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Categories | NB-IoT Antenna |
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Brand Name: | MS |
Model Number: | MS-YW-001 |
Certification: | RoHS |
Place of Origin: | China |
MOQ: | 100 PCS |
Price: | USD$ 2 / PCS - USD$ 2.2 / PCS |
Payment Terms: | D/P |
Supply Ability: | 10000 PCS |
Delivery Time: | 5-8 days |
Packaging Details: | 100 PCS / BOX |
Product Name: | Outdoor NB-IoT Terminal Mount Antenna |
Keyword: | NB-IoT Terminal Antenna |
Frequency Range: | 824-960 MHz |
VSWR: | < 2.5 |
Gain: | 3 dBi |
Impedance: | 50 Ohm |
Polarization: | Linear |
Radiation Pattern: | Omni-Directional |
Connector: | N Male |
Antenna Length: | 180 mm |
Company Info. |
MS TELECOM CO.,LTD |
Verified Supplier |
View Contact Details |
Product List |
1. Product Name
Outdoor NB-IoT 868/915MHz Omni Directional CPE Terminal Antenna
2. Description
--2.1 Applications
Remote Monitoring
Digital Signage
Mesh Networks
Vending Machines
Remote Control
--2.2 Features
Sigfox / LoRa : 868 / 915MHz
Indoor / Outdoor Applications
Omni Directional Dipole
N Type Male Connector
Dimensions: 180 * 20 mm
3. Introduction
This Blade 868/915MHz Antenna is a high performance, Omnidirectional terminal mount dipole antenna for use with SigFox/LoRA/ISM network applications. It covers both widely used SigFox/LoRA/ISM frequencies of 868 and 915MHz. It uses a robust PC/ABS enclosure, ideal for outdoor applications which also performs well without a ground plane - at least >47% efficiency and 2dBi high gain while also maintaining an Omni-Directional pattern for constant reception/transmission.
4. Specs
Electrical Properties
1.1 | Frequency | 824-960 MHz |
1.2 | Gain (peak) | 3 dBi |
1.3 | V.S.W.R | 2.5 MAX |
1.4 | Return Loss | -10dB Maximum |
1.5 | Radiation | Omni-directional |
1.6 | Polarization | Linear |
1.7 | Power Handling | 5W |
Mechanical Properties
2.1 | Cable | RG 316 |
2.2 | Antenna Cover | ABS |
2.3 | Antenna Base | Connector Mount |
2.4 | Operating Temperature | -20℃ ~ +65℃ |
2.5 | Storage Temperature | -30℃ ~ +75℃ |
2.6 | Color | Black / White |
2.7 | Connector | N Male |
5. Antenna Drawing
6. VSWR
7. Radiation Pattern
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