445I33G12M00000

Crystal oscillators are essentially resonant LC circuits, in which capacitors and inductors are connected in parallel or in series. Such oscillator circuits are commonly used as frequency stabilized sources in electronic circuits, mainly in computer and telecom equipment, but also in other applications such as digital watches and quartz clocks. The 445I33G12M00000 oscillator is a high precision temperature compensated crystal oscillator (TCXO) designed for use in automotive and industrial, robotic, test and metering applications.

Basically, a crystal oscillator circuit utilizes the mechanical resonance of a quartz crystal in a circuit to produce a precise, stable frequency signal. Crystals have a wide range of resonant frequencies and this is why they are often used in oscillator circuits. Because of their tight tolerances and stability, quartz crystals are commonly used to drive time keeping clocks and as references in RF oscillators. The exact frequency of the oscillator depends on the crystal used and the oscillator circuit which it is connected to.

The 445I33G12M00000 oscillator is unique in that it is a temperature compensated oscillator (TCXO) meaning it contains a temperature sensor within the circuit. This temperature sensor allows the oscillator to constantly monitor changes in temperature and adjust the output frequency accordingly. The 445I33G12M00000 TCXO uses a ceramic package and a 24 pin leadless ceramic SMD package. It features a high accuracy of 8ppm over the temperature range of 0°C – 70°C. This high accuracy makes it well suited for use in automotive and industrial, robotic, test and metering applications where precise frequency control is essential.

In summary, the 445I33G12M00000 oscillator is a high precision temperature compensated crystal oscillator designed for use in a variety of applications. It has high accuracy and is well suited for automotive and industrial, robotic, test and metering applications where precise frequency control is essential. The oscillator utilizes a quartz crystal, connected in an LC circuit, to produce a precise and stable frequency signal.