BCSK-SZYK4100 Model 100W High-Power Digital Module 300-400MHz FPV Drone Defense Industrial RF Power Amplifier Unit

BCSK-SZYK4100 Model 100W High-Power Digital Module 300-400MHz FPV Drone Defense Industrial RF Power Amplifier Unit

Frequency Band300-400 MHzPower100W

The BCSK-SZYK4100 is a high-performance 100W digital power module developed by Bochuang Spacetime, designed for low-frequency communication and signal enhancement in the 300-400MHz band. Powered by a stable 28V DC supply, it delivers 100W of continuous wave output with a typical operating current of 6A. Ideal for spectrum monitoring, wireless relay, industrial testing, and low-altitude defense systems, this module features an aluminum alloy shielded enclosure to effectively suppress electromagnetic interference. Built-in protections against overcurrent, overtemperature, and high VSWR ensure reliable operation under prolonged heavy loads. As a core power unit, its standardized RF power amplifier interface enables seamless integration into embedded or rack-mounted systems, making it the ideal choice for building high-efficiency signal transmission chains.

¥2,200¥2,450

In Stock(450)

BCSK-SZYK4100 Model 100W High-Power Digital Module 300-400MHz FPV Drone Defense Industrial RF Power Amplifier UnitBCSK-SZYK4100 Model 100W High-Power Digital Module 300-400MHz FPV Drone Defense Industrial RF Power Amplifier Unit - Figure 2BCSK-SZYK4100 Model 100W High-Power Digital Module 300-400MHz FPV Drone Defense Industrial RF Power Amplifier Unit - Figure 3BCSK-SZYK4100 Model 100W High-Power Digital Module 300-400MHz FPV Drone Defense Industrial RF Power Amplifier Unit - Figure 4BCSK-SZYK4100 Model 100W High-Power Digital Module 300-400MHz FPV Drone Defense Industrial RF Power Amplifier Unit - Figure 5

Product Overview

BCSK-SZYK4100Designed specifically for low-frequency industrial communication and signal enhancement10 0W High-Power Digital Module, operating frequency range covers300-400 MHz, in

DC 28VOutput under stable power supply10W Continuous Wave PowerTypical operating current is 6A. This module uses high power density semiconductor technology and offers excellent power efficiency.

Improves efficiency and thermal stability; suitable forDrone Countermeasures Equipmentspectrum monitoring, wireless relay, industrial testing platform, and low-altitude defense systems. Its compact aluminum alloy housing not only

Delivers excellent electromagnetic shielding while optimized thermal management ensures reliability during extended high-load operation. As the core power unit, thisRF Power Amplifier ModuleBuilt-in

Robust protection mechanisms effectively prevent component damage from load mismatches or transient faults, significantly enhancing overall system stability and maintenance efficiency.


Performance Features

  • High Power Density ProcessLeverages advanced semiconductor technology with efficiency exceeding 60% at 10W output, significantly reducing thermal losses and extending device lifespan for high-density applications.

    Deployment Scenarios

  • Smart Protection Mechanism: Built-in protection against overcurrent, overtemperature, and high VSWR with automatic power reduction to prevent device damage from load mismatch or transient faults, ensuring system reliability.

    Safe operation.

  • Wideband stable outputGain flatness within the 300-400 MHz band is better than ±1 dB, ensuring signal purity in multi-carrier systems and reducing intermodulation interference risks.

  • Industrial-grade environmental adaptabilitySupports operating temperatures from -20°C to +70°C, meeting demanding industrial requirements for outdoor or vehicle-mounted deployments.

  • Standardized Interface Design: Equipped with N motherConnectorCompatible with mainstream RF test equipment, enabling quick integration into embedded or rack-mounted systems and reducing deployment complexity.

    Degrees.


Technical Specifications

Parameter Item

Specifications

Product Model

BCSK-SZYK4100

Operating Frequency Band

300–400 MHz

Output Power

100W (Continuous Wave CW)

Supply Voltage

DC 28V

Operating Current

6A (Typical)

RF interface

N female connector(Female)

Protection Mechanism

Automatic foldback for overcurrent, overtemperature, and VSWR

Casing Material

Aluminum alloy shielded enclosure

Operating Temperature

-20°C to +70°C

Origin

Shenzhen (S.Z)


Customer FAQ

Q1: Does this module support simultaneous multi-carrier operation?

A1: Yes, BCSK-SZYK4100 delivers excellent gain flatness within the 300-400 MHz band, reliably supporting multi-carrier systems and ideal for complex signal loops.

Environment.

Q2: Does the module require additional cooling?

A2: The module is equipped with an efficient aluminum heatsink; no additional cooling is required under normal debugging conditions.FanIf ambient temperature exceeds 60°C or the unit operates at full power continuously, auxiliary cooling is recommended.

Cooling.

Q3: Do you offer customized frequency bands or power versions?

A3: We offer custom frequency ranges or output power based on your requirements. Please contact our sales team for minimum order quantity and lead time.

Q4: What is the module's MTBF (Mean Time Between Failures)?

A4: Under standard operating conditions, the module's MTBF exceeds 50,000 hours, meeting industrial-grade requirements for long-term stable operation.

Q5: Do you provide technical documentation and driver support?

A5: Electronic complete technical installation and user manual, frequency test charts available.



FAQ

Which frequency bands does the BCSK-SZYK4100 cover?

Operating frequency: 400 MHz. Please verify the carrier frequency band or target link in your deployment area before ordering. If you need to adjust the frequency combination, please submit a custom request.

What is the output power of BCSK-SZYK4100?

Rated output power is 100W. Actual coverage depends on antenna gain, feeder loss, and site conditions; test data for specific configurations are available upon request.

Does BCSK-SZYK4100 support customization and bulk purchasing?

Supported. Customization available for frequency bands, interfaces, housing markings, and packaging. Samples can be used for evaluation and validation; test records are provided with bulk shipments.

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