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  • Fast Prototype FM Receiver Modulator Transmitter Exciter Amplifier Module PCBA PCB Circuit Assembly PCBA
  • Fast Prototype FM Receiver Modulator Transmitter Exciter Amplifier Module PCBA PCB Circuit Assembly PCBA
  • Fast Prototype FM Receiver Modulator Transmitter Exciter Amplifier Module PCBA PCB Circuit Assembly PCBA
  • Fast Prototype FM Receiver Modulator Transmitter Exciter Amplifier Module PCBA PCB Circuit Assembly PCBA
  • Fast Prototype FM Receiver Modulator Transmitter Exciter Amplifier Module PCBA PCB Circuit Assembly PCBA
  • Fast Prototype FM Receiver Modulator Transmitter Exciter Amplifier Module PCBA PCB Circuit Assembly PCBA
Fast Prototype FM Receiver Modulator Transmitter Exciter Amplifier Module PCBA PCB Circuit Assembly PCBA

Fast Prototype FM Receiver Modulator Transmitter Exciter Amplifier Module PCBA PCB Circuit Assembly PCBA

  • 1 - 199 Pieces
    $6
  • 200 - 799 Pieces
    $3.80
  • 800 - 1499 Pieces
    $2.30
  • >= 1500 Pieces
    $0.60

Customization:

Customized logo(Min.Order: 1 pieces)
Customized packaging(Min.Order: 1 pieces)
Graphic customization(Min.Order: 1 pieces)

Fast Prototype FM Receiver Modulator Transmitter Exciter Amplifier Module PCBA PCB Circuit Assembly PCBA

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Power Conversion & Regulation: Designed to efficiently convert and regulate input power for USB-based charging and power delivery, featuring voltage regulation, overcurrent protection, and stable output for consumer electronics.
  • Modulation/Transmission Support: Equipped with IC chips for signal processing, enabling integration into FM receiver, modulator, or transmitter systems for audio/video transmission applications.

Key features

  • 1. Advanced Material Technology

  • With an FR4 epoxy-glass laminate PCB, ensure durable and heat-resistant performance in consumer electronics. This material outperforms models using less durable alternatives*, providing long-term reliability in demanding environments.

  • 2. User-Friendly Interactive Design

  • With a USB Type-A interface, enable seamless connectivity to USB devices for power delivery or data transfer. This design offers superior compatibility compared to non-USB interfaces*, simplifying integration into modern electronic systems.

  • 3. Stable Performance Parameters

  • With integrated voltage regulation and overcurrent protection circuits, deliver stable power output with enhanced safety features. These components reduce power instability risks by up to 30%* compared to basic power modules.

  • 4. Versatile Scenario Solutions

  • With a compact modular design, integrate easily into home entertainment systems or portable devices for space-saving applications. Its size is 20% smaller than traditional designs*, enabling flexible deployment in tight spaces.

  • 5. Compliance with Certification Standards

  • With CE and RoHS certifications, ensure compliance with EU safety and environmental standards for global deployment. This meets stricter regulatory requirements than non-certified alternatives*, guaranteeing quality and sustainability.

Product details

Fast Prototype FM Receiver Modulator Transmitter Exciter Amplifier Module PCBA PCB Circuit Assembly PCBA

The Fast Prototype FM Receiver Modulator Transmitter Exciter Amplifier Module PCBA is a compact, modular power management solution designed for consumer electronics. Built with FR4 PCB material and surface-mount technology (SMT), it features USB Type-A connectivity, robust power components (capacitors, inductors, ICs), and mounting holes for easy integration. Certified to CE and RoHS standards, it ensures safe, efficient power conversion and regulation for applications like USB charging or device power delivery.

Technical specifications

FeatureSpecificationBenefit
MaterialFR4 epoxy-glass laminateHigh thermal stability and durability
Connector TypeUSB Type-AStandard compatibility for power/data transfer
CertificationsCE, RoHSCompliance with global safety/environmental standards
Protection FeaturesOvercurrent/voltage regulationSafeguards against power surges and overload
DesignSurface-mount technology (SMT)Compact footprint for space-constrained devices

Customization guide

Adjustable parameters include:

  • Voltage Output Range: Customize to match device requirements (e.g., 3.3V–5V).
  • Component Selection: Swap capacitors/inductors to optimize for specific power frequencies.
  • Mounting Configuration: Modify hole spacing for integration into custom enclosures.

Get inspired

This module is ideal for powering portable electronics, IoT devices, or charging solutions. Its modular design allows rapid prototyping, while SMT components ensure reliability in high-frequency applications.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Efficiency85%+15% (99%)+30% (100%*)
Output Current1A1.5A3A
Protection FeaturesBasic overcurrentOvervoltage + thermalTriple-layer (current/voltage/thermal)

Supplier's note

  1. Technical Breakthroughs:

    • The Pro Model’s triple-layer protection exceeds industry standards, enabling safe operation in harsh environments.
    • The Advanced Model’s 99% efficiency (vs. 85% baseline) reduces energy waste by 16%, ideal for battery-powered devices.
    • SMT design allows 20% smaller footprint than traditional through-hole assemblies, optimizing space in compact electronics.
  2. Version Selection Guide:

    • Base Model: Suitable for basic charging applications (e.g., USB hubs) where cost-efficiency is prioritized.
    • Advanced Model: Recommended for mid-range devices needing higher current (e.g., drones, portable speakers).
    • Pro Model: Best for critical systems requiring ultra-reliability (e.g., medical devices, industrial IoT), with certifications for extreme conditions.

With the Pro Model’s triple-layer protection, you can ensure safe power delivery in scenarios like automotive electronics. Pair its 3A output with high-drain devices to eliminate voltage drops. The Advanced Model’s efficiency gains reduce heat buildup, extending battery life in wearable tech. Choose based on your power demands and environmental constraints.

*Note: "100% efficiency" refers to peak operational efficiency under specified load conditions.

Frequently asked questions

  • Which FM receiver modulator transmitter exciter amplifier module is best for portable consumer electronics?

  • Is the FM receiver modulator transmitter exciter amplifier module CE and RoHS certified?

  • Can the PCB circuit assembly be customized for specific power requirements?

  • How to clean and maintain the FM receiver modulator transmitter exciter amplifier module?

  • What consumer electronics applications suit this PCBA PCB circuit assembly?

  • Does the module include overcurrent protection and voltage regulation?

  • How easy is it to integrate this module into existing electronic devices?

  • Is this module suitable for rapid prototyping in consumer electronics?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Power EfficiencyPortable devices (e.g., wearables)Industry: 80% efficiency (IEC 61000-3-2) vs Base: 85% (▲) vs Advanced: 90% (▲▲)Base improves runtime by 6%; Advanced extends battery life by 12%Advanced may require larger heatsinks or costlier components
Signal-to-Noise RatioHigh-fidelity audio systemsIndustry: 60 dB (IEC 60268-17) vs Base: 65 dB (▲) vs Advanced: 70 dB (▲▲)Base reduces interference; Advanced ensures crystal-clear signal transmissionAdvanced design increases circuit complexity and cost
Thermal PerformanceIndustrial power suppliesIndustry: 85°C max (JEDEC JESD51-2) vs Base: 80°C (▲) vs Advanced: 75°C (▲▲)Base reduces overheating risks; Advanced operates reliably in extreme heatAdvanced may need external cooling solutions for high-power applications
Compliance CertificationsGlobal market distributionIndustry: CE vs Base: CE/RoHS vs Advanced: CE/RoHS + FCC (▲)Base meets EU standards; Advanced unlocks US and global marketsBase lacks FCC for North America; Advanced requires additional testing costs
Material QualityHarsh environments (e.g., automotive)Industry: Standard FR4 vs Base: Flame-retardant FR4 (UL 94 V-0) (▲) vs Advanced: Reinforced FR4 (▲▲)Base resists flames; Advanced withstands extreme temperatures and chemicalsReinforced materials increase production costs by ~20%
Size/ModularityCompact gadgets (e.g., IoT devices)Industry: 50x50mm (ISO 3801) vs Base: 45x45mm (▲) vs Advanced: 40x40mm (▲▲)Base saves 10% space; Advanced enables ultra-compact designsSmaller size may limit scalability for high-power configurations

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