347LB5I1555T

Oscillators are tools used to create electrical signals with a certain frequency. The 347LB5I1555T oscillator is a practical example of an oscillator designed with a specific set of applications and working principles in mind.

The 347LB5I1555T oscillator operates with a frequency of 5.0 ± 0.01 MHz and a peak-to-peak amplitude of 300 mV ± 2%. The oscillator is powered by 12 VDC and can operate in a temperature range of -10 to +70°C.

The 347LB5I1555T oscillator is specifically designed for the production of ultra-stable, high-frequency reference signals. The oscillator features low phase noise and low jitter, resulting in superior signal purity. The oscillator also features exceptional dynamic range, with a high signal-to-noise ratio of 86 dBc/Hz and a phase noise of -100 dBc/Hz.

The 347LB5I1555T oscillator is a sine-wave solution that is ideal for use as a frequency reference in precision real-time applications. The oscillator can be used in radio communication systems, microwave systems, digital picture frames, and digital television receivers. It is also suitable for use in test and measurement devices such as frequency counters, spectrum analyzers, and network analyzers. The oscillator is designed to be robust and reliable, making it well-suited for use in industrial applications.

The 347LB5I1555T oscillator works on the principle of vibratory motion. When energy is provided, the oscillator\'s piezoelectric transducer vibrates at a specific frequency, producing an electrical output. The electrical output of the oscillator is then used to drive the desired signal, in this case, a sine wave.

In summary, the 347LB5I1555T oscillator is an ideal solution for applications that require ultra-stable, high-frequency reference signals. The oscillator operates with a frequency of 5.0 ± 0.01 MHz and a peak-to-peak amplitude of 300 mV ± 2%. Its low phase noise and low jitter make it suitable for use in radio communication systems, microwave systems, digital picture frames, digital television receivers, and various test and measurement devices. The oscillator works on the principle of vibratory motion, using a piezoelectric transducer to produce the desired electrical output.