Vacus UWB Antenna 6.5 GHz Channel 5

Name: Vacus UWB Antenna 6.5 GHz Channel 5
Brand: Vacus
SKU: DRFC-0761
Price: 2360.00 INR
Availability: OutOfStock

₹2,360.00 (Inclusive of all taxes)

Out of Stock

The Vacus UWB Channel 5 PCB Directional Antenna is engineered for precision Ultra-Wideband applications operating between 6.24â€“6.74 GHz, offering high efficiency and stable directional characteristics for accurate positioning. It features an SMA interface for seamless integration into UWB modules and RTLS infrastructure.

Features

Optimized for UWB Channel 5 (6.24â€“6.74 GHz) with 95% efficiency.
Delivers 4.91 dBi peak gain for enhanced signal range and stability.
Designed on premium Rogers 4350B laminate for reliable RF performance.
Standard 50 Î© impedance with SMA connector for versatile integration.

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Description

This Vacus UWB Channel 5 PCB Directional Antenna provides robust and precise Ultra-Wideband performance, specifically tailored for the 6.24â€“6.74 GHz frequency range. Built on a premium Rogers 4350B high-frequency laminate, its design ensures superior signal integrity, exhibiting excellent efficiency, minimal return loss, and consistent directional radiation patterns critical for reliable UWB communication.

With a standard 50 Î© impedance and an SMA interface, this antenna is designed for straightforward integration into various UWB systems, including anchor nodes, evaluation boards, and custom UWB modules. Its optimized design ensures high gain and stable RF characteristics, making it an indispensable component for demanding applications requiring accurate long-range indoor positioning, real-time location systems (RTLS), and other industrial UWB deployments where signal precision is paramount.

Key Features

Optimized for UWB Channel 5 (6.24â€“6.74 GHz) with precise frequency tuning.
Constructed on premium Rogers 4350B high-frequency laminate for superior RF properties.
Achieves high efficiency up to 95% for maximum power transfer and signal quality.
Ensures low return loss, minimizing signal reflections and maximizing forward power.
Exhibits stable directional radiation characteristics for focused signal transmission.
Features a standard 50 Î© impedance for broad compatibility with UWB hardware.
Equipped with an SMA connector (CONSMA013.062-G) for secure and easy integration.
Offers linear polarization, suitable for various UWB system configurations.

Applications

Long-range indoor positioning systems (RTLS).
Autonomous UAV navigation requiring precise location data.
Industrial UWB deployments for asset tracking and telemetry.
UWB module development and evaluation boards.
Robotics and autonomous vehicles for close-range sensing.

Technical Specifications

Item Type	UWB Antenna
Frequency Range	6.24 â€“ 6.74 GHz (UWB Channel 5)
Peak Gain	4.91 dBi
Efficiency	95%
Impedance	50 Î©
Max Input Power	10 W
Polarization	Linear
Connector Type	SMA (CONSMA013.062-G)
Axial Ratio	6 dB Max
Operating Temperature	â€“40 to +85 Â°C
Storage Temperature	â€“40 to +85 Â°C
Operating Voltage	2.7 â€“ 5.5 V
Dimensions (L x W x H)	170 x 130 x 130 mm

Frequently Asked Questions

What frequency range does the Vacus UWB Antenna 6.5 GHz operate within?

This antenna is specifically optimized for UWB Channel 5, operating across a frequency range of 6.24 to 6.74 GHz. This narrow band ensures high precision and robust signal integrity for critical Ultra-Wideband applications, supporting reliable data transmission and accurate distance measurement within this spectrum.

What is the primary benefit of using Rogers 4350B laminate in this antenna?

The use of Rogers 4350B high-frequency laminate significantly enhances the antenna's performance. It provides excellent thermal stability, low dielectric loss, and consistent electrical properties, which are crucial for maintaining high efficiency, low return loss, and stable directional radiation characteristics across its operating frequency, ensuring long-term reliability.

How is this UWB antenna typically integrated into a system, and what applications benefit most?

The antenna integrates via SMA connector with UWB modules. Its high gain and stable RF performance are ideal for long-range indoor positioning (RTLS) and industrial UWB deployments. This provides accuracy and signal stability for UAV navigation and precise sensing.