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Texas Instruments LMK00301ARHSR Environmental and export classification status description

The Texas Instruments LMK00301ARHSR is a programmable oscillator with an integrated crystal. It is designed for high-speed digital applications where a stable and low-jitter clock signal is crucial. This device offers versatility and precision in clock generation and distribution. Functions: 1. Programmable Oscillator: The device features a user-programmable output frequency and duty cycle. 2. Integrated Crystal: It comes with an integrated crystal oscillator, eliminating the need for an external crystal. 3. Low Jitter: LMK00301ARHSR provides low-jitter clock signals, ensuring accurate data transfer in high-speed applications. 4. Multiple Outputs: It offers multiple clock outputs, which can be used for various timing functions. Applications: 1. Data Centers 2. Networking Equipment 3. Telecommunications Systems 4. High-Speed Test and Measurement Equipment 5. Industrial Automation Alternative Components: 1. Silicon Labs Si5341A 2. IDT 8T49N866 3. Maxim Integrated MAX9261 Embedded Modules: 1. Built-in EEPROM for storing device configurations. 2. Reference clock input for synchronization with external sources. Related Q&A: 1. Q: Can the LMK00301ARHSR be used in telecommunications equipment? - A: Yes, the LMK00301ARHSR is well-suited for telecommunications applications due to its low-jitter clock signals. 2. Q: What tools are available for programming the LMK00301ARHSR? - A: Texas Instruments provides software tools and development kits for programming and configuring the device. 3. Q: Is it possible to synchronize multiple LMK00301ARHSR devices in a networked system? - A: Yes, the devices can be synchronized through external clock sources to maintain coherence in the system. 4. Q: Can the LMK00301ARHSR support different output frequencies simultaneously? - A: Yes, the device allows for the generation of multiple clock output frequencies that can run concurrently. 5. Q: Does the LMK00301ARHSR have built-in error detection mechanisms for ensuring signal integrity? - A: The device features error detection and correction mechanisms to ensure reliable clock signals in critical applications.