SIT1602BC-22-30N-50.000000E

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Oscillators are electrical circuits that generate a periodic electrical signal, such as a sine wave or square wave. SIT1602BC-22-30N-50.000000E (referred to as SIT1602BC for short) is an oscillator. It is an ultra-miniaturized surface mount oscillator with equipment rated at 5.0Vdc.

SIT1602BC is widely used in various applications such as portable communication equipment, home electronic products, car navigation systems, automotive electronics, optical transmission systems, and wireless, mobile and base station systems. It is also used to generate audio and video signals in broadcast and communication systems, and to generate clock signals for digital circuits.

SIT1602BC is a quartz crystal oscillator with a type 2 SMT package, offering superior miniaturization, reliability and performance. It is characterized by low power consumption, small size and high frequency stability. The frequency range of SIT1602BC is from 10MHz to 20MHz, with an operating temperature range of -10°C to 70°C and an operating voltage range of 5.0-3Vdc.

The working principle of the SIT1602BC oscillator can be explained with the help of quartz crystal physics. A quartz crystal is an electrical circuit component made up of a piezoelectric quartz crystal and two external electrodes. When a voltage is applied across the two external electrodes, the quartz crystal deforms or compresses, creating a compression wave. This compression wave produces sound waves that travel through the crystal lattice. The sound waves that bounce off the electrodes create electrical signals at the electrodes, which are then amplified by the oscillator circuit. By monitoring these signals, the oscillator circuit can generate a stable and predictable signal.

SIT1602BC is an Oscillator with great features for various applications that require stable and predictable electrical signals. It is characterized by low power consumption and small size, which makes it ideal for portable devices, automotive electronics and broadcast systems. Additionally, SIT1602BC offers superior frequency stability and performance in terms of both signal accuracy and signal integrity. This makes it suitable for systems that require highly reliable and precise clock signals.

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