B39351R802H210

Reonators are a type of electronic component used in specific applications to produce a frequency output that is typically distinct from the input signal. The B39351R802H210 is a reonator designed for use in electronic circuits.

The B39351R802H210 is a surface mount device, sporting an 18 mm by 18 mm package and a resonance frequency of 48 MHz. It is a type 4 resonator, allowing for excellent stability over a wide temperature range. As such it is well suited for use in many types of industrial applications.

The B39351R802H210 is used in many applications requiring precise control of frequency output. This includes applications such as frequency detectors, frequency counters, and precision oscillators. It is also used in digital audio systems, as well as in communication systems where precision and stability of frequency are paramount. In addition, the B39351R802H210 is well suited for use in industrial process control systems, as well as in advanced robotics and automation applications.

The working principle of the B39351R802H210 is based on a vibrating quartz crystal. The crystal is placed in a container lined with electrodes for connection to an electrical circuit. When an alternating current is applied to the crystal, it vibrates at its natural frequency, generating a frequency output from the crystal. The frequency output from the B39351R802H210 is adjusted by varying the voltage of the electrical circuit.

In addition to the quartz crystal, the B39351R802H210 also uses a resonant circuit, which controls the amplitude and frequency of the output signal. This is done by allowing certain frequencies to pass through while blocking out others, ensuring that only the desired frequency output is generated. This also ensures that the output signal remains constant over a wide range of temperatures, as the resonant circuit prevents any sudden changes in frequency due to temperature fluctuations.

The B39351R802H210 is a reliable and cost effective solution for applications requiring precise frequency output control. Its small size and wide temperature range makes it ideal for industrial applications where space is limited and variation in frequency is a concern. This reonator is widely used in many industry sectors, and is expected to remain a popular choice in the years to come.