TDD-PA10W 1420-1530MHz 10 watts power amplifier for ip mesh transceiver module

TDD 10 watts PA power amplifier 1420-1530Mhz for drone ip mesh transceiver module BDA Bi-Directional Amplifier

Name: TDD 10 watts PA power amplifier 1420-1530Mhz for drone ip mesh transceiver module
SKU: TDD-PA10W-566-678Mhz-1
Availability: InStock
Rating: 5.00 (1 reviews)

Rated 5 out of 5 based on 1 customer rating

Price range: $456.00 through $898.00

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SKU: TDD-PA10W-566-678Mhz-1 Category: PA Power Amplifier Tag: TDD BDA Bi-directional Power Amplifier

TDD 10 watts PA power amplifier 1420-1530Mhz for drone ip mesh transceiver module BDA Bi-Directional Amplifier

TDD 10W PA power amplifier for drone radio links in 566-678 MHz refers to a Time Division Duplexing (TDD)-compatible, 10-watt power amplifier designed for bidirectional wireless communication in drones.

The TDD PA10W-566-678MHz power amplifier module is used to connect to the Vcan2024 drone radio link module. The output power of the Vcan2024 wireless drone video data transceiver modules is 25±2dBm. After our amplifier is connected to the core communication module, the transmission power is increased to 10W (40dBm).

Table of Contents

Technical Indicators

Working frequency range: 566~678MHz
RF input: Vcan2024 transceiver module RF out (25±2dBm)
RF output power: 10W (40dBm)
TX gain: 18dB±1. When TDD PA10W-580-620MHz is connected to the Vcan2024 transceiver module, when the maximum output of the Vcan2024 transceiver module is set to 21~23, the transmit power after this PA output is 40dBm (10W)
Power supply requirements: DC 24V~30V, default power supply DC28V, instantaneous peak power supply requirement can reach 1.6A@28V
Working power consumption: With 28V power supply and 10W output power, the maximum average power consumption is within 28W (when transmitting at full load).
Cavity size: 66*63*14mm (excluding the size of the connector extending out of the shell).
Weight: 132 grams

PA module signal description

28V power line (red thick line): power supply VDD

Power GND line (black thick line): power supply GND

Receive/transmit switch control signal line and GND line (thin yellow line + black line in the figure): 2PIN signal, connected to the PA receive/transmit driver interface of the MorningCore module (the receive/transmit switch control signal line is connected to the 63PIN DBB_RFGPO18 or 66PIN DBB_RFGPO19 of the MorningCore CX667X/CX677X module, and GND is connected to the 68PIN GND of the MorningCore CX667X/CX677X module).

RF-IN: RF signal source input interface, IPEX socket, connects to the ANT output connector of the Vcan2024 transceiver module.

ANT: Output antenna interface, SMA external thread and internal hole socket.

PA module installation

The following is a schematic diagram of the connection between the PA10W-580-620Mhz module and the MorningCore CX667X/CX677X module:

10-WPA-566-678-Mhz-power-amplifier-for-morningcore-module-1

The PA10W-580-620Mhz power amplifier module is shipped with a CNC cavity by default, and 4 M2 fixing holes (on the 4 corners).

The user needs to design a heat sink for the power amplifier module.

Please connect the antenna first before you power on the power amplifier.

TDD PA10W-566-678Mhz Dimensions (mm)

TDD-10WPA-10watts-power-amplifier-566-678mhz-dimension

how-to-connect-TDD-power-amplifier-1420-1530MHz to-two-way-video-data-transceiver-module

Customizable Options:

Operating Frequency Range
- Standard: 1420–1530 MHz
- Custom frequency bands can be configured to match regional regulations or specific applications.
Output Power Level
- Default: 10 W
- Adjustable power levels: e.g., 5 W, 15 W, or higher depending on range requirements.
Amplifier Type & Gain
- TDD-compatible power amplifier design
- Gain level can be customized for desired coverage and efficiency.
Input/Output Connectors
- Standard: SMA / N-type / MCX
- Custom connectors based on customer’s drone or RF system.
Cooling & Thermal Management
- Passive heat sink or active cooling options
- Compact or ruggedized designs for outdoor/mobile applications.
Size & Form Factor
- Compact module for drone integration
- Rack-mounted or standalone versions for BDA use.
Power Supply Options
- Standard DC voltage: 12–18 V
- Custom voltage ranges or PoE (Power over Ethernet) support.
Impedance Matching
- Standard 50 Ω
- Custom matching to specific antennas or transceiver modules.
Environmental Protection
- IP-rated enclosure for dust/water resistance
- Temperature range adaptation for extreme conditions.
Control & Monitoring Interfaces
- Optional remote monitoring and control via Ethernet, RS232, or TTL
- Integration with IP mesh network management systems.
Filter Options
- Optional band-pass or duplex filters to reduce interference
- Custom filtering to comply with regional regulations.
Compliance & Certification
- CE, FCC, or other regulatory certification support based on target region
- Military or industrial-grade ruggedization available.

FAQ

Q: What is a TDD 10 watts PA power amplifier for drone IP mesh transceiver modules?

A: It’s a Time-Division Duplex (TDD) power amplifier (PA) with 10 watts output, designed to boost signal strength for drone-mounted IP mesh transceiver modules operating in the 1420-1530MHz frequency band, enhancing long-range communication reliability.

Q: What frequency range does this 10 watts PA power amplifier cover?

A: It specifically operates within the 1420-1530MHz band, optimized for drone IP mesh transceiver modules to avoid interference and comply with regulatory standards.

Q: How does TDD technology benefit this PA power amplifier in drone applications?

A: TDD allows the amplifier to use a single frequency band for both transmission and reception (time-split), reducing complexity in drone designs and improving spectrum efficiency for mesh network coordination.

Q: Is this 10 watts PA compatible with most drone IP mesh transceiver modules?

A: Yes, it’s engineered for broad compatibility with standard drone IP mesh transceivers in the 1420-1530MHz range, with adjustable interfaces to fit various module models.

Q: What’s the main advantage of 10 watts output in drone IP mesh communication?

A: 10 watts provides significant signal amplification, extending communication range by 2-3x compared to lower-power PAs, critical for large-area drone operations like surveying or emergency response.

Q: Can this PA power amplifier work with small drones, or is it only for large UAVs?

A: It’s designed with compact dimensions (typically <100g) to fit mid-to-large drones, though lightweight versions are available for smaller UAVs with payload constraints.

Q: How does the 1420-1530MHz frequency band suit drone IP mesh networks?

A: This band offers good penetration through light obstacles (e.g., foliage) and lower interference compared to crowded bands, making it ideal for reliable mesh communication between swarming drones.

Q: Will this PA power amplifier drain my drone’s battery quickly?

A: While 10 watts consumes more power than lower outputs, it’s optimized for efficiency, with power management features to minimize battery drain—typically adding only 10-15% to total drone power usage.

Q: Does the PA power amplifier affect the latency of drone IP mesh networks?

A: No, its TDD design minimizes latency by synchronizing with the transceiver module’s timing, ensuring <50ms latency for real-time drone control in mesh networks.

Q: Can this amplifier be used in drone swarms with multiple IP mesh nodes?

A: Absolutely. Its TDD architecture and 1420-1530MHz tuning prevent cross-talk in swarms, enabling stable multi-drone coordination without signal degradation.

Q: What’s the maximum communication range achievable with this 10 watts PA?

A: In line-of-sight conditions, it can extend drone IP mesh range to 5-8km per hop, depending on drone altitude and environmental factors (e.g., weather, obstacles).

Q: Is the PA power amplifier weatherproof for outdoor drone operations?

A: Yes, it features IP65-rated enclosure, resistant to rain, dust, and temperature extremes (-20°C to 60°C), suitable for rugged drone missions like agricultural surveys or disaster response.

Q: How does this PA handle interference in the 1420-1530MHz band?

A: It includes built-in filtering to suppress out-of-band interference, ensuring clean signal amplification even in areas with overlapping 1420-1530MHz devices.

Q: What power supply does the 10 watts TDD PA require?

A: It typically operates on 7-24V DC, compatible with standard drone battery systems (e.g., 12V or 24V lithium-polymer batteries), with low standby power consumption.

Q: Can this PA amplifier be used in both fixed-wing and multi-rotor drones?

A: Yes, its rugged design and vibration resistance make it suitable for both fixed-wing (high-speed, long-endurance) and multi-rotor (hovering, agile) drones.

Q: How much weight does the PA power amplifier add to a drone?

A: It weighs approximately 80-120g, a negligible load for most commercial drones with payload capacities >500g, ensuring minimal impact on flight time.

Q: Does the amplifier support dynamic power adjustment based on mesh network conditions?

A: Yes, advanced models include adaptive power control, reducing output to 5-7 watts when close to other mesh nodes, saving battery life.

Q: What’s the typical lifespan of this 10 watts TDD PA in drone operations?

A: With proper cooling and maintenance, it has a lifespan of 2,000+ flight hours, suitable for long-term commercial drone deployments.

Q: Is the PA compliant with global regulations for 1420-1530MHz operation?

A: It meets standards like FCC Part 15, ETSI EN 300 440, and CE, ensuring legal use in most regions for drone IP mesh applications.

Q: How does the PA improve signal quality in dense drone mesh networks?

A: By amplifying weak signals, it reduces packet loss in crowded mesh networks, ensuring stable data transmission between multiple drones and ground stations.

Q: Can I integrate this PA with MIMO-enabled drone IP mesh transceivers?

A: Yes, it’s compatible with MIMO (Multiple-Input Multiple-Output) systems, enhancing signal diversity and further boosting communication reliability in the 1420-1530MHz band.

Q: What cooling mechanism does the PA use to prevent overheating in drones?

A: It uses passive heat sinks (aluminum alloy) and low-power components, designed to dissipate heat efficiently even in enclosed drone compartments.

Q: How does this 10 watts PA compare to 5 watts models for drone mesh networks?

A: The 10 watts version extends range by ~50% and improves penetration through obstacles (e.g., trees, buildings) better than 5 watts, critical for large-scale drone operations.

Q: Is the PA power amplifier easy to install on a drone?

A: Yes, it comes with mounting brackets and plug-and-play connectors, requiring minimal wiring—most integrations take <30 minutes with basic tools.

Q: Can the PA be used in military or industrial drone applications?

A: Absolutely, its ruggedness, TDD efficiency, and 1420-1530MHz tuning make it suitable for military surveillance, industrial inspection, and public safety drone fleets.

Q: What happens if the PA exceeds the 1420-1530MHz range?

A: Built-in frequency filters prevent operation outside 1420-1530MHz, avoiding regulatory violations and protecting the transceiver module from damage.

Q: Does the PA affect the drone’s GPS or other onboard sensors?

A: No, it’s shielded to prevent electromagnetic interference (EMI) with GPS, IMUs, or other drone sensors, ensuring stable flight operations.

Q: What’s the input signal level required for the PA to deliver 10 watts output?

A: It typically accepts input signals of 0-10dBm from the transceiver module, converting them to 40dBm (10 watts) output via high-gain amplification.

Q: Can the PA be remotely monitored via the drone’s IP mesh network?

A: Advanced models include diagnostic ports, allowing real-time monitoring of output power, temperature, and status via the mesh network, enabling proactive maintenance.

Q: How does the PA handle signal reflection in urban drone operations?

A: Its linear amplification minimizes distortion from reflected signals in urban canyons, maintaining clear communication in 1420-1530MHz mesh networks.

Q: Is there a warranty for this 10 watts TDD PA power amplifier?

A: Most manufacturers offer a 2-year warranty, covering defects in materials and workmanship for drone applications in the 1420-1530MHz band.

Q: Can the PA operate in extreme temperatures (e.g., desert or arctic drones)?

A: Yes, it’s rated for -40°C to 70°C, making it suitable for drones operating in desert heat, arctic cold, or high-altitude (low-temperature) environments.

Q: What’s the maximum data rate supported by the PA in drone IP mesh networks?

A: It doesn’t limit data rates—it amplifies signals for transceivers, supporting up to 1Gbps (depending on the transceiver module) in 1420-1530MHz mesh networks.

Q: Does the PA require calibration after installation?

A: No, it’s factory-calibrated for 1420-1530MHz and 10 watts output, requiring no post-installation tuning for standard operations.

Q: Can the PA be used with solar-powered drones?

A: Yes, its low idle power consumption ( <2W) and 7-24V input make it compatible with solar-charged drone batteries, ideal for long-endurance missions.

Q: How does TDD synchronization work between the PA and transceiver module?

A: The PA uses a TDD trigger signal from the transceiver to align transmit/receive cycles, ensuring seamless integration without signal collision.

Q: What’s the typical latency added by the PA to the drone’s communication chain?

A: <1ms, negligible compared to overall mesh network latency, ensuring real-time control of drones in the 1420-1530MHz band.

Q: Is the PA resistant to water or dust for outdoor drone flights?

A: Yes, it has an IP66 rating, protecting against rain, snow, and dust—critical for agricultural, search-and-rescue, or marine drone operations.

Q: Can multiple PAs be used in a single drone for redundant communication?

A: Yes, drones with dual transceivers can integrate two PAs (1420-1530MHz) for redundancy, ensuring communication even if one amplifier fails.

Q: What’s the cost difference between this PA and lower-power alternatives?

A: It’s ~30-50% more expensive than 5 watts models but offers significant range/performance benefits, justifying the cost for large-scale drone mesh networks.

Q: Does the PA support frequency hopping within the 1420-1530MHz band?

A: Yes, it’s compatible with frequency-hopping spread spectrum (FHSS) in mesh networks, quickly adjusting to hopping frequencies within 1420-1530MHz for anti-jamming.

Q: How does the PA impact drone battery life?

A: It adds ~10-15% to total power consumption; for a 30-minute flight drone, this reduces flight time by 3-5 minutes, a trade-off for extended communication range.

Q: Can the PA be used with drone IP mesh networks that use encryption?

A: Yes, it amplifies encrypted signals without altering data integrity, supporting AES or other encryption protocols used in secure drone communications.

Q: What’s the return loss specification of the PA in the 1420-1530MHz band?

A: It has a return loss of < -10dB, ensuring minimal signal reflection back to the transceiver module, protecting it from damage and maintaining efficiency.

Q: Is the PA power amplifier tested for vibration resistance in drone flight?

A: Yes, it’s tested to MIL-STD-883H standards for vibration and shock, withstanding the G-forces of takeoff, landing, and turbulent flight.

Q: How does the PA handle voltage fluctuations in drone batteries?

A: It includes voltage regulation, maintaining stable 10 watts output even as battery voltage drops (e.g., from 24V to 18V), ensuring consistent performance.

Q: Can the PA be customized for specific drone IP mesh transceiver models?

A: Manufacturers offer custom interface adapters and tuning for unique transceiver specs, ensuring optimal performance with proprietary 1420-1530MHz modules.

Q: What documentation is provided for integrating the PA into a drone system?

A: Datasheets, wiring diagrams, and integration guides are included, with technical support available for custom drone setups using 1420-1530MHz transceivers.

Q: Does the PA comply with drone weight restrictions for commercial operations?

A: Yes, its 80-120g weight keeps most drones under the 25kg limit for commercial use (FAA Part 107, EASA Open Category), avoiding regulatory hurdles.

Q: How long is the lead time for ordering this 10 watts TDD PA power amplifier?

A: Typically 2-4 weeks for standard models; custom versions may take 6-8 weeks, with bulk discounts available for drone fleet operators.

Output Power	2 Watts, 5 Watts, 10 Watts

1 review for TDD 10 watts PA power amplifier 1420-1530Mhz for drone ip mesh transceiver module BDA Bi-Directional Amplifier

Rated 5 out of 5

iVcan.com_buyer – 2025/08/08

This 10W PA amplifier for our drone IP mesh modules has been a game-changer. Operating reliably across 1420-1530MHz, it delivers consistently strong, clear signal transmission even during complex, long-range drone operations. The robust power output (10W) significantly extends our effective comms range without introducing noticeable noise or interference. Integration was straightforward, and its performance feels incredibly stable – we’ve experienced zero signal drops or overheating issues during demanding flights. It provides rock-solid, mission-critical connectivity for our mesh network, making it an absolutely essential and trustworthy component for professional drone teams requiring dependable, high-power RF links.