ABRACON China General Agent-Modern Castle City

Abracon announced the launch of a new type of evaluation board for various chip antenna solutions.

Engineers can use the new evaluation board to test the performance of ABRACON's chip antenna in the required application environment.Engineers can directly insert the chip antenna into the test equipment and measure their performance without additional adjustment.

Abracon's chip antenna covers a wide range of protocols, such as Honeycomb 4G / LTE, GNSS (GPS, Glonass), WiFi / Bluetooth / ZigBee, LPWA and NB-IoT.The selected patch antenna is mentioned in terms of size, cost and performance

The best fusion is provided.This series of products includes compact size and high -gain solutions that support single -wave bands and multi -wave band options.

Click the EVB part number in the table below, download the data table below, ask for the sample or view the available inventory.

When designing the chip antenna as PCB, there are several factors that affect performance and radiation characteristics.These factors include antenna layout, electrical gap area and ground plane size, and components around the antenna layout.Abracon's PCB Wiring

The application description of the chip antenna design precautions for the above theme and provide guidance to successfully implement the chip antenna on PCB.

Since the PCB layout will greatly affect the antenna performance, it is necessary to adjust the antenna impedance of the frequency band in the actual equipment environment.In applications without good impedance matching, the antenna has become a bottleneck.As a result, the scope of communication is reduced, the power consumption is increased, and the transmission quality is reduced.ABRACON's impedance matching-Simplified white paper summarizes various matching technologies to maximize the power transmission from RF to antenna.

Abracon also provides an antenna performance in the final system or product to provide the chip antenna optimization service in the system.The service provides correction measures to compensate for failure and impedance.