Product Details:
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Place of Origin: | China |
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Brand Name: | MS |
Certification: | RoHS |
Model Number: | MS-3500BG-001 |
Payment & Shipping Terms:
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Minimum Order Quantity: | 10 PCS |
Price: | USD$ 18 / PCS - USD$ 20 / PCS |
Packaging Details: | 1 PCS / Box |
Delivery Time: | 5-8 days |
Payment Terms: | D/P |
Supply Ability: | 1000 PCS |
Detail Information |
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Product Name: | Outdoor Directional 3.5GHz CBRS Wimax Antenna | Keyword: | 5G Directional Antenna |
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Frequency Range: | 3300-3800MHz | Gain: | 14dBi |
VSWR: | < 2.0 | Impedance: | 50 Ohm |
Polarization: | Linear | Radiation: | Directional |
Antenna Cover: | ABS | Cable: | RG 58U |
Dimensions: | 218*173*24 Mm | Connect Type: | SMA / N Female |
High Light: | Directional 5G NR Antenna,Outdoor 5G NR Antenna,CBRS Wimax Antenna |
Product Description
1. Product Name
Outdoor Directional Panel 3.5GHz CBRS Wimax Antenna
2. Description
--2.1 Applications
IEEE 802.16E Applications
Wimax
Mobile Wimax
SOFDAMA
--2.2 Features
Patch Antenna with compact size .
Typically used in outdoor distribution of WLAN/WIFI/Wimax services.
Low return loss.
Supplied with mounting clamp.
ABS antenna cover,waterproof
3. Introduction
This is a Vertical 3.5GHz Wimax wall mount panel antenna which provides high gain and better performance than usual ones. It is ideally suited for 3.5GHz band applications, typical applications include IEEE 802.16E, WIMAX and MOBILE WIMAX applications.
It is a compact size one with 14dBi high gain, will be used for 5G system and sub-6G devices.
4. Specs
Electrical Properties
1.1 | Frequency | 3300-3800MHz |
1.2 | Gain (peak) | 14dBi |
1.3 | V.S.W.R | 2.5 MAX |
1.4 | Return Loss | -15dB Maximum |
1.5 | Radiation | Omni-directional |
1.6 | Polarization | Linear Vertical |
1.7 | Power Handling | 10W |
Mechanical Properties
2.1 | Cable | RG 58U |
2.2 | Antenna Cover | ABS |
2.3 | Antenna Base | Iron |
2.4 | Operating Temperature | -20℃ ~ +65℃ |
2.5 | Storage Temperature | -30℃ ~ +75℃ |
2.6 | Color | White |
2.7 | Connector | SMA Plug / N Female |
5. Antenna Drawing
6. VSWR
7. Radiation Pattern
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