Product Details:
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Place of Origin: | China |
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Brand Name: | MS |
Certification: | RoHS |
Model Number: | MS-NB-002 |
Payment & Shipping Terms:
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Minimum Order Quantity: | 100 PCS |
Price: | USD$ 0.5 / PCS - USD$ 0.55 / PCS |
Packaging Details: | 100 PCS / BAG |
Delivery Time: | 5-8 days |
Payment Terms: | D/P |
Supply Ability: | 10000 PCS |
Detail Information |
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Product Name: | External Cellular / LTE Connector Mount Antenna | Keyword: | NB-IoT Antenna |
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Frequency Range: | 698-960 / 1710-2170 MHz | Peak Gain: | 2dBi |
VSWR: | < 3.5 | Impedance: | 50 Ohm |
Polarization: | Linear | Radiation Pattern: | Omni-Directional |
Length: | 59 Mm | Connector: | SMA Male |
High Light: | External NB-IoT Antenna,Cellular NB-IoT Antenna,4g lte outdoor antenna |
Product Description
1. Product Name
External Cellular / LTE (NB-IoT) Connector Mount Antenna
2. Description
--2.1 Applications
Infotainment Systems
HD Video Transmission
Dash Cameras
Connected Cars
Fleet Management
Gateways
Public Transportation
Logistics
--2.2 Features
Sustained High Efficiency and Performance
NB-IoT and Portable Devices
Ground Plane Independent
3. Introduction
This IoT connector mount antenna is designed for compact installations with no compromise on efficiency and performance. It is suitable for Low Power Wide Area Network NB-IoT applications where devices require constant connectivity within frequencies operating between 698-960/1710-2170MHz. It is also ideal for HD video transmission, dash cameras, fleet management, logistics, routers and so on.
4. Specs
Electrical Properties
1.1 | Frequency | 698-960/1710-2170MHz |
1.2 | Gain (peak) | 2dBi |
1.3 | V.S.W.R | 3.5 MAX |
1.4 | Return Loss | -5dB Maximum |
1.5 | Radiation | Omni-directional |
1.6 | Polarization | Linear |
1.7 | Power Handling | 2W |
Mechanical Properties
2.1 | Cable | |
2.2 | Antenna Cover | TPE |
2.3 | Antenna Base | Brass |
2.4 | Operating Temperature | -20℃ ~ +65℃ |
2.5 | Storage Temperature | -30℃ ~ +75℃ |
2.6 | Color | Black |
2.7 | Connector | SMA Plug |
5. Antenna Drawing
6. VSWR
7. Radiation Pattern
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