TD-29.4912MBE-T

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Oscillators are essential components in many electronic devices. TD-29.4912MBE-T oscillator is one of the most advanced products developed by the company, and has been successfully applied in a variety of fields. This paper will discuss the application field and working principle of the TD-29.4912MBE-T oscillator.

Application Field

The TD-29.4912MBE-T oscillator is a widely used oscillator, its applied fields can be divided into three types:

• Communications: It can provide stable output frequency in data communications, wireless communication and Navigation systems.
• Instrumentation: It is used in medical equipment, such as medical imaging and laboratory instruments.
• Aerospace: It is widely used in aerospace, such as inertial measurement unit(IMU) and satellite receivers etc.

TD-29.4912MBE-T is suitable for many applications because of its excellent performance and stability. Its working frequency can be accurately regulated by a combination of an external quartz resonator and an external resistor. This feature enables its for communication and aerospace applications.

Working Principle

The TD-29.4912MBE-T oscillator is driven by a voltage-controlled oscillator(VCO). It continuously adjusts the frequency of the output signal according to the applied voltage. This oscillator has two output signals: one is a sinusoidal signal (often called a carrier); the other is a harmonically related signal (called the modulation). The sinusoidal signal contains the main frequency and the modulation signal is composed of the multiple frequencies components, which are called harmonics. When the applied voltage is changed, the output frequency of the TD-29.4912MBE-T oscillator will be changed accordingly.

The TD-29.4912MBE-T oscillator also has an internal temperature compensation circuit which can minimize the frequency drift due to temperature fluctuations. This temperature compensation circuit detects the temperature and adjust the working frequency accordingly, ensuring the stability of the oscillation frequency without manual adjustment.

In conclusion, TD-29.4912MBE-T oscillator has wide applications in communications, instrumentation and aerospace, and its working principle relies on the voltage-controlled oscillator and temperature compensation circuit. With its excellent performance and stability, TD-29.4912MBE-T is the perfect oscillator for many industries.

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