510CBA13M3300BAGR

Oscillators are essential devices that generate an electrical signal with a recurring oscillation. The 510CBA13M3300BAGR is an example of an oscillator designed for specific applications. This article overviews the application field and working principle of the 510CBA13M3300BAGR oscillator.

Application Field

The 510CBA13M3300BAGR oscillator is designed for use in telecommunications, computer, and test and measurement equipment. Specifically, it is ideal for use in higher frequency, moderate voltage applications, such as, supply and clock generators, PLL clock generators, VCXO (Voltage-Controlled Crystal Oscillator) designs, and other general signal generators. It is built with a highly calibrated LVCMOS amplifier and a mechanically stable oscillator.

Working Principle

The 510CBA13M3300BAGR is a frequency-stable oscillator that uses an LVCMOS amplifier. This type of amplifier combines various logical circuits to amplify an input signal, and then use feedback to amplify the output signal. The LVCMOS amplifier is connected to a quartz crystal to create a stable oscillation. The oscillator is calibrated and adjusted during manufacturing to ensure it is within a tight frequency tolerance range. This tolerance range is typically ±25 ppb (parts per billion).

The oscillator output signal is routed to the output stage. The output stage is designed to meet or exceed specific conditions, such as, power levels, harmonic content, frequency stability, etc. The output signal is then amplified and routed to the intended application. The output signal can be used to generate a clock or steady signal, or a wide variety of other signals.

Conclusion

The 510CBA13M3300BAGR oscillator is an advanced solution for the needs of the telecommunications, computer, and test and measurement equipment industries. Its highly calibrated LVCMOS amplifier and mechanically stable quartz crystal enable it to generate a variety of precise signals that are stable and reliable. All these features of the 510CBA13M3300BAGR make it an ideal choice for many applications.