Antena de recepção com matriz faseada, Banda Ku (apenas recepção), Painel de antena SmartFusion, Recetor de satélite ultraleve, Recepção de satélites LEO e GEO

Painel de antena de matriz faseada de alto desempenho, apenas para receção, na banda Ku, modelo SDL-256A

The SDL-256A is an ultra-lightweight 240g Ku-band antena recetora de matriz faseada panel integrating 256 active elements and advanced SmartFusion technology to deliver high-efficiency receive-only tracking for hybrid LEO and GEO satellite networks.

Dimensões e peso: 184×271.8×14.5mm, ≤240g Miniature Sub-assembly
Tecnologia principal: 256-Element Matrix, SmartFusion Engine, Radome Integration
Varredura de rastreio: Azimute de 360°, elevação eletrónica de 0° a 70°
Portas e alimentação: J30J-21 Control, SMA-K RF, 12V, ≤38W Ultra-low Draw

Categoria: Submatrizes de antenas de matriz faseada Etiquetas: SATCOM na banda Ku, Ku-Band Receive Only, Recepção por satélite LEO GEO, Antena receptora de matriz faseada, SmartFusion Antenna Panel, Ultra-Lightweight Satellite Receiver

Detalhes do produto

Visão geral do produto

System engineers designing ultra-compact satellite IoT terminals or portable media data kits often struggle with severe size limitations and high power drains when trying to deploy standard mechanical receivers or bulky panel arrays. The SDL-256A redefines the standard for receive-only arrays by packaging 256 active elements into a flat-panel substrate that weighs less than a standard smartphone. Delivering an impressive G/T ratio greater than 4 dB/K combined with arbitrary polarization tracking, it maintains cross-polarization isolation exceeding 30dB at center alignment. Operating flawlessly without physical wear across extreme temperatures from -40°C to +70°C, this sub-assembly offers a highly reliable Recepção por satélite LEO GEO component engineered to sustain critical data downlinks where power and space budgets are minimal.

Especificações principais

Frequência de funcionamento de receção	10,7 GHz-12,7 GHz
Alcance de digitalização	Ângulo de elevação: 0°~70°; Azimute: 0°~360°
Número de elementos	256
Desempenho da antena (G/T)	≥4dB/K
Modo de polarização	Polarização arbitrária
Isolamento de polarização cruzada linear	≥30 dB a 0°
Interface de Alimentação e Controlo	J30J-21
Interface de RF	SMA-K
Dimensão total	184mm×271.8mm×14.5mm
Fonte de alimentação de entrada	12 V CC (11 V~13 V)
Peso	≤240g
Consumo de energia	≤38W
Temperatura de funcionamento	-40 ℃ a +70 ℃

Perguntas frequentes

How does the SmartFusion technology on the SDL-256A optimize power efficiency for remote field sites?: SmartFusion technology serves as an intelligent power management and signal tracking layer that dynamically controls the active state of individual antenna elements. Instead of drawing static maximum current constantly, the internal algorithms scale the system draw down to real-time link requirements. This keeps total power consumption capped at an ultra-low 38W, making it perfect for solar-powered remote sensor terminals or portable backpack units.
What are the physical integration advantages of the integrated radome design on this panel?: The integrated radome design molds the protective outer cover directly onto the underlying phased array substrate, eliminating heavy hardware housings and compressed air gaps. This allows the SDL-256A to achieve a sleek 14.5mm profile and a total weight of ≤240g. This lightweight architecture allows it to be embedded directly into ultra-portable terminals, UAV sub-assemblies, or hidden low-profile installations without creating aerodynamic or payload penalties.
What type of connection interfaces and electrical inputs does this Ku-band receiver require?: Isto receptor de satélite de banda Ku component uses a secure, industry-standard J30J-21 multi-pin control port to handle electronic beam steering commands and main power inputs. The hardware runs on a low-voltage DC 12V supply (with a safe operational tolerance range of 11V to 13V), routing the raw received satellite signals cleanly out through a standard SMA-K RF interface to your external processing modem.