ANT-916-JJB-RA

ANT-916-JJB-RA
Attribute
Description
Manufacturer Part Number
ANT-916-JJB-RA
Manufacturer
Description
RF ANT 916MHZ DOME SLD TH 7MM
Note : GST will not be applied to orders shipping outside of India

Stock:
51

Distributor: 118

Lead Time: Not specified

Quantity Unit Price Ext. Price
45 ₹ 471.73 ₹ 21,227.85
13 ₹ 509.97 ₹ 6,629.61
1 ₹ 764.96 ₹ 764.96

Product Attributes

Type Description
Category
Import Duty Classification -
Product Series Line JJB
IC Encapsulation Type Bulk
Availability Status Active
Radio Frequency Protocol General ISM
Frequency Classification UHF (300MHz ~ 1GHz)
Band Center Frequency 915MHz
Operational Hz Spectrum 901MHz ~ 931MHz
RF Antenna Design Whip, Right Angle
Frequency Band Quantity 1
Voltage Standing Wave Ratio 2
Reflection Loss dB -
Amplification Factor -0.5dBi
Maximum Power Handling -
Key Product Highlights -
Circuit End Method Solder
Dust Water Resistance Rating -
Quality Grade Level -
Certification Qualification -
Attachment Mounting Style Through Hole
Upper Height Limit 0.571" (14.50mm)
Intended Uses ISM, LoRa, Sensor Networks, SigFox

Description

Features a Whip, Right Angle antenna type for better signal reception. Ideally suited for scenarios involving ISM, LoRa, Sensor Networks, SigFox. Supports a center frequency rated at 915MHz. Upholds a 915MHz center frequency for consistent signal performance. Classified within the UHF (300MHz ~ 1GHz) frequency group to comply with industry standards. Provides a 901MHz ~ 931MHz frequency range for wide-spectrum applications. Delivers -0.5dBi gain to improve signal amplification efficiency. Ensures a maximum height of 0.571" (14.50mm) for adherence to design regulations. Mounting style Through Hole for structural integrity. Total bands 1 for frequency distribution. Enclosure Bulk for component protection or transport. Product condition Active for availability and lifecycle. RF standard or family General ISM for communication standards. Product or component classification series JJB. Termination method Solder for electrical or mechanical linkage. Standing wave ratio 2 for RF efficiency.

Stay Up to Date

Subscribe to our newsletter to receiveour weekly feed.