X-On Electronics has gained recognition as a prominent supplier of MAX2837EVKIT+ RF Development Tools across the USA, India, Europe, Australia, and various other global locations. MAX2837EVKIT+ RF Development Tools are a product manufactured by Analog Devices. We provide cost-effective solutions for RF Development Tools, ensuring timely deliveries around the world.

MAX2837EVKIT+ Analog Devices

MAX2837EVKIT+ electronic component of Analog Devices
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Part No.MAX2837EVKIT+
Manufacturer: Analog Devices
Category: RF Development Tools
Description: RF Development Tools Eval Kit MAX2837 (2.3GHz to 2.7GHz Wireless Broadband RF Transceiver)
Datasheet: MAX2837EVKIT+ Datasheet (PDF)
This product is classified as Large/Heavy, additional shipping charges may apply. A customer service representative may contact you after ordering to confirm exact shipping charges



Price (USD)
1: USD 1976.2837 ea
Line Total: USD 1976.28 
Availability - 0
MOQ: 1  Multiples: 1
Pack Size: 1
Availability Price Quantity
0
Ship by Fri. 15 Nov to Tue. 19 Nov
MOQ : 1
Multiples : 1
1 : USD 1976.2837
5 : USD 1976.2837

   
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We are delighted to provide the MAX2837EVKIT+ from our RF Development Tools category, at competitive rates not only in the United States, Australia, and India, but also across Europe and beyond. A long established and extensive electronic component distribution network has enhanced our global reach and dependability, ensuring cost savings through prompt deliveries worldwide. Client satisfaction is at the heart of our business, where every component counts and every customer matters. Our technical service team is ready to assist you. From product selection to after-sales support, we strive to deliver a seamless and satisfying experience. Are you ready to experience the best in electronic component distribution? Contact X-ON Electronics today and discover why X-On are a preferred choice for the MAX2837EVKIT+ and other electronic components in the RF Development Tools category and beyond.

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Evaluates: MAX2837 MAX2837 Evaluation Kit Connections and Setup General Description The EV kit is fully assembled and factory tested. Follow the The MAX2837 evaluation kit (EV kit) simplifies test- instructions below to test the device. This section provides ing of the devices receive and transmit performance step-by-step instructions for getting the EV kit up and in WiMAX applications operating in the 2.3GHz to running in all modes. See Figure 1 for EV kit connections: 2.7GHz ISM band. The EV kit provides 50 SMA connectors for all RF and baseband inputs and outputs. 1) Connect the PC to the INTF3000 interface board Differential-to-single-ended and single-ended-to-differential using the USB-A male to USB-B male cable. On the line drivers are provided to convert the differential I/Q base- INTF3000, remove jumper JU1 and connect a DC band inputs and outputs to single-ended. supply set to 3.3V to the VPULL connector. Connect the 25-pin connector of the INTF3000 (J4) directly to Features the 25-pin connector on the EV kit (J18). On-Board Line Driver and Voltage Reference 2) With the power supply turned off, connect the +3.3V power-supply to VBAT and VCCAUX. Connect the 50 SMA Connectors on All RF and Baseband Ports power-supply ground to the header labeled GND1. PC Control Software Available at 3) With the power supply turned off, connect the +5V www.maximintegrated.com/evkitsoftware) power supply to the +5V test point and the -5V power supply to the -5V test point. Connect the power- Quick Start supply ground to the header labeled GND2. Connect all the power-supply grounds together. Recommended Test Equipment 4) Set the RXBBBUF jumper across pins 1-2 to enable This section lists the recommended test equipment to the RX baseband buffers. verify the operation of the MAX2837. It is intended as a guide only and substitutions may be possible. 5) Set the VCCVCO jumper across pins 2-3, VCCVCO1 jumper across pins 1-2, VCCVCO2 jumper across MAX2837 EV kit pins 2-3, and VBAT LDO jumper across pins 2-3 to INTF3000+ interface board utilize the three on-board LDOs to regulate the VBAT DC supply capable of delivering +5V and 250mA of voltage to +2.85V. continuous current 6) Turn on the +3.3V power supply, and the +5V and DC supply capable of delivering -5V and 250mA of -5V power supplies. continuous current 7) Make sure there are no jumpers across headers DC supply capable of delivering +3.3V and 250mA of labeled RXEN, TXEN and JPSHDNB so that these continuous current enables can be controlled through the software. Two HP8648s or equivalent signal sources capable of 8) Adjust the TX common-mode potentiometer (R36) generating 0dBm up to 3GHz until measuring 0.9V common-mode voltage at the Two HP or equivalent arbitrary waveform generators VCM test point (see Figure 1 for locations). One HP8561E or equivalent RF spectrum analyzer 9) Install and run the MAX2837 control software from with a minimum 100kHz to 3GHz frequency range HERE. One TDS3012 or equivalent oscilloscope with 200MHz 10) In the Enables panel of the software, check the bandwidth EN SPI box to enable the 3-wire interface. PC laptop or tablet with Microsoft Windows XP , 11) In the Synth panel of the software, set the LO Windows 7, 8 OS and a USB port frequency to 2500MHz. USB-A male to USB-B male cable 12) In the Registers panel of the software, set ENABLE to 1 and RXENABLE and TXENABLE to 0 to put the IC into standby mode. The supply current should be around 35mA. Windows and Windows XP are registered trademarks and registered service marks of Microsoft Corporation. 19-0966 Rev 2 1/16Evaluates: MAX2837 MAX2837 Evaluation Kit Receive Mode Layout Considerations 1) Set the signal generator to accurately deliver The EV kit can serve as a guide for board layout. -100dBm at 2502MHz. Connect the output of the Keep PCB trace lengths as short as possible to signal generator to RXRF port of the EV kit. minimize parasitic inductance. Also, keep decoupling 2) Connect either the RXBBI or RXBBQ baseband output capacitors as close to the IC as possible with a direct to a spectrum analyzer. Set the center frequency to connection to the ground plane. 2MHz and the span to 1MHz. Other recommended Power-Supply Layout spectrum analyzer settings are: Res BW of 3kHz, To minimize coupling between different sections of the Attenuation of 40dB, and Ref Level of 30dB. IC, use a star power-supply routing configuration with 3) In the Registers panel of the software, set ENABLE a large decoupling capacitor at a central V node. and RXENABLE to 1 and TXENABLE to 0 to activate CC The V traces branch out from this node, each going the receive path. The current should be around 94mA. CC to a separate V node in the circuit. Place a bypass 4) In the RX panel of the software, toggle both the LNA CC capacitor as close to each supply pin as possible. This gain enable and the baseband VGA enable to be arrangement provides local decoupling at each V SPI. Set both of the gain controls to max. CC pin. Use at least one via per bypass capacitor for a low- 5) Turn on the RF signal source. The output CW tone at inductance ground connection. Do not share the capacitor 2MHz should be approximately -2dBm. ground vias with any other branch. Transmit Mode 1) Connect the spectrum analyzer to the TXRF port. Set the center frequency to 2500MHz and the span to 5MHz. Other recommended spectrum analyzer settings are: Res BW of 10kHz, Attenuation of 10dB and Ref Level of 0dB. 2) Connect a 2MHz sinusoid to TXBBI and a 2MHz sinusoid with a 90 phase shift (or a cosine) to TXBBQ. Set the input amplitude of each channel to 90mV . RMS 3) In the Registers panel of the software, set ENABLE and TXENABLE to 1 and RXENABLE to 0 to activate the transmit path. The current should be around 146mA. 4) In the TX panel of the software, toggle TX VGA Gain to SPI. Set it to -3dB from the max gain. 5) In the TX panel of the software, set the TX Mixer V2I gain to -5.5dB (this is also the default setting). 6) Turn on the baseband signal sources. The output at 2502MHz should be approximately -1dBm. The LO leakage at 2500MHz should be around -27dBm and sideband suppression at 2498MHz should be around -39dBm. Maxim Integrated 2 www.maximintegrated.com

Tariff Desc

8543.70.00 Other machines and apparatus Free
13 Signal processors (graphic equalisers, crossovers etc.) 91 Other Free

9027.10.00 Instruments and apparatus for physical or chemical analysis (eg, polarimeters, refractometers, spectrometers, gas or smoke analysis apparatus); instruments and apparatus for measuring or checking viscosity, porosity, expansion, surface tension or the like; instruments and apparatus for measuring or checking quantities of heat, sound or light (including exposure meters); microtomes Free

9031.80.00 MEASURING OR CHECKING INSTRUMENTS, APPLIANCES AND MACHINES, NOT SPECIFIED OR INCLUDED ELSEWHERE IN THIS CHAPTER; PROFILE PROJECTORS Other instruments, appliances and machines Free

9030.31.00 Oscilloscopes, spectrum analysers and other instruments and apparatus for measuring or checking electrical quantities, excluding meters of 9028; instruments and apparatus for measuring or detecting alpha, beta, gamma, x-ray, cosmic or other ionising radiations.
Other instruments and apparatus, for measuring or checking voltage, current, resistance or power Multimeters without a recording device Free

8473.30.00 Parts and accessories of the machines of 8471 AUTOMATIC DATA PROCESSING MACHINES AND UNITS THEREOF; MAGNETIC OR OPTICAL READERS, MACHINES FOR TRANSCRIBING DATA ONTO DATA MEDIA IN CODED FORM AND MACHINES FOR PROCESSING SUCH DATA, NOT ELSEWHERE SPECIFIED OR INCLUDED:
.Other 71 No Weighing less than 1kg Free

8537 BOARDS, PANELS, CONSOLES, DESKS, CABINETS AND OTHER BASES, EQUIPPED WITH TWO OR MORE APPARATUS OF 8535 OR 8536, FOR ELECTRIC CONTROL OR THE DISTRIBUTION OF ELECTRICITY, INCLUDING THOSE INCORPORATING INSTRUMENTS OR APPARATUS OF CHAPTER 90, AND NUMERICAL CONTROL APPARATUS, OTHER THAN SWITCHING APPARATUS OF 8517:
8538 PARTS SUITABLE FOR USE SOLELY OR PRINCIPALLY WITH THE APPARATUS OF 8535, 8536 OR 8537:
8538.10.10 22 For programmable controllers Free
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