TD-32.350MCD-T

Oscillators

Oscillators are common, highly interactive electronic components used in many different electronic and embedded systems for the production of electronic and sometimes sound signals. They can be found in a variety of applications, including consumer electronics, communications, embedded systems, home audio systems, automotive, and industrial applications.

One such oscillator is the TD-32.350MCD-T oscillator, which is a low power, high tolerance, low profile, low jitter, surface-mount oscillator. The TD-32.350MCD-T is designed and specified for applications where perfect accuracy, low power consumption, low-jitter, and low-profile size are all necessary. It can be used for high-speed communication, data, and audio systems, as well as for high accuracy timekeeping applications.

TD-32.350MCD-T Application Fields

The TD-32.350MCD-T is designed to offer performance and reliability in high-speed data, signal, and audio applications, where a low-profile, low-jitter, and high-accuracy solution is needed. It can be used in consumer electronics, communication systems, audio systems, automotive, and industrial systems.

It is particularly well suited for use in systems requiring very high signal frequency accuracy and stability, such as high-speed communication systems, wireless systems, telecom systems, network processing, video broadcasting, and network routers. It is also well suited for systems that require very low power consumption, such as portable devices, mobile devices, battery-powered systems, and hand-held instruments.

TD-32.350MCD-T Working Principle

The TD-32.350MCD-T oscillator works on the principle of a harmonic oscillator, where a resonator is used to generate a harmonic waveform. The oscillator generates an extremely stable, high-accuracy frequency through a well-controlled oscillation of the resonator.

The oscillator works by passing a DC voltage (3.3V or 5V) through the resonator, generating an alternating current (AC) sine wave. The alternating current is then passed through the resonator’s capacitive and inductive elements, producing the desired frequency output. The frequency output is then regulated and adjusted using an external crystal oscillator. The frequency of the output signal will remain relatively constant, even if the DC voltage changes.

The TD-32.350MCD-T also offers low-jitter performance for high-speed applications due to its unique design. The oscillator has high-impedance inputs, which help to reduce noise and maintain a stable signal. It also uses a low-power clock buffer to reduce power consumption and help ensure the highest signal integrity.

Conclusion

The TD-32.350MCD-T is an excellent choice for systems requiring very high accuracy, low jitter, and low power consumption. It is ideal for applications such as high-speed communications, audio, and data systems, as well as for high accuracy timekeeping applications.