Product Details
Place of Origin: China
Brand Name: jindowin
Certification: Design Patent Certificate,Computer Software Copyright Registration Certificate,Utility Model Patent Certificate,Testing Report of Lightning Protection Products Testing Center of Shanghai Lightning Protection Center, etc.
Model Number: 70-100W Drone signal jammer module
Payment & Shipping Terms
Minimum Order Quantity: 1
Price: $360 - 1400
Packaging Details: Standard packaging
Delivery Time: 30 days
Payment Terms: L/C,D/A,D/P,T/T,Western Union,MoneyGram
Supply Ability: 5000 per month
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Frequency Range:
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420-5850 MHz (Customized Frequency)
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Maximum Power Output:
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50±0.5 DBm (100W@≤7A)
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Operating Voltage:
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28 V (28-32V)
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Gain:
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45±1 DB (peak-to-peak Value)
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In-band Fluctuation:
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≤2 DB (peak-to-peak Value)
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Spurious Emission (Operating In-band):
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≤-15 DBm/1MHz (Center Frequency Add CW Signal To Maximum Power Output Test)
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Spurious Emission (Operating Out-of-band, 9KHz~1GHz):
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No Noise Wave Above Normal Base (dBm)
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Spurious Emission (Operating Out-of-band, 1G~12.75GHz):
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No Noise Wave Above Normal Base (dBm)
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Output VSWR (No Power Up):
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≤1.30 (No Power Up: Standard Grid Output -10dBm)
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Output VSWR (Power Up):
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≤1.30 (Power Up: Dual Directional Coupler Test)
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Power Supply Requirement:
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≥8A@+28Vdc (Continuous Wave Output 100W)
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Power Supply Port:
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Power Cable: Red Positive Black Negative (Red Positive Black Negative)
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RF Output Connector:
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SMA (SMA External Screw Base)
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|
Frequency Range:
|
420-5850 MHz (Customized Frequency)
|
|
Maximum Power Output:
|
50±0.5 DBm (100W@≤7A)
|
|
Operating Voltage:
|
28 V (28-32V)
|
|
Gain:
|
45±1 DB (peak-to-peak Value)
|
|
In-band Fluctuation:
|
≤2 DB (peak-to-peak Value)
|
|
Spurious Emission (Operating In-band):
|
≤-15 DBm/1MHz (Center Frequency Add CW Signal To Maximum Power Output Test)
|
|
Spurious Emission (Operating Out-of-band, 9KHz~1GHz):
|
No Noise Wave Above Normal Base (dBm)
|
|
Spurious Emission (Operating Out-of-band, 1G~12.75GHz):
|
No Noise Wave Above Normal Base (dBm)
|
|
Output VSWR (No Power Up):
|
≤1.30 (No Power Up: Standard Grid Output -10dBm)
|
|
Output VSWR (Power Up):
|
≤1.30 (Power Up: Dual Directional Coupler Test)
|
|
Power Supply Requirement:
|
≥8A@+28Vdc (Continuous Wave Output 100W)
|
|
Power Supply Port:
|
Power Cable: Red Positive Black Negative (Red Positive Black Negative)
|
|
RF Output Connector:
|
SMA (SMA External Screw Base)
|
The LoRa-optimized RF amplifier module 70W features powerful remote monitoring capabilities, enabling real-time monitoring of the device's operating status. Through the integrated intelligent monitoring system, users can access the device's operating data, including key parameters such as power output, temperature, and frequency, anytime via the network. This function greatly facilitates equipment maintenance and troubleshooting, allowing users to control and adjust the device in real time without being physically present on-site, thus reducing the complexity and response time of on-site operations.
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| Parameter | Value |
|---|---|
| Output Power | 70W |
| Operating Frequency Range | 100 MHz - 1 GHz |
| Power Supply Voltage | 12V DC |
| Input Signal Level | -40 dBm to +10 dBm |
| Gain | 40 dB |
| Input Impedance | 50Ω |
| Output Impedance | 50Ω |
| Operating Temperature Range | -20°C to +70°C |
| Efficiency | ≥85% |
| Connection Method | SMA Interface |
This LoRa RF amplifier module incorporates powerful signal amplification capabilities, effectively increasing signal transmission distance. With its high-gain amplifier, the LoRa-optimized RF amplifier module 70W enables signal transmission over longer distances, ensuring uninterrupted and stable data transmission in remote applications. Whether facing obstacles in urban environments or navigating long distances in open areas, this device provides reliable signal enhancement, significantly improving the coverage and quality of wireless communication.
The LoRa-optimized RF amplifier module 70W supports a wide operating frequency range, from 100 MHz to 1 GHz, adapting to the application needs of different frequency bands. Whether for long-distance transmission in low-frequency bands or high-speed data communication in high-frequency bands, this device delivers superior performance, meeting the application requirements of various scenarios, and is particularly suitable for industries such as IoT, remote sensing, smart cities, and smart agriculture.
To ensure stable and efficient operation under prolonged high loads, the LoRa-optimized RF amplifier module 70W is equipped with an advanced cooling system. Through optimized heat dissipation structures and materials, the module can efficiently dissipate heat in high-temperature environments, preventing overheating that could lead to performance degradation or device damage. This efficient heat dissipation system ensures the equipment's long-term reliability under all-weather, high-load operating conditions, enabling stable operation in various extreme environments and guaranteeing the system's continuity and safety.