SIT9003AC-24-33DD-10.00000T

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Oscillators are widely used in digital circuits for applications such as digital signal processing, communications, and control systems. They are available in various packages, including surface mount, through-hole, and many other formats. SIT9003AC-24-33DD-10.00000T is a surface mount oscillator designed to provide reliable operation in many types of electronic applications.

SIT9003AC-24-33DD-10.00000T has a maximum supply voltage of 3.3 V and a working frequency of 10 MHz. The device provides low-jitter operation with a typical jitter of 1.0 picoseconds (12 kHz to 20 MHz) and a maximum jitter of 3 picoseconds (12 kHz to 20 MHz). The oscillator features a low start-up time of 1 μs, allowing for fast system initialization and high operation speeds. This also helps reduce power consumption. The device features a high-performance CMOS design which makes it highly reliable and suitable for multiple environments.

In addition to the high-performance features of SIT9003AC-24-33DD-10.00000T, the oscillator also features an adjustable frequency range that can be adjusted between 6 and 25 MHz. This makes it suitable for a wide range of applications, such as wireless communication and GPS receivers. The adjustable frequency range helps make this oscillator suitable for a variety of applications and different operating conditions.

The working principle of SIT9003AC-24-33DD-10.00000T is based on the concept of a ring oscillator. The device consists of an oscillator circuit with two inverting amplifiers connected in series. The amplifiers form an electronic feedback loop and act as a low-frequency oscillator. The oscillator is composed of two capacitor-based stages where the output of one stage is fed back into the input of the other stage. The feedback creates a sinusoidal waveform that is generated at the oscillator’s output.

SIT9003AC-24-33DD-10.00000T, with its adjustable frequency range and low-jitter operation, is suitable for use in various applications, including wireless communications, GPS receivers, and digital signal processing. The adjustable frequency range helps make it suitable for different operating conditions, while the low-jitter helps make the oscillator reliable and efficient. The high output drive capability and low power consumption make is suitable for battery powered applications, while its high-performance CMOS design make it reliable and suitable for multiple environments.

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