SIT1602BC-21-18E-66.660000D

Oscillators are used extensively for frequency generation, signal generation, and signal conditioning in analog and digital electronics. They are also used for timing purposes in digital clocks and computers. Depending on the application, they come in various forms such as pulse, sawtooth, triangle, and sinusoidal waveforms. SIT1602BC-21-18E-66.660000D is a type of oscillator that is widely used in various applications.

SIT1602BC-21-18E-66.660000D Application Field

SIT1602BC-21-18E-66.660000D is a frequency multiplier oscillator used for generating frequencies from 216.50 MHz to 264.00 MHz. It is suitable for use in many applications such as cable TV, satellite systems, radio transmitters, and other RF communication systems. It is also frequently used in military and aerospace applications because of its high frequency accuracy, low jitter performance, and low power consumption.

Additionally, SIT1602BC-21-18E-66.660000D can help reduce system costs by eliminating the need for bulky multiple-stage multiplier circuits. This also helps reduce system size by reducing the number of components needed. This oscillator is also widely used in frequency generation tests, signal conditioning circuits, and sensor simulators.

SIT1602BC-21-18E-66.660000D Working Principle

SIT1602BC-21-18E-66.660000D is an oscillator that generates a high frequency output signal. It uses a high-stability voltage-controlled crystal oscillator (VCXO) as its main component. The VCXO is the main source for generating the output frequency. The output signal is then accurately multiplied and buffered using an internal frequency multiplier. This output is then buffered and used as the output frequency.

The principle behind the frequency multiplication process is that the VCXO generates an accurate reference frequency. This reference signal is then put through a feedback loop, where it is amplified and the frequency is changed by a voltage or temperature-controlled element. This voltage or temperature-controlled element determines the frequency of the multiplied signal. The multiplied signal is then buffered and sent out as the output frequency.

SIT1602BC-21-18E-66.660000D has a wide range of frequency control capabilities, making it ideal for applications that require precise frequency setting. The oscillator is also designed to be very stable over temperature and voltage excursions, allowing it to be used for applications that require precise frequency for long periods of time. In addition, this oscillator also has a high level of shock and vibration resistance, making it perfect for harsh environments.

The high accuracy of SIT1602BC-21-18E-66.660000D makes it ideal for applications that require a highly-accurate output signal. This includes applications such as frequency generation and signal conditioning. It is also suitable for use in numerous tests and simulations, making it a highly versatile tool for engineers and designers.

Conclusion

SIT1602BC-21-18E-66.660000D is a highly advanced oscillator capable of providing a frequency output ranging from 216.50 MHz to 264.00 MHz. It has a wide range of frequency control and multiplier capability, which makes it suitable for various applications including frequency generation tests, signal conditioning, and simulation. It is designed to be highly stable over temperature and voltage changes and offers excellent shock and vibration resistance.