HMC920LP5ETR: A High-Performance RF Mixer for Advanced Communication Systems

The HMC920LP5ETR is a cutting-edge RF mixer from Analog Devices, designed to deliver exceptional performance in high-frequency communication systems. This GaAs MMIC double-balanced mixer operates across a broad frequency range, making it ideal for applications such as 5G infrastructure, satellite communications, and defense electronics.

Key Features of the HMC920LP5ETR

1. Wide Frequency Range – The HMC920LP5ETR supports RF inputs from 24 GHz to 44 GHz, with an LO (Local Oscillator) range of 21 GHz to 38 GHz, ensuring compatibility with various millimeter-wave applications.

2. Low Conversion Loss – With a typical conversion loss of 8 dB, this mixer minimizes signal degradation, enhancing system efficiency.

3. High Isolation – The LO-to-RF isolation of 30 dB reduces unwanted signal interference, improving overall signal integrity.

4. Compact LP5 Package – The 5x5 mm QFN package ensures easy integration into space-constrained designs while maintaining thermal stability.

5. Robust Performance – Engineered for high reliability, the HMC920LP5ETR is suitable for harsh environments, including aerospace and military applications.

Applications of the HMC920LP5ETR

The HMC920LP5ETR is widely used in:

- 5G Base Stations – Enables high-speed data transmission in next-gen networks.

- Radar Systems – Provides precise signal mixing for defense and surveillance.

- Satellite Communications – Ensures stable performance in Ka-band and Q-band transmissions.

- Test & Measurement Equipment – Delivers accurate frequency conversion for lab and field testing.

Why Choose the HMC920LP5ETR?

Engineers and designers prefer the HMC920LP5ETR for its low noise figure, high linearity, and superior LO drive flexibility. Its GaAs technology ensures minimal power consumption while maintaining high-speed operation, making it a top choice for RF and microwave systems.

ICgoodFind's Take

The HMC920LP5ETR stands out as a high-performance RF mixer for demanding applications. Whether for 5G, radar, or satellite comms, its wide bandwidth and low conversion loss make it a reliable solution.

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