SIT8008BIA3-25N

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The SIT8008BIA3-25N Programmable Oscillator is a miniature oscillator manufactured by SIT Semiconductor. It is designed for low power/low cost requirements and is suitable for a wide range of applications. It can run at frequencies up to 25MHz and is available in an 8-pin mini-DIP package. The primary features of the SIT8008BIA3-25N include synchronization capability, digital control and a highly stable oscillator.

The SIT8008BIA3-25N Programmable Oscillator is an ideal solution for applications requiring a stable, low power and low cost timing device. Some of the applications that the oscillator can be used for are microprocessors, modems, digital signal processors, radio communication systems, frequency interpolators, and clock systems. The synchronous capabilities of the oscillator make it a great choice for applications such as synchronous counter systems, frequency counters, and motion control systems.

The working principle of the SIT8008BIA3-25N Programmable Oscillator is very simple. It consists of a quartz crystal that is placed between two electrodes and an oscillator circuit. The quartz crystal vibrates at a specific frequency and produces an alternating current that is received by the oscillator circuit. The circuit then amplifies the incoming signal and a voltage is produced. This in-coming voltage is then used to produce an output signal.

The SIT8008BIA3-25N Programmable Oscillator has several advantages over other oscillators. It is a highly stable device with very low levels of temperature drift. The synchronizing capability of the oscillator makes it ideal for applications requiring precise timing. Additionally, its compact size makes it a great choice for use in limited space applications.

The SIT8008BIA3-25N Programmable Oscillator is a great choice for applications requiring a low power, low cost and highly stable oscillator. The oscillator supports a wide range of applications and is available in an 8-pin mini-DIP package. The synchronizing capability and digital control are assets that make it highly suitable for applications such as microprocessors, modems, digital signal processors, radio communication systems, frequency interpolators and clock systems.

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