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Clock Generators & Oscillators

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GN2012AINE3
SEMTECH
2 2.805V 3.465V 11.7Gbps QFN-32 SMD mount
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GS4900BCNE3
SEMTECH
8 1 1.71V 165MHz 3.465V 165MHz 60% none,yes QFN-64 SMD mount 9mm(length)*880μm(height)
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GN2412B-IBE3
SEMTECH
1 900mV 12.8Gbps BGA-144 SMD mount 7mm(length)*7mm(width)
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GN2017AINTE3Z
SEMTECH
2 3.069V 3.465V SMD mount
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GN2411BIBE3
SEMTECH
Quad 10Gb/S Cdr With Rx Equalizer And Transmit De-Emphasis
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GN2402-INE3
SEMTECH
1 SMD mount
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Clock Generators & Oscillators

Clock Generator Definition:
A clock generator is an electronic device or circuit that produces a periodic waveform, typically a square wave, which is used as a timing signal in digital systems. It is crucial for synchronizing operations and maintaining the correct sequence of events within a system.

Function:
The primary function of a clock generator is to provide a stable and accurate clock signal to various components within a system, such as microprocessors, memory devices, and peripherals. This signal ensures that data is processed and transmitted at the correct rate, preventing errors and ensuring system stability.

Applications:
Clock generators are used in a wide range of applications, including:
1. Computer Systems: They synchronize the operation of CPUs, memory, and other components.
2. Communication Systems: They provide timing for data transmission in networks and telecommunications.
3. Industrial Automation: They control the timing of processes in manufacturing and automation systems.
4. Consumer Electronics: They are found in devices like smartphones, TVs, and gaming consoles, where they manage the timing of various operations.

Selection Criteria:
When choosing a clock generator, consider the following criteria:
1. Frequency Stability: The ability to maintain a constant frequency over time and under varying conditions.
2. Accuracy: How closely the output frequency matches the desired frequency.
3. Phase Noise: The level of jitter or noise in the clock signal, which can affect system performance.
4. Output Voltage and Current: Must be compatible with the devices it will power.
5. Power Consumption: Lower power consumption is desirable, especially for portable or battery-operated devices.
6. Temperature Range: The generator should operate reliably within the expected temperature range of the application.
7. Integration Level: Some systems may require a highly integrated clock generator to save space and reduce complexity.
8. Cost: The budget for the system will influence the choice of clock generator, with higher-end models offering better performance at a higher price.

In summary, a clock generator is an essential component in digital systems, providing a stable and accurate timing signal that ensures proper operation and synchronization. Its selection should be based on the specific requirements of the application, including frequency stability, accuracy, phase noise, and power consumption.
Please refer to the product rule book for details.