Built-in Antenna Ceramic Antenna

Ceramic Antenna

Built-in Antenna Ceramic Antenna

Frequency：1575.42MHz

Output VSWR：≤2.0

Output Impedance：50ohm

Gain：≥3dBi

Dimensions：25mm(L)x25mm(W)x4mm(H)

Material：Ceramic

This antenna can be integrated into various small electronic devices, such as smartphones, tablets, smart watches, smart speakers, etc. These devices usually require stable wireless communication connections to support their various functions, such as location positioning, data transmission, voice calls, etc. By integrating this ceramic antenna, these devices can achieve better wireless communication performance and improve user experience.

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Overview

This is a ceramic antenna for satellite navigation and positioning. It operates at a frequency of 1575.42MHz and is suitable for a variety of wireless communication applications. The antenna is made of high-quality ceramic materials to ensure good stability and durability. Its physical dimensions are 25mm (length) x 25mm (width) x 4mm (height), and its compact design enables it to be easily integrated into a variety of small electronic devices.

Key Features

• High performance

The antenna has an output voltage standing wave ratio (VSWR) of ≤2.0, ensuring efficient transmission and reception of signals and reducing energy loss.

• Good matching

The 50 ohm output impedance matches the standard impedance of most wireless communication systems, reducing signal reflection and distortion.

• High gain

The peak gain of ≥3dBi provides strong signal radiation capability, ensuring stable transmission of signals over longer distances.

• Compact and lightweight

The small size and lightweight properties of ceramic materials ensure that the antenna does not add too much weight or take up too much space when integrated into electronic devices.

Specification

Frequency	1575.42MHz
Output VSWR	≤2.0
Output Impedance	50ohm
Peak Gain	≥3dBi
Dimensions	25mm(L)×25mm(W)×4mm(H)
Material	Ceramic
Temperature	-40℃ to +85℃

Applications

1.GPS navigation systemEnsure that the received satellite signal is clear and stable, and improve navigation accuracy

2. Internet of Things devices

Provide reliable data transmission and support wireless communication between devices

3. Vehicle communication equipment and remote monitoring equipment

Ensure stable signal transmission in complex environments and improve communication quality.

4. Scooters, shared bicycles

Provide accurate positioning.

Application scenarios