SIT1602BC-82-18N-33.300000T

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Oscillators are important components within many different types of electronic circuits. They are composed of an oscillating system or elements that produce a certain frequency output of the selected signal. SIT1602BC-82-18N-33.300000T is a type of oscillator that has a distinct application field and working principle.

This oscillator is designed specifically for time and frequency reference applications. It has an extremely accurate frequency stability as low as +/- 0.07ppm over a temperature range from -45 to +125°C and features a wide input supply voltage range from 2.2V to 3.6V. As such, it makes an ideal choice for many different types of timing and frequency equipment, such as frequency counters, time-code generators and PLL oscillator systems.

The SIT1602BC-82-18N-33.300000T oscillator works by providing an output signal at a specific frequency, known as the ‘carrier frequency’. This signal is then amplified, or modulated, to provide the desired output. The modulation can be done in various ways, such as pulse width modulation, frequency or phase modulation, depending on the specific application. Other features of this oscillator, such as external clock inputs, allow it to be used in many different varieties of applications, including frequency synthesis and clock synchronization.

The SIT1602BC-82-18N-33.300000T oscillator is also known for its low power consumption. It features a supply current of only 1.2mA, making it suitable for battery-operated or energy-restrictive applications. Additionally, its small size and solid state construction make it well-suited for use in space-limited environments, such as embedded systems and IoT devices.

In conclusion, SIT1602BC-82-18N-33.300000T is a highly efficient and versatile oscillator that is ideal for time and frequency reference applications due to its low power consumption, small size and accuracy. Its ability to modulate signals through various methods makes it a suitable choice for a wide range of applications, such as frequency synthesis and clock synchronization.

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