Q1: What is the operating frequency range of this amplifier?

A: It operates from 100 MHz to 400 MHz.

Q2: How much power does the amplifier output?

A: It provides a maximum of 50 watts RF output.

Q3: What kind of technology is used in the amplifier design?

A: The module uses high-performance Gallium Nitride (GaN) solid-state technology.

Q4: What are common use cases for this amplifier?

A: It’s widely used in military communication, RF jamming, signal testing, and emergency broadcast systems.

Q5: Are there built-in protection features?

A: Yes, the module includes protections for over-temperature, over-voltage, and high VSWR conditions.

The Module Is A 100-400 Mhz 50w High Gain Solid State High Gan Power Amplifier

FUNCTIONAL FEATURES
PARAMETER INDICATORS
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Functional Features

This power amplifier covered 100-400M have the smallest volume and can zoom in to 50W as well as the smallest current to realize 50%-55% efficiency。
develop three types of source:LORA(Long Range Same Frequency Interference) source
This amplifier module utilizes the latest high power RF GaN transistors.
This amplifier is suitable for jamming .

Parameter Indicators

PARAMETER	UNIT	MIN	TYP	MAX	SYMBOL
Operating Frequency	MHz	100	-	400	F_O
Operating Bandwidth	MHz	-	300	-	BW
Peak Output Power @CW Signal	W	-	50	-	PSAT
Input Power	dBm	-	-	-	PIN
Maximum Input Power @Without Damage	dBm		-	-	PIN, MAX
Power Gain @Input Power 0dBm	dB	-	47±2	-	G_P
Gain Flatness @Input Power 0dBm	dB	-	-	±1	▲G_P
Efficiency	%	50	52	55	EFF
Harmonics 1 to N @Output Power50W	dBc	12	13	15	H_N
Spurious Level	dBc	60	-	-	Spur
Input VSWR	dB	-	-	-	VSWR
Output VSWR	dB	-	-	2:1	VSWR
Operating Voltage	V	24	28	32	VDC
Current Consumption @Output Power50W	A	-	3.5	-	IDC

Download Resources

Amp250 50w Gan Amplifier Datasheet

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We Enable Powerful Low-Frequency

Signal Transmission with GaN Efficiency

Professionally support robust RF operations across the 100–400 MHz band with compact, high-gain amplification.

100-400 Mhz 50w Power Amplifier FAQ

Q1: What is the operating frequency range of this amplifier?

A: It operates from 100 MHz to 400 MHz.
Q2: How much power does the amplifier output?

A: It provides a maximum of 50 watts RF output.
Q3: What kind of technology is used in the amplifier design?

A: The module uses high-performance Gallium Nitride (GaN) solid-state technology.
Q4: What are common use cases for this amplifier?

A: It’s widely used in military communication, RF jamming, signal testing, and emergency broadcast systems.
Q5: Are there built-in protection features?

A: Yes, the module includes protections for over-temperature, over-voltage, and high VSWR conditions.

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