SIT1602BI-81-30E-40.000000Y

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Oscillators are versatile electronic components used to generate repeating waveforms of various shapes, frequencies, and amplitudes. The SIT1602BI-81-30E-40.000000Y oscillator is a precision clock generator designed for telecom applications. This device operates over a wide temperature range of –30°C to +85°C and is housed in a 9x14mm, 4-pad ceramic SMD package.

The SIT1602BI-81-30E-40.000000Y oscillator features a clock output frequency of 40.000000 MHz and offers a typical frequency tolerance of ±50 ppm and a total frequency variation over temperature of ±40 ppm. The high stability and accuracy of the device make it suitable for use in mobile telecommunication networks, cable TV networks, car radios, and other telecom applications. It also works well in wireless communication systems, such as satellites and mobile phones.

The oscillator has an asynchronous, square wave digital output. This output has a logic high level of 3V and a logic low level of 0V. The device offers low power consumption with a current consumption of 5 mA at 3V. It also provides good electromagnetic compatibility (EMC) with a low EMI noise level and a low radiated field of 2.5V/m. It also features a low jitter, which helps reduce timing errors and noise in digital systems.

The oscillator is based on a fractional-N PLL architecture. This architecture allows the device to operate over a wide temperature range while providing excellent frequency stability and accuracy. The device is also capable of leapfrogging to compensate for frequency drifts caused by temperature changes. This helps to ensure that the output frequency remains accurate and stable.

The SIT1602BI-81-30E-40.000000Y oscillator is a reliable and accurate device that is suitable for a variety of telecom applications. Its fractional-N PLL architecture enables excellent frequency stability and accuracy over a wide temperature range. The low power consumption and low jitter make the device suitable for use in various digital systems. It also offers good EMC performance and low radiated fields for improved system immunity.

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