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18dBi Yagi Antenna 800-2500MHz 10 Mtr Wire

Original price was: ₹2,400.00.Current price is: ₹1,920.00.

| **18dBi Yagi Antenna 800-2500MHz 10 Mtr Wire** | This Yagi antenna, offering 18dBi gain, covers the 800-2500MHz frequency range. It has vertical polarization, 50Ω impedance, and a VSWR of ≤ 1.5. The antenna is equipped with a 10-meter RG-58 cable and an N Female connector, ensuring high performance over long distances. ROHS compliant, it’s ideal for demanding applications requiring extended reach. |

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An 18 dBi Yagi antenna designed for the frequency range of 800-2500 MHz with 10-meter (or 10-meter long) wire elements is a high-gain, directional antenna typically used for applications requiring focused signal reception or transmission over a specific range. This type of Yagi antenna is particularly useful for communications and broadcasting where high gain and precise directionality are important. Here’s a detailed overview:

### Overview of 18 dBi Yagi Antenna

**Design Concept:**
– **Yagi-Uda Antenna:** A Yagi antenna is composed of multiple elements arranged on a single boom. The typical configuration includes:
– **Driven Element:** The active element connected to the feedline, where the RF signal is applied or received.
– **Reflector:** Positioned behind the driven element, it reflects signals towards the driven element to increase gain.
– **Directors:** Positioned in front of the driven element, they focus the signal and enhance gain by directing energy in a specific direction.

### Key Features:

1. **High Gain:**
– **18 dBi Gain:** Provides a significant increase in signal strength compared to lower-gain antennas. This high gain helps in extending the range and improving signal clarity.

2. **Wide Frequency Range:**
– **800-2500 MHz:** Covers a broad range of frequencies, including GSM, LTE, and some satellite communications, making it versatile for various applications.

3. **Directional Pattern:**
– **Directional Radiation:** The Yagi antenna focuses energy in one direction, which helps in minimizing interference and improving signal strength from the desired direction.

4. **Construction Material:**
– **10 Meter Wire Elements:** The antenna’s elements are typically constructed from durable wire or tubing. For a Yagi antenna with 10-meter elements, these are usually designed to handle the required frequencies effectively.

### Design Specifications:

1. **Frequency Range:** 800-2500 MHz
– **Element Lengths:** Elements need to be cut to specific lengths for different frequencies within the range. For high frequencies, the elements are shorter, and for lower frequencies, they are longer.
– **Element Spacing:** The spacing between the elements also varies according to frequency and design specifics. Proper spacing is critical to achieve the desired performance.

2. **Element Configuration:**
– **Driven Element:** The length and position of the driven element are critical for optimal performance.
– **Reflector and Directors:** The number and spacing of reflectors and directors are designed to maximize gain and directivity.

3. **Construction Materials:**
– **Elements:** Typically made from aluminum or other lightweight, corrosion-resistant materials.
– **Boom:** The boom that supports the elements is usually made from a sturdy material like aluminum or fiberglass.

4. **Feed Point:**
– **Impedance Matching:** The feed point is designed to match the antenna to the transmission line, usually 50 ohms, to ensure efficient power transfer.

### Construction and Installation:

1. **Assembly:**
– **Elements and Boom:** Assemble the elements onto the boom according to the design specifications. Ensure that the elements are properly aligned and secured.
– **Feed Line:** Connect the feed line to the driven element. Use high-quality coaxial cable to minimize signal loss.

2. **Mounting:**
– **Pole or Mast Mount:** Secure the antenna to a mast or pole. Ensure that it is mounted securely and is aligned properly for accurate directionality.
– **Height:** Mount the antenna as high as possible and in a location free from obstructions to maximize performance.

3. **Tuning and Testing:**
– **SWR Measurement:** Measure the Standing Wave Ratio (SWR) across the frequency range to ensure it is within acceptable limits. Adjust the antenna or matching network if necessary.
– **Performance Testing:** Test the antenna’s performance to verify that it is receiving and transmitting signals effectively across the desired frequency range.

### Applications:

1. **Communication Systems:** Ideal for high-frequency communication systems, including GSM, LTE, and satellite communications.
2. **Broadcasting:** Useful for receiving or transmitting broadcast signals where high gain and directionality are required.
3. **Amateur Radio:** Suitable for amateur radio operators needing high gain in specific directions for long-distance communication.

### Maintenance:

– **Regular Inspection:** Periodically check the antenna for signs of wear, corrosion, or damage, especially if installed outdoors.
– **Cleaning:** Clean the antenna elements and feed point as needed to maintain performance and longevity.

Brand

RF CONNECTOR HOUSE

Gain

10-6.0dbi

Operating temperature (℃)

-40C ~+85C

Frequency Range

0.3~3.0Ghz

VSWR

2.0-10.0

Polarization

Linear

Max Power

300w

Impedance

50Ω

Connector

N female

Compliance

ROHS

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