SIT8208AI-83-18S-19.440000X

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Oscillators are widely used in many electronic devices and radio equipment as stable sources of electrical signals. The SIT8208AI-83-18S-19.440000X oscillator is a precision temperature compensated TTL oscillator designed for systems requiring the highest level of performance and short term stability. It is suitable for applications ranging from battery-backed clocks to precision radio systems. It also provides an economical solution for interfacing with digital systems.

The SIT8208AI-83-18S-19.440000X oscillator has a frequency stability of 0.05%. It has a frequency range of 19.44 kHz, and is supplied with a complementary output of 8.192 kHz. The underlying principle of the device is that it transforms the DC current into AC current, creating a periodic oscillation driving circuit. This oscillator utilizes a Pierce oscillator. It consists of a voltage amplifier with embedded temperature-compensated feedback network creating the gain necessary for oscillation.

This device is particularly suitable for battery-backed clock applications because it offers low power consumption, typically using only 65uW, as well as excellent frequency stability. It also features good tolerance to supply voltage variations and good symmetry about 0 volts. In addition, the oscillator has low jitter over a wide temperature range and features an LED display for monitoring frequency, which is particularly useful for aligning the frequency.

The SIT8208AI-83-18S-19.440000X oscillator is widely used in digital systems, such as cell phones, digital cameras, precision radio systems, networking solutions, and many others. It can also be used in devices that require an accurate frequency source, such as for frequency division and phase shifting applications.

The SIT8208AI-83-18S-19.440000X oscillator provides a stable and reliable source of electrical signals for a wide range of applications. It is a precision temperature compensated TTL oscillator providing excellent frequency accuracy and short term stability at a low power consumption. Its Pierce oscillator topology helps minimize frequency drift over temperature, and it provides good tolerance to supply voltage variations. In addition, the oscillator features an LED display for setting and monitoring the frequency.

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