CB3-5I-19M4400

The CB3-5I-19M4400 oscillator is a valuable component of modern electronic systems, which is a key component in the frequency control and synchronization of various devices and systems. This product is mainly used in the fields of communication, aerospace, industrial/medical instrumentation, and military equipment. It has a rich variety of models with wide working temperature range, high stability, and good reliability.

The oscillator is based on the principle of piezoelectricity and magnetostriction. Piezoelectricity is a phenomenon that an electric field is generated when a mechanical stress is applied to a piezoelectric material. Magnetostriction is the phenomenon that a magnetic field is generated when a mechanical stress is applied to magnetic material. Both of these phenomena are used in the CB3-5I-19M4400 oscillator to convert mechanical energy into electrical energy. The oscillator has a piezoelectric transducer which acts as an input device. When the transducer detects mechanical stress, it produces an electric field, which in turn induces an oscillating current in the device\'s internal circuit. This oscillating current then drives a magnetostrictive transducer connected to the output. When the oscillating current runs through the circuit, it produces an alternating magnetic field, which induces a vibration in the magnetostrictive transducer. This vibration acts as an output signal and is converted into an electrical signal.

The oscillator has an average temperature coefficient range of -30 ppm/C to 10 ppm/C. This temperature coefficient ensures that the oscillator\'s frequency remains stable in spite of any environmental changes. Furthermore, the CB3-5I-19M4400 is made with a combination of heavy duty components, which provide excellent performance and durability. In addition, the device is operated at low voltage levels, making it safer to use.

The CB3-5I-19M4400 oscillator is an effective solution in fields ranging from communication, aerospace, industrial/medical instrumentation, and military equipment. It provides high performance with low power consumption, making it an optimal choice for applications in which power efficiency is a priority. In addition, the oscillator offers excellent stability and reliable operation in extreme temperatures, which can be beneficial in some industrial applications. Finally, the device is low cost and easy to integrate into existing systems, which makes it an ideal choice for many applications.

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