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HMC576 18–29GHz ×2 Active Frequency Multiplier Die

2026-09-01 15:42:49 DataStorage View times 2
HMC576 18–29GHz ×2 Active Frequency Multiplier Die
Mfr. Part #: HMC576 / HMC576-SX

Manufacturer:  Analog Devices / Hittite Microwave

Product Type: GaAs pHEMT MMIC ×2 Active Frequency Multiplier

Input Frequency Range: 9GHz to 14.5GHz
Output Frequency Range: 18GHz to 29GHz
Package: Bare Die
Description: 18–29GHz output GaAs pHEMT MMIC ×2 active frequency multiplier die with +17dBm typical output power, -132dBc/Hz additive phase noise and single +5V operation.
RFQ

The HMC576 is a broadband ×2 active frequency multiplier die for microwave local oscillator and high-frequency signal-generation chains. It accepts a 9–14.5GHz input and generates an 18–29GHz output.

The integrated GaAs pHEMT architecture combines frequency multiplication and output amplification in one compact die. It can reduce the number of multiplier and buffer stages required in point-to-point radio, VSAT, radar, electronic warfare and microwave test equipment.

Technical Specifications

ParameterSpecification
Multiplication Factor×2
Input Frequency Range9GHz to 14.5GHz
Output Frequency Range18GHz to 29GHz
TechnologyGaAs pHEMT MMIC
Input Drive Range-2dBm to +6dBm
Characterized Input Drive+3dBm
Output Power+17dBm Typical, +11dBm Minimum
Fundamental Isolation20dBc Typical
3Fo Isolation17dBc Typical
Additive SSB Phase Noise-132dBc/Hz Typical at 100kHz Offset
Input Return Loss10dB Typical
Output Return Loss9dB Typical
Supply Voltage+5V Typical
Operating Supply Range+4.5V to +5.5V
Supply Current82mA Typical
RF Input and OutputAC-Coupled and Matched to 50Ω
Operating Temperature-55°C to +85°C
PackageBare Die
Die Dimensions1.18 × 1.23 × 0.10mm
Ordering CodesHMC576, HMC576-SX
LifecycleProduction

Typical Applications

Microwave Local Oscillator Chains

HMC576 can generate an 18–29GHz LO signal from a lower-frequency microwave source. Its active architecture reduces the number of separate multiplication and amplification stages required in the signal chain.

Point-to-Point Microwave Radio

The device is suitable for microwave radio transceivers operating in upper microwave bands. Its output level may be sufficient to drive a following mixer or LO-distribution stage, depending on the required input power.

VSAT and Satellite Communication

HMC576 supports local oscillator generation in VSAT terminals, satellite communication modules and frequency-conversion assemblies operating across K- and lower Ka-band frequencies.

Military Radar and Electronic Warfare

The broad frequency range and low additive phase noise make HMC576 suitable for radar sources, electronic warfare equipment and frequency-agile microwave assemblies.

Space Systems

The compact bare-die format supports integration into hybrid and multichip microwave modules used in space communication and sensing equipment. Screening, qualification and traceability requirements must be specified separately.

Test and Measurement

HMC576 can be used in microwave signal generators, frequency extenders, source modules and laboratory test equipment requiring an 18–29GHz output.

HMC576 Related Models

HMC561 covers a lower 8–21GHz output range, while HMC578 extends ×2 multiplication to approximately 24–33GHz. These models serve different frequency bands and are not direct drop-in replacements for HMC576.

Before selecting another multiplier, compare:

  • Input and output frequency ranges

  • Required input-drive level

  • Output power

  • Fundamental and harmonic isolation

  • Additive phase noise

  • Supply and bias requirements

  • Die dimensions and pad layout

Stock and Lead Time

DataStorageIC supports quotations for HMC576 and HMC576-SX ×2 frequency multiplier dies. Stock quantity, lot information, date code, packaging condition and lead time are confirmed when the quotation is issued.

Sample and production quantities can be supported subject to current availability. Submit the complete part number, required quantity and acceptable date-code range through the RFQ form to receive current price and delivery information.

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