MAX7131XLM1EVK1#

Series:	--
Part Status:	Active
Type:	Power Management
Function:	Energy/Power Meter
Embedded:	--
Utilized IC / Part:	MAX7131xLM1
Primary Attributes:	--
Supplied Contents:	Board(s)
Secondary Attributes:	--

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MAX7131XLM1EVK1: Evaluation and Demonstration Boards and Kits

The MAX7131XLM1EVK1 is a low-power, ultra-high speed, evaluation and demonstration board and kit from Maxim Integrated. It is a two-channel, low-power, low-voltage (1V to 5V) digital phase-locked loop (PLL) designed to reduce power consumption for critical applications where size, thermal performance, and power integrity must be optimized. The MAX7131XLM1EVK1 is designed for those applications where the total cost of ownership (TCO) is the highest. With a low-power architecture, the kit enables designers to quickly build and test their designs while reducing their TCO.The MAX7131XLM1EVK1 kit is ideal for applications requiring low-power and ultra-high speed performance such as cellular communication base stations, wide area coverage networks, LTE/LTE-A, WiMAX, Wi-Fi, RADAR and satellite receivers. With its all-inclusive design, the demonstration kit enables engineers to test and evaluate performance without having to purchase separate components. It also includes a comprehensive software suite to simulate performance and validate the design.The MAX7131XLM1EVK1 kit features a combined phase frequency detector (PFD) and phase/frequency lock detector (PFLD) and PLL architecture. By integrating PFD and PFLD functions, designers can reduce external components, save board space and reduce cost. It also has a wide frequency range of up to 21.4GHz that can be adjusted with the on-board Digital VCO and an extended bandwidth range of up to 56dB.The MAX7131XLM1EVK1 kit also features a low-power low-voltage architecture, which enables the designer to reduce power-related equations and footprints on the board. The kit offers the benefits of both digital and analog capabilities so designers can easily prototype and test their systems. Furthermore, it is compatible with different 2.4GHz to 24GHz frequency bands and can also be programmed for operation up to 21.4GHz.The kit also relies on Six-Layer Design Methodology to ensure the design is robust and reliable. The method is based on an exclusive set of design rules from Maxim enabling designers to integrate different elements on a single package. These rules help in ensuring that design goals such as maximum power efficiency and maintenance of signal integrity is maintained throughout the design process. To ensure a secure operation, the MAX7131XLM1EVK1 kit includes a power module which helps in reducing power fluctuations. The power module self-regulates power supply and maintains a steady supply of voltage. It is also compatible with different power levels so designers can easily switch between power outputs. The kit also comes with a dedicated Phase Lock and Frequency Lock monitor for easy tracking of lock status.The MAX7131XLM1EVK1 kit includes reference design kits in various higher frequency bands, enabling designers to quickly design and test their high-frequency systems. For example, the high frequency range of the kit is compatible with cellular communication systems operating from 700MHz up to 2.7GHz. It also includes a versatile design guide and application notes to make the design process easier for engineers.Overall, the MAX7131XLM1EVK1 is an ideal evaluation and demonstration boards and kits for high-speed and low-power applications operating up to 21.4GHz. With its low-power and ultra-high speed performance, the kit provides a cost-effective solution for designers looking for an integrated design which is both reliable and power-efficient. It also offers a wide range of features and benefits as well as a comprehensive software suite and reference design kits for a faster and easier prototyping and testing process.

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