HSM536-64.0000

Oscillators produce repetitive signals of fixed frequency at their output terminals. These oscillator signals are of primary importance in numerous applications, including telecommunication synchronization, radar signaling, control systems, audio and video electronics, robotic motion, and much more. The HSM536-64.0000 crystal oscillator is one such type of oscillator, combining signal output stability, low jitter, low power consumption and wide frequency range into an attractive package.

The HSM536-64.0000 crystal oscillator is a highly-integrated device which is capable of generating stable, accurate frequencies over an extremely wide range, typically from 100 kHz to 500 MHz. This makes the oscillator suitable for a wide variety of applications, including signaling for PC systems and other embedded systems, optical networking equipment, and general timing and synchronization.

At the heart of the HSM536-64.0000 is a high-performance quartz crystal resonator. This resonator provides the ultimate in timekeeping accuracy, with an accuracy of typically +-20 PPM. This allows the oscillator to produce a highly stable output signal, with a frequency drift of less than 10 PPM over typical operational ambient temperatures. In addition, the quartz crystal provides superb temporal precision, with jitter values up to 100 times less than some competitive alternatives. This makes the oscillator suitable for a range of highly timing-sensitive applications.

In order to serve its wide variety of applications within a single product, the HSM536-64.0000 crystal oscillator features a programmable oscillator frequency output. This output can be programmed to an accuracy of +-0.25 percent, while the duty cycle can be adjusted over a 0 to 90 percent range. The oscillator also offers a wide range of frequency range options, from 40 to 60 MHz, available with a frequency step size of 0.5 MHz. This means that the oscillator can be tailored to specific requirements, allowing the end user to optimize the performance of their system.

Each HSM536-64.0000 crystal oscillator is also highly reliable, requiring less than 100 µA of peak current, while consuming an average current of only 10 to 25 µA. It is designed for use in a wide range of environments, and so incorporates features such as a high surge robustness and ESD protection, as well as operating over a wide temperature range. And the oscillator is also manufactured to a high standard of quality, incorporating a CAD designed package and 100 percent burn-in and environmental testing ensures uncompromised performance and reliability.

In summary, the HSM536-64.0000 crystal oscillator provides an attractive solution for a wide range of timing, synchronization, and signaling applications. With its wide frequency range, high precision, low power consumption, reliable operation, and ability to be customized, it enables even the most demanding systems to function precisely.