2500~2700MHz Digital Signal Source Module SZMS2527HF1

2500~2700MHz Digital Signal Source Module Precision Signal Generation Solution for 5G Band Drone Jamming Systems The SZMS2527HF1 is a high-precision digital signal source module designed for 2500~2700MHz 5G frequency generation, delivering exceptional signal quality with 0.5dB power adjustment steps. This advanced ……

2500~2700MHz Digital Signal Source Module

Precision Signal Generation Solution for 5G Band Drone Jamming Systems

The SZMS2527HF1 is a high-precision digital signal source module designed for 2500~2700MHz 5G frequency generation, delivering exceptional signal quality with 0.5dB power adjustment steps. This advanced module features RS485 control interface and 7W2 power control connector, making it ideal for integration into professional drone jammer systems. With its compact 146×63×17.5mm form factor and low power consumption (200mA @28V), this UAV jammer module component provides reliable signal generation for Backpack Drone Jammer systems, Portable Anti-Drone Stations, and Tactical UAV Jammer Backpacks. Comprehensive documentation includes detailed instructions on how to use this signal source module effectively within drone jamming systems, including integration with Wearable Drone Defender configurations.

Model: SZMS2527HF1

Detailed Technical Specifications

<极速tr>Power Adjustment Step0.5dB

Parameter	Specification
Signal Type	Digital Signal Source
Operating Frequency Range	2500~2700MHz
Maximum Output Power	10dBm
Output VSWR	≤2.0
Operating Voltage Range	DC 12V ~ 29V
Maximum Operating Current	200mA @28V
Power Adjustment Range	0~31.5dB
Output Interface	SMA Female
Power Control Connector	7W2
Control Interface	RS485
Dimensions	146 × 63 × 17.5 mm
Weight	0.21 kg

2500~2700MHz Digital Signal Source Module SZMS2527HF1

Core Features

5G Band Precision Signal Generation

This drone jammer module component delivers precise signal generation across 2500~2700MHz 5G band with 0.5dB power adjustment steps, providing exceptional signal quality for anti-drone system applications targeting 5G communication frequencies used by modern drones.

Advanced Control Interface

RS485 control interface enables flexible integration into comprehensive drone jamming systems, allowing remote management and configuration in Portable Anti-Drone Systems and Tactical UAV Jammer Backpacks.

Low Power Consumption

Maximum operating current of only 200mA @28V ensures efficient power utilization, making it ideal for battery-powered Wearable Drone Defender applications.

Wide Power Adjustment Range

0~31.5dB power adjustment range with 0.5dB steps provides precise signal level control for various drone jamming scenarios and environments.

Compact Design

Ultra-compact dimensions (146×63×17.5mm) and lightweight construction (0.21kg) enable easy integration into space-constrained drone jammer module designs.

Stable Output Performance

Output VSWR ≤2.0 ensures reliable signal transmission and system stability in demanding Backpack Drone Jammer applications.

Application Areas

Drone Jammer Signal Source Systems

Portable Anti-Drone Communication Modules

Tactical UAV Jammer Control Systems

Wearable Drone Defender Signal Generation

5G Band Electronic Warfare Equipment

Communication System Prototyping

RF Signal Analysis Equipment

Technical Highlights Summary

The SZMS2527HF1 digital signal source module provides precision signal generation across 2500~2700MHz 5G band with 0.5dB power adjustment steps and 31.5dB dynamic range. Featuring RS485 control interface and ultra-low power consumption (200mA @28V), this compact module (146×63×17.5mm, 0.21kg) is ideal for integration into drone jammer systems including Backpack Drone Jammer configurations, Portable Anti-Drone Stations, and Tactical UAV Jammer Backpacks. As a drone jammer module component for sale, it supports flexible system integration and comes with comprehensive documentation on how to use this signal source effectively in various anti-drone applications, including Wearable Drone Defender systems requiring precise 5G band signal generation capabilities.