MIC Patch Antenna

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MOQ : 10 Pieces

MIC Patch Antenna Specification

Power Supply
Passive, No Power Required

Model
MIC Patch Antenna

Interface Type
SMA Female

Size
38 mm x 38 mm

Operating Temperature
-40C to +85C

Range
Standard GNSS Module Range

Mounting Type
PCB Mount

Connectivity Type
Wired (SMA Connector)

Features
High Gain, Low VSWR, Compact Design, Stable Performance

Frequency
1575.42 MHz (GPS L1 Band)

Product Type
Patch Antenna

Application
Wireless Communication Systems, GPS, Telecommunication

Dimension (L*W*H)
38 mm x 38 mm x 4 mm

Material
Ceramic

Weight
8 grams

Capacity
Supports Multiple Frequency Bands

Coverage Area
Omni Directional Reception

Humidity Range
5% to 95% RH, Non-Condensing

Packaging
Antistatic Polybag / Box

VSWR
2.0

RoHS Compliant
Yes

Polarization
Linear

Connector Type
SMA, MMCX, Custom

Antenna Gain
Up to 5 dBi

Impedance
50 Ohm

Color
White / Off-White

MIC Patch Antenna Trade Information

Minimum Order Quantity
10 Pieces

Payment Terms
Cash in Advance (CID)

Supply Ability
100 Pieces Per Month

Delivery Time
7 Days

Main Domestic Market
All India

About MIC Patch Antenna

Find supreme connectivity with the exclusive MIC Patch Antenna, crafted for in-demand wireless communication needs. Engineered with a prime ceramic body, this premier antenna delivers up to 5 dBi gain and supports a wide frequency range, maximizing omni-directional coverage. Enjoy stable, high-gain performance with low VSWR, making it ideal for GPS, telecommunication, and advanced GNSS applications. The compact 38 mm x 38 mm design and versatile SMA, MMCX, or custom connectors ensure seamless integration. RoHS compliance, premium humidity resistance, and antistatic packaging underscore its reliable, modern appeal-perfect for manufacturers, suppliers, and traders across India.

Versatile Usage Across Premier Sectors

MIC Patch Antenna is a top choice for wireless communication systems, enabling precise GPS and telecommunication functionality. Its supreme build and performance make it ideal for commercial navigation, asset tracking, fleet management, and remote sensing. Designed for integration into PCB-mount applications, this antenna serves industries by supporting reliable signal reception even in challenging environments, making it essential for engineers, developers, and businesses seeking robust and compact antenna solutions.

Premium Supply, Certification, and Dispatch Quality

Valuation of our MIC Patch Antenna is evident through the premium quality of each unit and careful dispatch in antistatic packaging. Available for bulk orders and sample requests, our supply chain is structured to meet both small and large-scale demands with speedy, secure dispatching. Certified as RoHS compliant, each antenna adheres to regulatory standards, ensuring environmental responsibility alongside supreme performance for traders, manufacturers, and end users requiring certified antenna solutions.

FAQ's of MIC Patch Antenna:

Q: How does the MIC Patch Antenna accommodate various applications?

A: The MIC Patch Antenna supports multiple frequency bands and connector types, making it suitable for GPS, telecommunication systems, and general wireless communication solutions.

Q: What is the process to request a sample or bulk order for the MIC Patch Antenna?

A: You can request a sample or place a bulk order by contacting the supplier or manufacturer directly. Samples are available, and orders are dispatched in secure antistatic packaging.

Q: When should MIC Patch Antenna be used over other antenna types?

A: This antenna is ideal when you need a compact, high-gain, omni-directional reception in environments demanding stable performance and RoHS compliance, such as navigation systems or fleet management.

Q: Where can the MIC Patch Antenna be installed?

A: The antenna is designed for easy PCB mounting and suits various indoor and outdoor applications within wireless devices, GPS modules, and telecommunication systems.

Q: What are the key benefits of using the MIC Patch Antenna?

A: It offers exclusive features like high gain, low VSWR, stable performance, and premium build quality for reliable and efficient signal reception across multiple commercial and industrial uses.

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