LMP92066EVM

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Evaluation and Demonstration Boards and Kits are a mass produced circuit board set intended to provide an environment for prototyping, testing, or demonstrating the qualities of a certain device or technology. LMP92066EVM, a product of Texas Instruments, is an evaluation module designed to help customers quickly and easily evaluate the features of the LMP92066 family of FemtoClock devices.

The LMP92066EVM board includes two independent LMP92066 devices. Each device comes with a built-in oscillator and on-board switches, allowing users to configure the board to their needs. The user-friendly jumpers, headers, and breakouts make it easy to evaluate the board in both single-ended and differential output modes.

The LMP92066EVM board is ideal for system designers who need high-performance, low-power, low-jitter clock synchronization for their designs. It is designed to be used in any type of high-performance system including communications equipment, servers, cloud backbones, medical equipment, and satellite systems. The LMP92066EVM board is also suitable for power optimization, as it only uses 1 watt of power during operation.

The main application fields of this board are Telecommunications and Networking, Servers, Cloud Computing, Medical Electronics, and Automotive Electronics. It is also ideal for Low-Power Designs, as its operating current ranges from �1mA. The board is also highly versatile, as it can be used in both crystal oscillator and MEMs oscillator mode.

The working principle of the LMP92066EVM board is relatively simple. It contains two integrated FemtoClock devices that are designed to provide up to 150MHz of high-performance, low-power frequency synthesis and clock distribution. The board also features programmable divider, programmable range, programmable polarity, reference calibration and comparison, and reference transient reduction.

The LMP92066EVM board also features a configuration pin header with jumpers for configuration settings, making it convenient to set the desired configuration for the board. In addition, the board includes a USB port and software that allows users to configure the module from a PC, and a flashing LED that indicates the status of the oscillation. The board also supports digital states, like “high-time + 7” for a 7-bit counter, which allows the user to achieve frequency out and soft transitions.

In conclusion, the LMP92066EVM board is an excellent tool for system designers who need high-performance, low-power, low-jitter clock synchronization for their designs. Its main application fields are Telecommunications and Networking, Servers, Cloud Computing, Medical Electronics, and Automotive Electronics. In addition, its working principle is relatively simple, which allows designers to quickly and easily evaluate the device’s features and capabilities. All in all, the LMP92066EVM is an ideal evaluation module for customers looking to make their designs more efficient and reliable.

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