Customization: | Available |
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Usage: | All |
Type: | Wired |
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1.Overview
The traversing machine countermeasures digital modulation power amplifier module is a traversing machine countermeasure module that includes a countermeasure source and a power amplifier. It can be used directly after connecting to the antenna.
The module uses an FPGA logic chip as the main control, combined with the excellent frequency stability of the frequency-locked VCO to create an anti-travel machine digital modulation plus power amplifier module.
The digital modulation is generated internally by the FPGA, modulated on the carrier with the VCO as the oscillation
frequency, and is emitted through the countermeasures process of the antenna.
The module uses a 50Ω radio frequency interface output, which can be easily connected to the interface power amplifier module.
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2.Performance Characteristics
1)Supported frequency: 300-1200MHz, 2.4GHz, etc.
2)Output power: 50W
3)ll size, convenient for user integration
4)Industrial-grade application design, using industrial-grade chips, suitable for industrial-grade applications
5)Can effectively and accurately counter FPV drones
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3.Basic functions
the digital modulation parameters of the counter source according to the remote control frequency band of the FPV , and modulate to the customized frequency band. The modulated counter is filtered through the RF stage and output to the antenna through power amplification, forming the wireless of the remote control of the counter crossing machine.
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4.Application instructions
The module power source is 24~28V, the module design is ll for machine integration; the RF output port of digital modulation amplifier counter module is impedance 50 Ω interface, the output transmission antenna, and the interface impedance must be consistent.The integrated working temperature should not exceed the working temperature of the module, and ensure good heat dissipation.
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5.Use frequency range
The customized frequency band corresponds to the remote control of the F P V DR O N E , and the countermeasures over the frequency range has no effect.
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6.Interference and output power configurati
The interference is related to the output power of the power amplifier and the transmitting antenna. The greater the antenna gain, the greater the output power, and the farther the counter . At the same time, the best effect is in the unshielding environment, that is, no shielding between the counter and the FPV drone
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Item
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Parameters
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Remark
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Operating Voltage
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24-28V
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Output Power
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50W
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Customize
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Frequency
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300~1200MHz,2.4GHz ISM
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Full frequency band can be customized
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Current
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3000mA±500
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RF interface
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RF output
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RF interface impedance
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50Ω
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Size
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156*54*23mm
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Temperature
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-40+80
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Industrial grade
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1.Question : Why choose us ?
Answer : We have 6 years experience on drone business and one stop solutions of drone , especially on security .
2.Question : What is the minimum order quantity(MOQ) ?
Answer : No quantity limited , sample order or ll order is acceptable.
3.Question : Could you offer wholesale price ?
Answer : Supportive,and wholesale price is better.
4.Question : How long is your delivery time ?
Answer : Generally 1-3 working days if stock available . Or need extra 3 working days to prepare goods .
5.Question : What is your product quality ?
Answer : Our raw materials purchased from qualified suppliers . And we have very strict qc standard to assure our final products meet your requirements .
6.Question : Can you print my own logo on the products ?
Answer : Yes , logo,packing design and other oem services are available .
We will prepare artwork for visual confirmation , then sample confirm finally bulk production .
7.Question : What's the payment terms ?
Answer : T/T , Western union , Paypal , Alipay and so on.
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--We are experienced at anti drone module, anti drone system, drone detector antenna. Customized frequency and output power.
--GaN enables high efficiency and high output. The radio frequency and monitoring technical indicators of the power amplifier module stipulate the definition of each port of the module and the shape and structure of the module.
GaN transistors are more efficient.
The efficiency minus the driver (heating power consumption) is about 55-65%.
In fact, the working efficiency over 2.4G is 52%, and the working efficiency below 2.4G is 55%.
However, the working efficiency of LDMOS modules is only 45%-55%, so GaN modules consume less power and generate heat slowly.
--We provide broadband and band specific, high power RF and microwave amplifier solutions to OEM systems designers and end users who build on the performance of our units for their own solutions in electronic warfare, / avionics, communications, and product testing applications.
-The radio frequency and monitoring technical indicators of the power amplifier module stipulate the definition of each port of the module and the shape and structure of the module.
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