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Rochester Electronics DS1013M-100+ Environmental and export classification status description

Overview of Maxim Integrated DS1013M-100+ Description: The DS1013M-100+ is a precision clock generator that delivers two distinct clock output signals derived from a reference clock input. It serves as a clock conditioning solution where the original clock signal is distorted or has significant jitter. --- Functions 1. Clock Generation: Generates two clean clock outputs derived from a single reference clock input. 2. Jitter Reduction: Helps in the reduction of jitter on the output clock signal, enhancing signal integrity. 3. Frequency Multiplication: Can adjust the frequency of output clocks, making it flexible for various applications. 4. Phase-Locked Loop (PLL): Integrates PLL functionality to ensure stable clock signals and avoid phase misalignments. --- Applications 1. Communications: Used in networking equipment for clock synchronization in data communication systems. 2. Data Converters: Provides clock signals for various data converters like ADCs and DACs. 3. Embedded Systems: Utilized in embedded applications where precise timing is essential. 4. Consumer Electronics: Used in products requiring clock signals for various processing tasks. 5. Test and Measurement Equipment: Ensures accuracy in timing for measurement and testing devices. --- Alternative Components 1. Si5351: A more versatile clock generator with multiple output frequencies and configurations. 2. CDCE62005: A high-performance clock generator with excellent phase noise performance, suitable for clock tree distribution. 3. LMK04828: A high-performance clock synthesizer and jitter cleaner for high-speed data applications. 4. ICS8430: A low-jitter clock buffer for distributing clock signals in high-speed applications. --- Embedded Modules Maxim Integrated products typically have associated development boards and modules. For the DS1013M-100+, one might look for: 1. Evaluation Kit: A kit for evaluating the functionalities and performance of the DS1013M-100+. 2. Reference Design Modules: Printed circuit board (PCB) designs or modules featuring the DS1013M-100+ that can be integrated into other designs. 3. Development Kits: Could include an MCU/FPGA along with the DS1013M to prototype applications. --- Related Q&A 1. Q: What is the primary function of the DS1013M-100+? - A: The primary function of the DS1013M-100+ is to generate two clean, synchronized clock signals from a single reference clock input. 2. Q: How does the DS1013M-100+ help in jitter reduction? - A: The DS1013M-100+ employs PLL technology to filter and reduce jitter on the clock signals, ensuring improved signal integrity. 3. Q: In which applications is the DS1013M-100+ typically used? - A: It is commonly used in communications, data converters, embedded systems, consumer electronics, and test and measurement equipment. 4. Q: What alternatives exist if the DS1013M-100+ does not meet my needs? - A: Alternatives include the Si5351 for flexibility, the CDCE62005 for high-performance requirements, or the LMK04828 for applications needing jitter cleaning. 5. Q: Are there evaluation kits available for the DS1013M-100+? - A: Yes, Maxim Integrated often provides evaluation kits to help users test and develop with the DS1013M-100+. These kits typically include essential components and documentation for setup.