510NCB25M0000BAG

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Oscillators are a type of electronic circuit that generate a periodic, oscillating electronic signal. The 510NCB25M0000BAG oscillator is a type of oscillator that generates a signal with a frequency of 25.0 MHz ± 25ppm and utilizes quartz crystal technology to generate its signal. It is a leaded surface mount package, making it ideal for space-constrained applications such as industrial and medical.

The 510NCB25M0000BAG is a voltage-controlled oscillator (VCO) that has a wide range of applications, from providing frequency or timing references for instrumentation equipment, to providing clock signals for digital applications, to generating signals for radio frequency (RF) communication systems. It is designed to operate in a wide range of temperature environments and is thus ideal for many applications that require a signal to stay stable over a range of temperatures.

The 510NCB25M0000BAG consists of a quartz crystal and an electronic oscillator circuit. The quartz crystal is a piezoelectric material that vibrates when a voltage signal is applied and can generate a signal with a very accurate and stable frequency. The electronic oscillator circuit is used to amplify and shape the output signal. This VCO has a control voltage input and a very low phase noise of -165 dBc/Hz at 10kHz offset.

The 510NCB25M0000BAG has a low harmonic distortion ratio and a wide frequency stability range, making it suitable for many applications that require precise, intermittent signals. The VCO can operate at temperatures between -20°C and 70°C and can be used in many of the most common instrumentation and communication systems. It is also available with a variety of output type power options, making it suitable for a range of power management needs.

Overall, the 510NCB25M0000BAG is a versatile and reliable oscillator which is designed to meet the most stringent of industrial requirements and is well-suited to a range of high-end applications. It provides a wide range of frequencies and supports a variety of output types, making it ideal for both instrumentation purposes and RF communication. Its frequency stability, low harmonic distortion ratio and wide temperature range make it suitable for many applications that require a precise, reliable oscillating signal.

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