CSA309-11.0592MABJ

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Crystals are an essential component of a wide range of electronic devices. They are used in many different ways - to transmit and receive radio signals, to maintain accurately timed clocks, to provide precise and reliable frequency sources for digital electronics, and as an integral part of oscillators. Crystals are widely used in electronic circuits from clocks on personal computers and mobile phones to radar systems and personal digital assistants.

The CSA309-11.0592MABJ is a crystal oscillator designed to provide superior performance in a wide variety of applications. The oscillator operates at 11.0592 MHz, which makes it suitable for use in a wide range of systems, including wireless data communication and instrumentation applications. It features low power consumption, low EMI interference, and high reliability.

The CSA309-11.0592MABJ crystal oscillator is designed to provide superior performance in applications such as wireless data communication and instrumentation. It utilizes a quartz crystal resonator to generate a precise, stable frequency output. The resonator is thermally compensated for greater accuracy over a wide temperature range. The oscillator is capable of operating up to +135°C and is highly temperature stable.

The CSA309-11.0592MABJ crystal oscillator utilizes a unique design to eliminate shock and vibration interference. Its robust construction and high-quality components guarantee maximum performance and reliability. It has a low phase noise, making it ideal for applications where low noise is critical, such as in frequency synthesizers, radio receivers, and phase-locked loops. It is also highly resistant to EMI and RFI.

The CSA309-11.0592MABJ crystal oscillator is designed to provide excellent performance over a wide range of application requirements. Its features make it ideal for precision timing and synchronization applications, such as communications, instrumentation, and timing systems. With its superior performance and reliability, it is perfect for use in demanding applications with stringent requirements.

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