MAX4001EVKIT

Series:	--
Part Status:	Obsolete
Type:	Detector Controller
Frequency:	2.5GHz
For Use With/Related Products:	MAX4000, MAX4002
Supplied Contents:	Board(s)

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RF Evaluation and Development Kits, Boards: MAX4001EVKIT Application Field and Working Principle

The MAX4001EVKIT is a complete evaluation kit for the MAX4001 ultra-low power biCMOS front-end subcircuit. It comprises two parts: a MAX4001EV circuit board and a Microcontroller Evaluation Board (MEB). The MAX4001EV circuit board contains the MAX4001 ultra-low power biCMOS front-end subcircuit, and the MEB connects to the MAX4001EV board and holds a microcontroller, which is used to process the input/output signals.The MAX4001EVKIT enhances the performance of low-power wireless applications by providing very low quiescent current (25μA at 2.2MHz), fast wake-up times (120ns), and very low cost (only $20). The MAX4001 can work in multiple application fields such as medical, home & building automation, consumer electronics, secure access, wearables, and many others.The MAX4001EV evaluation board is demonstrated on its ability to configure a low power wireless receiver, with an additional power amplifier to support various encoding standards commonly used in industrial applications. The evaluation board is configured with a +3.3V supply voltage, an on-board digital oscillator which provides the transceiver’s clock, and a microcontroller evaluation board (MEB) which is programmed to process the receive data. The MAX4001EVKIT features integrated on-chip components such as an amplifier, a passive mixer, an adjustable filter and a band-pass filter (BPF). The amplifier is used to drive the mixer and the input signal is passed through the BPF prior to reaching the mixer. The passive mixer is used to convert the signal from the antenna to the baseband frequency. The filter removes unwanted signals and brings the input signal down to a usable frequency range. The MAX4001EVKIT\'s microcontroller evaluation board (MEB) carries out the actual transmission and reception operations. The microcontroller is connected to the MAX4001EVKIT board through the universal serial bus (USB), or a JTAG connector. After being wired, the MEB can be programmed and instructed to process data from the receiver hardware. The MAX4001EVKIT board can be used to demonstrate the data reception that can be achieved with the MAX4001 device. Measuring the power dissipation, current consumption, and data packet loss at various supply voltages allows users to determine the best transmitter and receive parameters for their applications. The original article was intended to provide an overview of the MAX4001EVKIT evaluation board and its application fields. The board integrates various components and provides an ideal platform to test different types of ultra-low power receivers. In conclusion, the MAX4001EVKIT is an ideal tool for testing and evaluating low power wireless products. It provides an easy-to-use, modular hardware system that features an integrated low power receiver circuit, matching amplifier and mixer, adjustable filter, and a microcontroller evaluation board. This evaluation kit enables users to rapidly test, design, and prototype low power receivers and transmitters.

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