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Trival Antene
AD-10/A — Wideband Vertical Polarized Dipole Antenna
Less than 1 kW
Key specifications
- Gain
- Less than 0 dB, 0 to 2 dB
- Power handling
- Less than 1 kW
- Polarization
- Vertical
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Overview
The AD-10/A is a wideband vertically polarized dipole antenna designed for stationary applications. Enclosed in a rugged epoxy-glass composite tube, it supports secure communications, tactical operations, and monitoring across the 225 to 2000 MHz frequency range.
Technical Summary
- Frequency Range: 225 to 2000 MHz
- Power Handling: 500 W CW
- Gain: -2 to +2 dBi
- Polarization: Vertical
- Connector: N-Type Female (on 1 m built-in coaxial cable)
Operational Use Cases
- Secure Communication
- Tactical Communication
- Signal Monitoring
Deployment Environments
This antenna is engineered for fixed-site platforms and stationary use. The structural elements are protected by a rugged epoxy-glass composite tube for environmental durability.
Performance Metrics
The electrical design enables wideband coverage while maintaining a relatively constant vertical radiation diagram. It provides a gain of -2 to +2 dBi and supports continuous wave transmission power up to 500 W.
Setup & Portability
The system includes a 1-meter integrated coaxial cable terminating in an N-Type Female connector. A specialized mounting tube and console adapter are provided for attachment to masts up to 60 mm (2 inches) in diameter.
Compatibility
Integrates with RF systems utilizing standard N-Type coaxial interfaces and mounts to structural masts up to 60 mm in diameter.
FAQs
Question: How does a dipole differ from a monopole antenna?
A dipole operates independently without requiring a ground plane. In contrast, a monopole relies on a perpendicular ground plane to form an electromagnetic image, meaning dipoles are highly suitable when a consistent ground plane is unavailable.
Question: How should a vertical dipole antenna be oriented during installation?
A vertical dipole should be mounted vertically with respect to the ground. This orientation directs the maximum amount of radiated energy outward toward the horizon and into the intended coverage area.
Question: What gain expectations apply to wideband omnidirectional antennas?
Standard-dimension omnidirectional antennas typically provide around 0 to 2 dBi near the horizon. Wideband structures may exhibit lower gain at the bottom edge of their operational frequency range depending on their physical size.
Problems we solve: how do we narrow antenna choices?
Balancing operating bands, coverage needs and mounting space can make antenna selection difficult. Share those constraints with Cyntony to compare candidate antennas and identify what needs manufacturer confirmation (Our process).
Outcomes we deliver: what changed for Espy's compact monitoring system?
Cyntony helped Espy source antennas that fitted a compact transit case and coordinated later sourcing revisions for removable mounting. This documented result concerns Espy's system; it does not establish this product's dimensions, mounting features or performance (Espy case study).
