U2100B-MFPG3

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The U2100B-MFPG3 is a clock/timing application-specific integrated circuit (ASIC) that is used to improve time accuracy and reduce latency. The clock/timing ASIC is designed to be used in applications such as military and aerospace equipment, computer Bus timing systems, and Industrial automation. U2100B-MFPG3 has the capability to calculate and compensate for temperature drift in the system frequency. This make it more accurate than other timing ASICs.

The U2100B-MFPG3 is suitable for use in precision timing applications and features a fault-tolerant design, which allows for reliable operation in applications that are subject to extreme environmental conditions. It also has a unique design which supports two independent clock outputs which are typically driven from an internal crystal oscillator. This makes it possible to generate two signals from a single oscillator, while still having a common reference clock.

The U2100B-MFPG3 clock/timing ASIC has a power supply voltage range of +3.3V to +5.5V and a maximum clock frequency of 40MHz. The device is capable of providing a programmable phase and frequency adjustment of up to ±30ps. The tolerance range for phase and frequency adjustment ensures very accurate timing for applications demanding precision and accuracy. The device is also capable of synchronizing a reference clock in order to reduce latency and ensure the reliable operation of synchronous devices.

The performance of the U2100B-MFPG3 is very good, with a frequency accuracy of 0.5ppm and a temperature stability of 0.5ppm/°C. It is also designed to meet EMI standards and operates over a wide temperature range of -40°C to +85°C. The device is available in standard RoHS compliant packages, making it suitable for production volume applications.

The U2100B-MFPG3 clock/timing ASIC is designed to provide reliable and accurate time in applications that require precision timing and high performance. Its unique design and fault-tolerant architecture make it a great choice for applications in fields that demand superior performance and reliability. It is an ideal solution for military and aerospace applications, computer bus timing, and industrial automation.

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