SIT9120AC-2D2-25E133.300000X

Oscillators are electronic circuits that produce a continuing series of electrical pulses, called an oscillating signal. SIT9120AC-2D2-25E133.300000X is a type of oscillator. It is used primarily in medical and industrial devices, especially those that need reliable frequency specification or stable pulse generation.

The maximum oscillation frequency of this device is 133.3 MHz. It can operate between 0° C and 70° C and draw a current of 2 mA. In addition to oscillating, it also functions as a frequency divider, allowing users to divide the 133.3 MHz input frequency to a lower frequency. This oscillator is more compact than similar oscillators, making it well-suited for applications where space is limited.

The major application fields of the SIT9120AC-2D2-25E133.300000X are medical and industrial applications. It is used for medical sensors, such as ultrasound and electrocardiography, and industrial applications, such as ultrasonic welding and high-frequency pulse generation. This oscillator can also be used for frequency modulation (FM) and frequency synthesis. Its low power consumption makes it perfect for battery-operated medical and industrial devices. Furthermore, it has tight temperature stability and frequency stability over a wide range of temperatures.

The working principle of the SIT9120AC-2D2-25E133.300000X oscillator is based on a quartz crystal oscillator circuit. The quartz crystal vibrates at a specific frequency when an alternating electrical current is passed through it. This mechanical vibration is translated into an electrical signal, which is then amplified by an amplifier circuit. The output of the circuit is a steady pulse of voltage, which oscillates at a set frequency.

The SIT9120AC-2D2-25E133.300000X oscillator provides a reliable, compact and energy efficient solution for medical and industrial applications. The device is cost-effective and offers tight temperature stability and frequency stability. It is an ideal choice for applications where reliable frequency specification or stable pulse generation is required.