The HMC560ALM3 is a high-performance monolithic microwave integrated circuit (MMIC) designed for frequency conversion applications in microwave and millimeter-wave systems. Operating over a broad RF frequency range of 2 to 20 GHz with an LO input frequency from 2 to 20 GHz, it offers a low conversion loss of approximately 7 dB, making it ideal for high-sensitivity receiver front ends. This device features an integrated LO buffer amplifier to drive the mixer core efficiently, reducing external component count and improving overall system integration. The HMC560ALM3 is suitable for demanding communications, radar, and test equipment designs. For detailed information and purchasing options, visit IC Manufacturer.
HMC560ALM3 Technical Specifications
Parameter
Specification
RF Frequency Range
2 to 20 GHz
LO Frequency Range
2 to 20 GHz
Conversion Loss
7 dB (typical)
LO Drive Level
+17 dBm (typical)
IF Frequency
DC to 5 GHz
Isolation (LO-RF)
25 dB (typical)
IP3 (Input Third-Order Intercept)
+15 dBm (typical)
Supply Voltage
+5 V
Bias Current
35 mA (typical)
Package
4×4 mm SMT QFN
HMC560ALM3 Key Features
Wide RF and LO Frequency Range: Covers 2 to 20 GHz, enabling flexible use in multi-band systems without the need for multiple mixers.
Low Conversion Loss: Approximately 7 dB conversion loss improves signal sensitivity and enhances overall receiver performance.
Integrated LO Buffer Amplifier: Provides required LO drive level internally, reducing external component count and simplifying system design.
High Linearity: Input IP3 of +15 dBm ensures excellent linearity, minimizing distortion in high dynamic range applications.
Compact SMT Package: The 4×4 mm QFN package facilitates high-density PCB layouts and supports automated assembly processes.
Low Power Consumption: Operating at +5 V with a typical bias current of 35 mA, it balances performance with power efficiency for portable or power-sensitive systems.
Wide IF Bandwidth: Supports DC to 5 GHz IF output bandwidth, enabling diverse modulation schemes and broadband applications.
HMC560ALM3 Advantages vs Typical Alternatives
This mixer offers superior conversion loss and frequency coverage compared to many discrete or older mixer designs. Its integrated LO buffer reduces external component requirements, improving reliability and simplifying assembly. The device??s high linearity supports precise signal processing with minimal distortion, and the low power consumption suits modern, energy-conscious systems. Additionally, its compact SMT package enhances integration into tight form factors, making it a reliable, efficient choice over typical alternatives in microwave frequency conversion applications.
Wireless communication systems requiring frequency translation across a broad 2 to 20 GHz range, such as cellular base stations and satellite transceivers, benefit from this device??s low conversion loss and wide bandwidth.
Radar and electronic warfare systems utilize the high linearity and wide frequency support for accurate signal detection and processing in complex environments.
Test and measurement equipment incorporates the mixer for stable, low-noise frequency conversion essential in precision RF signal analysis.
Instrumentation and scientific research setups use this device for reliable down-conversion in broadband microwave and millimeter-wave experiments.
HMC560ALM3 Brand Info
The HMC560ALM3 is part of a family of high-performance MMIC mixers from a leading semiconductor provider specializing in RF and microwave components. Designed for demanding industrial and defense applications, this product exemplifies the company??s commitment to precision engineering, reliability, and innovation in semiconductor technology. The brand is recognized globally for delivering components that meet stringent technical specifications and quality standards, supporting engineers and designers in advancing wireless communications and advanced radar systems.
