The HMC247 from Analog Devices, Inc. (ADI) is a specialized RF phase shifter integrated circuit designed to address critical signal manipulation challenges in high-frequency wireless applications. This die-format component operates across a broad frequency range of 5GHz to 18GHz, making it ideal for demanding microwave and millimeter-wave systems where precise phase control is essential for beamforming, signal processing, and communication applications.
As a general-purpose RF phase shifter, this device belongs to the RF Miscellaneous ICs and Modules category within the broader RF and Wireless product family. The component is manufactured in a bare die format, which presents unique design challenges including the need for specialized mounting techniques, wire bonding capabilities, and careful handling during assembly. This surface mount die configuration allows for maximum design flexibility and minimal footprint in space-constrained applications, though it requires advanced packaging expertise compared to standard encapsulated components.
The HMC247's key specifications include its wide operational bandwidth spanning 5GHz to 18GHz, enabling use in multiple frequency bands for radar, satellite communications, electronic warfare, and 5G infrastructure applications. The die format provides primary advantages including reduced size for high-density circuit integration, lower parasitic effects for improved high-frequency performance, and the ability to integrate directly into custom hybrid assemblies or multi-chip modules. Being RoHS3 compliant ensures environmental responsibility and regulatory compliance for modern electronic systems.
This phase shifter finds application in phased array antennas, test and measurement equipment, military and aerospace communication systems, point-to-point radio links, and advanced wireless infrastructure where dynamic beam steering and signal phase adjustment are required. The bulk packaging of 1300 units suggests availability for production-scale manufacturing.
Equivalent or alternative models in the phase shifter category include the HMC928 and HMC642 series from Analog Devices, Qorvo's TGP2100 series, MACOM's MAPS series phase shifters, and Peregrine Semiconductor's digital phase shifter products, though specific frequency ranges, phase resolution, and insertion loss characteristics may vary among alternatives.
HMC247 Key Technical Attributes
Manufacturer Part Number: HMC247
Frequency Range: 5GHz ~ 18GHz
RoHS Compliance: ROHS3
HMC247 Packing Size
The HMC247 is shipped in bulk packaging as a die, which is optimal for applications requiring direct die attachment to a substrate or hybrid circuits. The device features a surface-mount mounting type, ensuring flexibility in high-frequency module integrations. With its die format, the component is supplied without a plastic package, giving designers direct access to the chip for advanced packaging and custom RF requirements. Pin configuration conforms to the die pad design, with careful attention needed for die handling, ESD prevention, and optimal RF performance. The thermal characteristics heavily depend on the board design and proper heat sinking, given the lack of an encapsulated package. Electrically, the product is designed for stability and robust performance within its broad frequency range.
HMC247 Application
The HMC247 is expertly crafted for general-purpose RF applications, particularly those demanding precision phase shifting in the 5GHz to 18GHz frequency band. It is commonly used in communication infrastructure, radar systems, phase array antennas, instrumentation, and high-performance RF test equipment. Its die form makes it ideal for custom module assemblies where high integration and low-profile solutions are required.
HMC247 Features
The HMC247 is a monolithic phase shifter IC delivered as a bare die, enabling direct surface mount integration or hybrid assembly. It supports a wide operational frequency from 5GHz up to 18GHz, offering excellent flexibility for broadband systems. The device boasts high linearity, superb phase accuracy, and low insertion loss—key attributes for demanding high-frequency environments. Its robust design ensures stability over temperature and voltage variances. The die format empowers designers to achieve optimal signal integrity, minimal parasitics, and excellent thermal dissipation with creative packaging. ROHS3 compliance guarantees safe use in lead-free and environmentally friendly designs, supporting sustainable product development and meeting global regulatory standards.
HMC247 Quality and Safety Features
The HMC247’s ROHS3-compliant status ensures adherence to the latest global environmental and safety standards, restricting harmful substances in electronics. The bare die design facilitates superior thermal management when correctly assembled, supporting long-term reliability even in stringent industrial or military environments. Its manufacturing under Analog Devices, Inc.—a leader in high-performance analog and RF IC solutions—further assures dependable quality, rigorous testing, and robust device longevity.
HMC247 Compatibility
The HMC247 is compatible with a variety of RF systems and can be seamlessly integrated into advanced communication, radar, or test modules requiring broadband phase shifting. Its die format is suited for custom hybrid assemblies, multichip modules, and bespoke RF solutions where space-saving and performance are paramount. The component aligns well with other Analog Devices or third-party RF devices supporting high-frequency signal chains.
HMC247 Datasheet PDF
Our website provides the most authoritative and comprehensive datasheet for the HMC247 phase shifter die. We highly recommend downloading the current product model’s datasheet directly from this page to access critical specifications, application guidelines, and recommended assembly practices.
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