SDL-64B: Painel de antena de matriz faseada ultraminiatura, apenas para receção, na banda Ku, com capacidade de montagem em mosaico

The SDL-64B is an ultra-miniature 105g Ku-band antena recetora de matriz faseada panel engineered with SmartFusion technology to deliver ultra-low power, tileable receive-only tracking for compact satellite terminals.

Dimensões e peso: ≤105×100×15mm Micro Tile, ≤105g Featherweight Build
Tecnologia principal: Modular Splicing Architecture, SmartFusion Engine, External Converters
Varredura de rastreio: Varredura de azimute de 360°, varredura de elevação eletrónica de 0° a 65°
Portas e alimentação: SPI Control Interface, SMP RF, 12V, ≤8W Micro-draw

Categoria: Submatrizes de antenas de matriz faseada Etiquetas: SATCOM na banda Ku, Recepção por satélite LEO GEO, Antena receptora de matriz faseada, SmartFusion Micro-Antenna, Matriz de antenas empilháveis, Ultra-Compact Satellite Receiver

Detalhes do produto

Visão geral do produto

System builders designing miniature mobile tracking rigs, compact drone terminal assemblies, or localized IoT sensors frequently hit severe roadblocks when standard flat panels draw too much power and require thick housings. The SDL-64B redefines miniature tracking by condensing a full phased array tile into a pocket-sized footprint that weighs just 105 grams. Operating across a wide 13.75–14.5 GHz block (expandable to 15 GHz), it delivers a stable G/T ratio greater than -6 dB/K while drawing a maximum peak power of just 8W. Supporting a fully tileable layout that allows multiple modules to splice together edge-to-edge for instant aperture scaling, this ultra-slim 15mm panel provides a highly flexible Recepção por satélite LEO GEO component optimized for severe weight and structural limitations.

Especificações principais

Frequência de receção (Rx)	13,75-14,5 GHz (ampliável até 15 GHz)
Modo de polarização	Polarização circular dupla que sintetiza uma polarização linear arbitrária
Valor G/T	≥-6 dB/K
Alcance de digitalização	Azimute: 0-360°; Elevação: 0-65°
Dimensão	≤105mm×100mm×15mm
Peso	≤105g
Consumo de energia	≤8W
Temperatura de funcionamento	-40 ℃ a 70 ℃
Temperatura de armazenamento	-55 ℃ a 85 ℃
Interface de controlo	SPI
Interface do combinador	SMP
Fonte de alimentação	12 V CC
Controlo de ondas integrado	No
Suporte à emenda	Compatível

FQA

How does the external converter and wave-control architecture benefit the SDL-64B sub-assembly?: By omitting internal up/down conversion circuitry and dedicated wave-beam control hardware, the SDL-64B slashes its thickness to just 15mm and cuts weight down to ≤105g. This minimizes localized thermal generation on the active radiating face and allows system architects to handle wave control and intermediate frequency (IF) processing through a centralized external management system.
What makes the SmartFusion technology on the SDL-64B critical for micro-UAV and battery-powered field gear?: Traditional satellite tracking hardware easily exhausts small power banks and drone batteries. SmartFusion technology operates as an intelligent signaling layer that dynamically regulates the active current path of individual elements on the fly. This optimization reduces the total module power draw to an ultra-efficient 8W maximum, greatly extending battery runtime in off-grid field networks.
How do the physical and electrical interfaces support modular tileable stitching configurations?: Isto receptor de satélite de banda Ku tile is engineered from the ground up to support fully tileable multi-panel stitching. System builders can link multiple units together to form a larger, synchronized array to meet higher gain requirements. Telemetry and phase data are routed cleanly via a standard SPI control interface, while raw high-frequency paths hook up through compact, secure SMP connectors running on a low-voltage DC 12V line.