530CA000229DGR

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Oscillators are widely used in a number of applications ranging from measuring temperature, vibration and electric current to driving digital synchronizing connections. The 530CA000229DGR is a type of crystal oscillator which is specifically designed for applications that require high precision frequency synthesis and excellent phase noise performance. It is ideal for use in communication, instrumentation and aerospace applications.

The 530CA000229DGR features a low phase noise, precision frequency synthesis and wide tuning range with low power consumption. It has a frequency range of 0.5 to 50 MHz and a voltage range of 0.2 to 1.2 volts. The data rate is 2.2 - 10 Mbps and it supports both positive and negative modulation. The 530CA000229DGR uses quartz crystals as its frequency determining component. This type of oscillator is used in different functions such as frequency control, switching, timing and signal processing.

The 530CA000229DGR stands out from other types of oscillators because of its superior performance which is made possible by its patented design. The circuit components are carefully matched to each other to provide an optimal frequency response and the frequency range can be fine tuned over a wide range by the use of external capacitors. This makes it perfect for high accuracy applications. The phase noise is one of the lowest in the market thanks to its special design that minimizes the effect of thermal noise and other interferences on measured values.

The 530CA000229DGR also has a wide operating temperature range of -25 to +125°C. This means it can function in extreme temperatures and still produce the same quality results. It is also able to withstand high vibration levels and it is resistant to shock and other mechanical stresses.

The 530CA000229DGR is an ideal choice for any application requiring high performance and accuracy. Its broad range of features makes it suitable for many different types of applications and its small size allows it to be used in space-restricted areas. Its unique design provides excellent phase noise performance even in hostile environments. Its versatility also makes it a great choice for many different types of applications.

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