SIT1602BC-82-XXE-20.000000Y

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Oscillators consist of an amplifier and a frequency-determining element that combine to provide a regular alternating current output. The SIT1602BC-82-XXE-20.000000Y is a type of oscillator commonly used in radio frequency communications, radar systems, and in sound, data, and telecommunication applications. It is an electronic synchronous oscillator designed to allow for tight control of frequency and stability over a wide range of temperatures and power supplies.

The SIT1602BC-82-XXE-20.000000Y uses a pair of N-channel insulated transient voltage suppressed, field effect transistors (IFETs) for frequency control. These transistors are mounted in a single cavity lead-less packaging, with the frequency of oscillation determined by the number of pairs of transistors in the element and the magnitude of the capacitance and resistor values in the circuit.

The SIT1602BC-82-XXE-20.000000Y offers a wide range of suitable operating conditions, with a high level of performance and stability. It provides an output frequency of up to 20.000000MHz in temperatures ranging from 0 to 70°C, with a 0.6Vdc - 3.3Vdc supply voltage. It is also designed to protect against reverse and short-circuit conditions.

Applications for the SIT1602BC-82-XXE-20.000000Y include telecommunication systems, radio and television systems, Military and Space systems, radar systems, GPS systems, scientific instruments, industrial and medical equipment, computers, and digital signal processing.

In addition to its frequency control, the SIT1602BC-82-XXE-20.000000Y also provides excellent stability, with low noise. Its temperature stability is better than 1ppm/°C, while its frequency stability is better than 0.25ppm/V. It also provides very low current consumption and high reliability, as well as ESD protection.

The SIT1602BC-82-XXE-20.000000Y oscillator is typically used for applications requiring high frequency stability, accuracy, and low power consumption. It provides the high level of performance necessary for many radio frequency communications, radars, and other applications, while providing excellent frequency control and stability.

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