High Linearity Low Evm Uzi-FDD B7 2.6g Integrated Power Amplifier 100W

Name: High Linearity Low Evm Uzi-FDD B7 2.6g Integrated Power Amplifier 100W
Brand: Xiamen Yaozhi Huasheng Communication Technology Co., Ltd.
SKU: 2278146465

Fujian, ChinaXiamen Yaozhi Huasheng Communication Technology Co., Ltd.

US$123.00

1 Piece

Product specifications

Type

Product profile

Certification

Condition

New

Usage

Telephone, Workstation, Mobile Phone

Model NO.

1. UZI-FDD-B7-2.6G-100W-180110-48VGaN

Support Network

GSM

Information Content

Data

Product Name

1. Uzi-FDD-B7-2.6g-100W-180110-48vgan

Keywords

Gallium Nitride Power Amplifier

Mechanical Dimensions

180*110*23

Connecters

4 Connectors in Total: MCX for PA in, SMA for All

Working Temperature

-40~+55℃

in-Band Ripple

≤2.5db

Operating Current

≤7.5A

Operating Voltage

48V

Transport Package

Standard Packaging or Customized

Specification

Standard Specifications or Customized

Trademark

UZIWAVE

Origin

Fujian, China

Production Capacity

50000pieces/Year

Key features

GaN Technology: Gallium Nitride power amplifier delivers superior efficiency and thermal performance.

High Power Output: Maximum output power up to 100W with dual-wire 48V power supply.

Advanced Monitoring: RS485 interface supports remote management, diagnostics, and real-time status queries.

Wide Frequency Range: Supports Uplink 2500-2570 MHz and Downlink 2620-2690 MHz for 4G standards.

Flexible Power Range: Complete product series offers various power levels for diverse application needs.

High Reliability: Engineered for consistent performance with minimal distortion across extended periods.

Company profile

Xiamen Yaozhi Huasheng Communication Technology Co., Ltd.Fujian, China

Business Type: Manufacturer/FactoryAverage Response Time: ≤18h

About Our Factory & Business Background

AddressXiamen, Fujian, China

Our Production Capability & Technical Expertise

Main ProductsPower Amplifier, Mesh Network, Anti-Drone Module, Repeater, Electronic Fence

Product Q&A

Q:What should I check if the output power of the power amplifier is lower than expected during testing?

Troubleshoot step by step: a. Check input signal for standard compliance. b. Verify software ALC settings. c. Inspect rear-end components like cables and connectors for excessive loss. d. Test the amplifier independently to confirm hardware faults.

Q:What are the possible causes if the power amplifier gain fails to meet expectations, and how to solve them?

Check software attenuation settings and reduce or disable ATT if enabled. Calibrate the test system to ensure component loss is within range. Test the amplifier independently; if it still fails, contact professional maintenance for hardware repair.

Q:How to accurately locate the problem if the software or instrument shows a high VSWR of the power amplifier?

If software shows high VSWR, replace rear-end components one by one. If instrument shows high VSWR, calibrate the test system first. If issues persist after replacing components and calibration, it indicates a hardware fault requiring professional maintenance.

Q:What are the connector types used in this power amplifier?

There are 4 connectors in total: MCX for PA input and SMA for all other connections.

Q:Does this power amplifier support remote monitoring and diagnostics?

Yes, it features an RS485 interface with dedicated software for remote management, allowing queries on module status, temperature, and power levels.