SIT1602BC-82-18N-66.600000T

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Oscillators

A common oscillator in the industrial and consumer markets is the SIT 1602BC-82-18N-66.600000T model. It is a traditional oscillator package containing two stages of voltage-controlled oscillators (VCOs) and buffers. This product is ideal for many applications, including communication receivers, system clocks, and time/frequency reference standards.

Application Field

The SIT 1602BC-82-18N-66.600000T is a versatile oscillator, enabling it to be used in a wide variety of applications. These include:

• Communication receivers, such as short-wave radio, satellite TV, and frequency hopping radios
• General industrial and consumer use in frequency-dependent systems, such as computers, clocks, and home entertainment devices
• Stability testing of development and production units
• Video-game designs with integrated power supplies

Working Principle

The essential function of the SIT 1602BC-82-18N-66.600000T is that of a voltage-controlled oscillator (VCO). This type of oscillator generator produces an oscillating electrical signal with a frequency that can be varied using a control voltage. The two VCO stages of the oscillator package are designed to respond to a voltage change of 0.7V, resulting in a frequency range of 66.6MHz.

The operation of the oscillator can be described as follows: an input voltage is fed into the circuit, and this input voltage goes through two stages of VCOs. These VCOs convert the input voltage into a periodic electrical signal with a frequency proportional to the input voltage. This signal is then amplified by buffering stages, resulting in a high gain and a stable output frequency. This output signal can be used to control and/or measure the frequency-dependent components of a system.

Conclusion

In conclusion, the SIT 1602BC-82-18N-66.600000T model is a versatile oscillator package that is suitable for applications ranging from communication receivers to frequency-dependent systems. It consists of two VCO stages and buffering stages, which generate an output signal with a frequency proportional to the input voltage. This output signal can be used to control and/or measure the frequency-dependent components of a system.

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