TD-106.250MBE-T

Oscillators

The TD-106.250MBE-T oscillator is a type of oscillator used in telecommunications and electronic engineering. It is a transverse mode resonator coupled with a nonlinear device that utilizes piezoelectric technology. The oscillator is available in several configurations to provide maximum flexibility and performance to meet application requirements.

Application Fields

TD-106.250MBE-T oscillators are used in a variety of applications, including mobile phone base stations, digital radio transmission, cellular communications, wireless data communications, data broadcast receivers, fax and modem, wireless network infrastructure, point of sale applications, instrumentation, military communications, satellite communications, radar, electronic warfare, and automotive communications. Additionally, TD-106.250MBE-T oscillators are capable of operating in extreme environmental conditions.

Working Principle

The TD-106.250MBE-T oscillator utilizes a transverse mode resonator coupled with a nonlinear device to produce the desired output. The transverse mode resonator is a ceramic resonance element that is placed between two electrodes. The nonlinear device is a transistor that is also placed between the two electrodes. When a voltage is applied between the electrodes, the transverse mode resonator responds by creating an oscillation. This oscillation is then transferred to the nonlinear device, which amplifies the signal and produces an oscillation output that is used by the application. Measured performance values such as frequencyJitter, Harmonics, and Amplitude stability are dependent on the selection of the transverse mode resonator and the nonlinear device.

Advantages

The TD-106.250MBE-T oscillator offers several advantages over other types of oscillators. It provides superior frequency stability over temperature variation, with a frequency tolerance of ±1kHz over the entire temperature range from -40 C to +85 C. It also provides high dynamic frequency control, with an adjustable frequency range of ±75 kHz. Furthermore, the TD-106.250MBE-T oscillator has a very low power consumption (1 mW), enabling the use of energy-saving solutions. Additionally, its small size allows for use in telecommunication and radio applications with limited space. Finally, the oscillator has a very low phase noise and wide operating temperature range.

Conclusion

The TD-106.250MBE-T oscillator is a highly reliable and efficient type of oscillator used in a variety of applications. Its transverse mode resonator and nonlinear device provide superior frequency stability, high dynamic frequency control, low power consumption, small size, low phase noise, and wide operating temperature range that make it an ideal solution for telecommunications and radio applications.