Series:	--
Packaging:	Bulk
Part Status:	Active
Frequency:	71GHz ~ 76GHz
P1dB:	-9dBm
Gain:	12.5dB
Noise Figure:	5dB
RF Type:	--
Voltage - Supply:	4.5V
Current - Supply:	175mA
Test Frequency:	--
Package / Case:	Die
Supplier Device Package:	Die
Base Part Number:	HMC758

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RF Amplifiers: HMC7586 Application Field and Working Principle

The HMC7586 is a high-performance GaAs MMIC driver amplifier, designed for use in applications where extended frequency and high linearity are required. It is an ideal choice for a wide variety of applications, including cellular infrastructure, fiber-optics communications, defense/aerospace telemetry systems, digital RF subsystems, laboratory, and other commercial wireless systems.This driver amplifier has an output power of +17.5 dBm, a noise figure of 5.8 dB, and a dc rating of 4.5-7.0 V. It is manufactured using advanced GaAs MMIC process technology, and is available in a compact, 2mm x 2mm QFN package. The HMC7586 is well-suited for use in high-end systems that require high linearity, wide bandwidth, low noise, and low distortion. The HMC7586 provides excellent gain performance of 15 dB over the entire frequency range of 500 MHz to 6 GHz, making it a great choice for applications that require a wide bandwidth. The amplifier can also be used in a wide variety of systems where high linearity is required, such as Direct Conversion Receivers, Wireless Backhaul, Digital Wireless Broadband, and other technologies.In terms of its working principle, the HMC7586 driver amplifier takes an input signal and uses its gain block to amplify the signal, while incorporating techniques such as multi-stage linearization, bias modulation, and envelope tracking to ensure high linearity and wide bandwidth. In addition, the device utilizes a wide, 4-bit dynamic bias voltage for improved linearity and efficiency over the entire frequency range.To sum up, the HMC7586 is an excellent driver amplifier for use in a variety of applications, where extended frequency and high linearity performance are required. With its wide bandwidth, high linearity, low noise, and low distortion, it is an ideal choice for use in high-end systems. In terms of its working principle, the amplifier uses its gain block to amplify the input signal, while incorporating techniques such as multi-stage linearization, bias modulation, and envelope tracking to ensure high linearity and wide bandwidth. Therefore, it is well-suited for use in applications that require a wide bandwidth and high linearity.

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