MMW9004KCAZ-EVB


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Product image for reference only. For precise specifications, refer to datasheet.

Manufacturer: NXP Semiconductors
Mfg #: MMW9004KCAZ-EVB
Richardson RFPD #: MMW9004KCAZ-EVB
Description: Beamformer
Min/Mult: 1
EDA/CAD Models

The MMW9004KCAZ-EVB is a highly integrated 5G 4-channel dual-polarized analog beamforming IC, digitally controlled either via a high-speed SPI bus or via an LVDS link. The MMW9004KCAZ-EVB has an 8-bit phase and gain resolution. Each channel consists of a transmit chain (TX) and a receive chain (RX). Both TX and RX chains have a buffer, a phase shifter and a variable gain amplifier (VGA). On-chip power detectors allow measuring the power levels on all antenna ports in TX mode. The digital interface controls all MMW9004KCAZ-EVB functional registers. The MMW9004KCAZ-EVB comes in a very small FO-WLPBGA package of 6.5 mm x 6.1 mm x 0.56 mm with 182 bumps.

Applications

  • Wireless infrastructure
  • 5G NR, RAN and CPE
  • Phased array antenna (AESA)
  • TDD systems
  • Suitable for small cells
  • Dual-polarized antennas

Key Attributes Value Search Similar
Minimum Frequency (GHz) 24.25
Maximum Frequency (GHz) 27.5
Package Style FO-WLPBGA

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