MM-ANT-NM-868-4DBI-LORA

MM-ANT-NM-868-4DBI-LORA
Attribute
Description
Manufacturer Part Number
MM-ANT-NM-868-4DBI-LORA
Description
LoRa Freqency External LoRaWAN
Note : GST will not be applied to orders shipping outside of India

Stock:
6699

Distributor: 117

Lead Time: Not specified

Quantity Unit Price Ext. Price
50 ₹ 3,873.44 ₹ 1,93,672.00
10 ₹ 4,045.61 ₹ 40,456.10
1 ₹ 4,303.82 ₹ 4,303.82

Product Attributes

Type Description
Category
Import Duty Classification -
Product Series Line -
IC Encapsulation Type Bulk
Availability Status Active
Radio Frequency Protocol General ISM
Frequency Classification UHF (300MHz ~ 1GHz)
Band Center Frequency 867.5MHz
Operational Hz Spectrum 865MHz ~ 870MHz
RF Antenna Design Whip, Straight
Frequency Band Quantity 1
Voltage Standing Wave Ratio 1.5
Reflection Loss dB -
Amplification Factor 4dBi
Maximum Power Handling 50 W
Key Product Highlights -
Circuit End Method N Type Male
Dust Water Resistance Rating -
Quality Grade Level -
Certification Qualification -
Attachment Mounting Style Bracket Mount
Upper Height Limit 20.472" (520.00mm)
Intended Uses LoRa

Description

Features a Whip, Straight antenna type for better signal reception. Ideally suited for scenarios involving LoRa. Supports a center frequency rated at 867.5MHz. Upholds a 867.5MHz center frequency for consistent signal performance. Classified within the UHF (300MHz ~ 1GHz) frequency group to comply with industry standards. Provides a 865MHz ~ 870MHz frequency range for wide-spectrum applications. Delivers 4dBi gain to improve signal amplification efficiency. Ensures a maximum height of 20.472" (520.00mm) for adherence to design regulations. Mounting style Bracket Mount for structural integrity. Total bands 1 for frequency distribution. Enclosure Bulk for component protection or transport. Peak power 50 W for device protection. Product condition Active for availability and lifecycle. RF standard or family General ISM for communication standards. Termination method N Type Male for electrical or mechanical linkage. Standing wave ratio 1.5 for RF efficiency.

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