analog-amplitude modulated (AM) principle.

In direct digital mode, the crystal excited by a capacitor is transferred into a digital clock signal that is used for timing and synchronization in microcontrollers and other devices. In analog-AM mode, the crystal is excited by a voltage that is regulated by a microcontroller or other device. This voltage oscillates as the crystal resonates at the desired frequency.

There are a variety of ways that the K50-HC1CSE16.384 oscillator can be used in various applications. It can be used as a frequency reference for critical components such as microcontrollers and digital signal processors (DSP), or in high-speed limited serial communications, for which it is best suited because of its low jitter and low power consumption characteristics. In radar and satellite communications, a signal generated by the oscillator\'s precise frequency can be sent to a remote location for recognizing and receiving unique radio signals. It also has a low-noise RF TX filter that blocks extraneous signals from entering and interfering with the system.

Furthermore, the oscillator is equipped with many features such as a SPI Serial Interface for programming, a temperature compensation function, an internal voltage regulator, and an adjustable frequency output. The precision and accuracy of its frequency output is also improved by having an integrated voltage-controlled oscillator (VCO) circuit inside. This VCO adjusts for phase noise and can be locked to an external frequency. In addition, its built-in automatic control functions also help in controlling the operating temperature range and improving its performance.

The K50-HC1CSE16.384 oscillator offers a reliable frequency reference for many different types of applications. With its advanced features and excellent performance, it is the perfect choice for demanding high-speed, precision, and low-jitter designs.