• XH‑XA88 X‑band 16‑Channel Standardized Phased Array Subarray, 4×4 Layout T/R Module for Radar & Communication Systems,XH-Nexus,XH‑XA88  X-band 16-Channel Standardized Phased Array Subarray, 4×4
  • XH‑XA88 X‑band 16‑Channel Standardized Phased Array Subarray, 4×4 Layout T/R Module for Radar & Communication Systems,XH-Nexus,XH‑XA88  X-band 16-Channel Standardized Phased Array Subarray, 4×4

XH‑XA88 X‑band 16‑Channel Standardized Phased Array Subarray, 4×4 Layout T/R Module for Radar & Communication Systems

No.XH‑XA88
The XH‑XA88  is an X-band 16-channel standardized subarray integrated with multi-channel silicon-based chips and microwave multilayer PCB. Featuring SMT technology for high performance consistency and compact size, it supports RF signal transceiving, beam scanning and status feedback, ideal for mass deployment in radar and communication phased array platforms.
  • XH‑XA88 X‑band 16‑Channel Standardized Phased Array Subarray, 4×4 Layout T/R Module for Radar & Communication Systems,XH-Nexus,XH‑XA88  X-band 16-Channel Standardized Phased Array Subarray, 4×4

Description

Product Overview

The XH‑XA88  X-band 16-channel standardized subarray is a highly integrated, universal building block for phased array systems. Built on the architecture of multi-channel silicon-based chips and microwave multilayer PCB, it integrates 16 transmit/receive channels and delivers stable performance in RF transceiving, electronic beam scanning, and operating status feedback, providing a standardized, mass-producible hardware solution for phased array systems.

Key Advantages

High Consistency SMT Process: Manufactured with full surface-mount technology, it delivers better channel performance consistency and higher yield compared with conventional phased array T/R modules, fully meeting mass production requirements.

Compact Integrated Design: With an overall dimension of only 65.8×65.8mm, it features low profile and high integration, facilitating array splicing and compact system integration.

Cost-effective Solution: The standardized architecture reduces custom development costs and can be directly adapted to various phased array systems, shortening project R&D cycles and providing customers with a cost-effective phased array unit solution.

Core Specifications

Parameter Unit Value Note
Frequency Range GHz 8.5~10.5 X-band
Number of Elements pcs 16 4×4 array layout
EIRP dBm 54 (typical) -
G/T Value dB/K -13 (typical) -
Polarization - Linear polarization -
Channel Spacing mm 16.5 -
Beam Scanning Range ° ±45 -
VSWR - ≤2 -
Transmit Efficiency - ≥20% -
Overall Dimension mm 65.8×65.8 Length × Width

Applications
Widely applicable to civil and industrial phased array radar systems, satellite communication ground stations, millimeter-wave communication platforms, low-altitude detection radars and other fields.

 

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