Custom Keysight Millimeter-wave and Microwave Amplifiers Supplier, Exporters

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Custom Keysight Millimeter-wave and Microwave Amplifiers Supplier, Exporters

Keysight Technologies offers a diverse range of microwave integrated circuit (MMIC) amplifiers for applications in microwave radio, aerospace and defence, and instrumentation.

These amplifiers encompass diverse frequency bandwidths, gain levels, output power ratings, and circuit architectures. Manufacturing processes include gallium arsenide field-effect transistors (GaAs FETs), heterojunction bipolar transistors (HBTs), and next-generation indium phosphide heterojunction bipolar transistors (InP HBTs).

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Product Description

Overview Specifications Models Delivery Information Manuals + resources

A variety of millimeter-wave and microwave amplifiers are offered, which find extensive applications in microwave radio, aerospace and defense, and instrumentation. Below is an overview of these products:

Product Features

Wide Frequency Range

Millimeter-wave and microwave amplifiers cover multiple frequency bands, with different models offering distinct frequency ranges. For example, the HMMC-5021 operates from 2-22GHz, the HMMC-5023 from 21.2-26.5GHz, and the HMMC-5040 from 20-44GHz.

Diverse Gain & Power Options

Amplifiers offer multiple gain and output power configurations to meet diverse application requirements. For instance, the HMMC-5021 provides 9.5 dB gain with P1dB at 18 dBm, while the HMMC-5033 delivers 18 dB gain with P1dB at 23 dBm.

Diverse Circuit Architectures

Features multiple circuit architectures utilizing different technologies, including gallium arsenide field-effect transistors (GaAs FETs), heterojunction bipolar transistors (HBTs), and next-generation indium phosphide heterojunction bipolar transistors (InP HBTs).

Application Areas

Microwave Radio: Enhances signal strength and quality in microwave radio communication systems.
Aerospace and Defense: Meets stringent reliability and performance requirements in aerospace and defense applications.
Instrumentation: Provides stable, high-quality signal amplification for measurement and testing in various instruments.

Software Support

The PathWave ADS software suite facilitates the design of millimeter-wave and microwave amplifiers. For instance, PathWave ADS 2024 features accelerated 3D-EM and 3D-Planar meshing and solvers, advanced layout and verification capabilities, and enhanced electrothermal functionality to boost design efficiency and performance.

Part Number	Type	Lower Freq (GHz)	Upper Freq (GHz)	Gain (dB)	P1dB (dBm)
HMMC-5021	TWA	2	22	9.5	18
HMMC-5022	TWA	2	22	8	15
HMMC-5023	LNA	21.2	26.5	21	14
HMMC-5026	TWA	2	26.5	9	15
HMMC-5027	TWA	2	26.5	7	19
HMMC-5032	Power	17.7	31.5	7	22
HMMC-5033	Power	17.7	31.5	18	23
HMMC-5040	High - gain	20	44	22	18
HMMC-5200	Feedback	DC	20	9.7	10
HMMC-5618	Medium Power	6	20	11.5	17
HMMC-5620	High - gain	6	20	17	12
HMMC-5625	TWA	2	50	8.5	12
1GG6-8070	High - gain	40	68	18	14

Millimeter-wave and Microwave Amplifiers Models

A variety of MMIC amplifiers are provided, which are ideal for microwave radio, aerospace and defense, and instrumentation applications.

Delivery Information

Delivery information typically includes delivery times, shipping methods, packaging, etc., which may vary depending on the seller and the location of purchase.

Manuals & Resources

S7970A-Playback.pdf

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Frequently Asked Questions (FAQ)

What applications are these millimeter-wave and microwave amplifiers optimized for?

They are widely used in microwave radio communication systems, aerospace and defense operations, and test and measurement instrumentation applications.

What is the operating frequency range of these amplifiers?

The frequency range varies significantly based on the model. For instance, the HMMC-5021 operates from 2 to 22 GHz, the HMMC-5023 spans 21.2 to 26.5 GHz, and high-frequency models like the 1GG6-8070 can reach up to 68 GHz.

What semiconductor technologies are used in the circuit architectures?

These devices utilize multiple advanced circuit technologies, including Gallium Arsenide Field-Effect Transistors (GaAs FETs), Heterojunction Bipolar Transistors (HBTs), and next-generation Indium Phosphide Heterojunction Bipolar Transistors (InP HBTs).

How is software design integration supported for these amplifiers?

Design and simulation are supported via the PathWave ADS software suite, which features accelerated 3D-EM and 3D-Planar solvers, advanced layout verification, and electrothermal functionality to optimize design performance.

How do different amplifier models vary in terms of gain and power output?

Each model has specific electrical ratings. For example, the HMMC-5021 provides a gain of 9.5 dB with a 18 dBm P1dB power level, whereas the HMMC-5033 features an 18 dB gain and a higher P1dB output of 23 dBm.

Where can I check standard delivery and shipping specifications?

Delivery information, including specific shipping options, timelines, and product packaging details, is dependent on the seller's specific terms and the physical location of the purchase.