D10040230PH1 RF Amplifier 45-1000MHz NF 3dB Gain 23dB IGBT Module 

Description:

The D10040230PH1 is a Hybrid Power Doubler amplifiermodule. The part employs GaAS pHEMT die

and GaNpHEMT die, has high output capability, and is operated from45MHz to 1000MHz. It provides

excellent linearity andsuperior return loss performance with low noise and optimalreliability.

The power output of the D10040230PH1 amplifier module is not explicitly mentioned in the

available search results. However, it is described as a power doubler amplifier module with

high output capability

Features

• ■ Excellent Linearity
• ■ Superior Return Loss Performance
• ■ Extremely Low Distortion■ Optimal Reliability
• ■ Low Noise■ Unconditionally Stable Under AllTerminations
• ■ Extremely High Output Capability
• ■ 22.5dB Min. Gain at 1GHz
• ■ 450mA Max. at 24VDC
• ■ Hybrid GaN Power Doubler amplifier module
• ■ High output capability
• ■ Frequency range: 40MHz to 1000MHz
•  
• Applications
• ■ 45MHz to 1000MHz CATVAmplifier Systems

The power output of the D10040230PH1 amplifier module is not explicitly mentioned in the available search

results. However, based on the information provided, we can gather some key details about the amplifier module.

Product Description:
The D10040230PH1 is a hybrid GaN Power Doubler amplifier module manufactured by Qorvo [1]. It is designed

for high output capability and operates in the frequency range of 40MHz to 1000MHz [1].

Features and Benefits:

• Hybrid GaN Power Doubler amplifier module
• High output capability
• Frequency range: 40MHz to 1000MHz

Application:
The D10040230PH1 amplifier module is suitable for various applications, including cable TV (CATV) infrastructure,

line amplification, and hybrid fiber coaxial (HFC) optical nodes [2].

It is important to note that for specific power output information, it is recommended to refer to the datasheet or

technical documentation provided by the manufacturer, Qorvo.

Key Features

• GaN
• Excellent Linearity
• Superior Return Loss
• Low distortion
• Optimal Reliability
• 24V supply
• 23dB gain