SIT1602AI-71-18E-38.400000E

Oscillators are devices that produce alternating electric signals or a periodic electromagnetic wave. Examples include radio receivers, televisions, and sound cards. Amongst their various implementations, one of the most popular is the SIT1602AI-71-18E-38.400000E oscillator. This device is a highly accurate, low power crystal oscillator, used to generate stable, precise frequency signals.

The SIT1602AI-71-18E-38.400000E is a commonly used, inexpensive, and highly reliable oscillator. It has a frequency range of 38.40 MHz and a frequency tolerance of ±100 ppm. It is also able to withstand high temperature swings, typically only experiencing 0.02 ppm of frequency shift within a −40°C to +85°C temperature range. This makes it an ideal choice for use in industrial applications.

The working principle behind the SIT1602AI-71-18E-38.400000E is one of electrical resonance. At the heart of the oscillator is a quartz crystal, with metallic electrodes that are connected to the system differentiator circuit. The quartz crystal is the medium which serves as a reference for the electrical frequency. When the crystal is driven at its resonant frequency, the crystal changes from a resistor to a capacitor, and the alternating voltage at its terminals produces phasor diagrams, which are used to generate the output signals.

The SIT1602AI-71-18E-38.400000E is a versatile component, and has a wide range of use. It is typically used in high frequency oscillator circuits to stabilize circulating carrier frequencies, as well as in frequency-mixing applications such as frequency shift keying (FSK) modulation. It can also be used to control the motor speed in brushless DC motors, as well as for other applications that require accurate frequency or pulse-width modulation. In terms of communication systems, it is often used as a reference frequency for local oscillators, as well as for supplying clock signals for microprocessors.

The SIT1602AI-71-18E-38.400000E is a highly reliable type of oscillator, and is popularly used in a multitude of scenarios. With its high tolerance for frequency shifts and its affordability, it is a no-brainer choice for many applications that require stable frequency signals.