CPPLC1-LT06T

Programmable Oscillators

When a project necessitates an oscillator to generate a signal of specific frequency, amplitude and waveform, programmable oscillators provide the ideal solution. The CPPLC1-LT06T offers unique features such as low-phase noise, low power consumption and flexible evaluation board.

Application Field of CPPLC1-LT06T

The CPPLC1-LT06T is a high-performance programmable oscillator suitable for applications ranging from general purpose such as Wi‑Fi, Bluetooth, ZigBee applications, instrumentation, audio and video equipment to wireless, wireless LAN, automotive, and military applications. As an ideal solution to those projects which needs a signal of specific frequency, amplitude and waveform, the CPPLC1-LT06T provides adjustable reference frequencies from 200KHz to 1GHz with resolutions from 75KHz to 100MHz.

Working Principle of CPPLC1-LT06T

The CPPLC1-LT06T is a series of programmable oscillators, which is similar to many other oscillators in that it uses a crystal to create a signal of specific frequency. The major difference is that the CPPLC1-LT06T is designed to allow for the frequency, phase and amplitude of the signal to be adjusted to the specific requirements of the application. This is accomplished by using programmable elements such as a microprocessor, which allows the user to adjust the signal\'s frequency, phase, and amplitude.

The CPPLC1-LT06T oscillators are able to achieve low-phase noise, low power consumption and high frequency stability regardless of the output frequency, making it suitable for all application fields mentioned above. The frequency, phase and amplitude of the output signal can be adjusted to the specific requirements of the application by varying the reference frequency, phase and amplitude offsets respectively. Furthermore, the frequency resolution is adjustable from 75KHz to 100MHz.

Conclusion

The CPPLC1-LT06T series of programmable oscillators offers high-performance, adjustable frequencies and low-phase noise, low power consumption, and flexible evaluation board. With these features, it is the ideal solution for applications where adjustable frequencies, phase and amplitudes are needed, such as Wi‑Fi, Bluetooth, ZigBee applications, instrumentation, audio and video equipment, and automotive and military applications.