FO5HSCBE16.0-T1 Crystals, Oscillators, Resonators

Oscillators

FO5HSCBE16.0-T1 application field and working principle

The FO5HSCBE16.0-T1, part of the FO5 series oscillator series from Focus Semiconductor, is an ideal solution for any applications requiring accurate oscillation control, such as in digital audio, clock and data transfer, and telecommunications. It is a reliable and low power integrated circuit that provides high-precision outputs, making it perfect for consumer electronics applications.

The FO5HSCBE16.0-T1 is an integrated oscillator circuit with a patented piezoelectric resonator technology, providing accurate control of output frequencies. The device is composed of an oscillator and a loop filter, where the oscillator is responsible for generating the clock signal, while the loop filter is used to ensure the oscillator maintains its desired output frequency. The operating frequency range for the FO5HSCBE16.0-T1 is from 16 kHz to 16 MHz, with a frequency accuracy of ±20 ppm. The power supply range for the FO5HSCBE16.0-T1 is from 3.0 V to 5.5 V, with a maximum power consumption of about 12 mW.

The FO5HSCBE16.0-T1 offers excellent electrical performance, including low jitter and fast rise and fall times. The device also provides high stability and temperature coefficient, allowing the ability to adjust to changing ambient temperatures. The FO5HSCBE16.0-T1 also features a two-stage voltage-controlled oscillator (VCO) that provides excellent frequency range and accuracy. The FO5HSCBE16.0-T1 is available in a variety of package sizes, from a 5 mmx5 mm, 0.73 mm QFN24 package to a 12 mmx12 mm, 0.6mm QFN32 package.

The FO5HSCBE16.0-T1 is a very powerful and efficient oscillator, capable of providing high accuracy with low power consumption, fast rise and fall times, excellent frequency range and temperature stability. Its unique VCO technology makes it ideal for applications in consumer electronics, telecommunications, and digital audio, clock and data transfer. It is also available in a variety of small form-factors, making it well-suited for both large and small systems.