HMC582LP5

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RF Misc ICs and Modules include a range of integrated circuit components used for various radio frequency applications. The HMC582LP5 is an amplifier circuit designed for use in low noise remote radio frequency communication systems, including satellite applications. This amplifier is capable of providing up to 30 dBgain in the frequency range from DC to 3.5 GHz. The features of this device make it suitable for use in a variety of applications and systems such as instrumentation amplifiers, wireless local area networks (WLANs), television broadcast systems, wireless handsets, radio transmitters, and other high frequency applications.

The HMC582LP5 is a high performance module, designed for superior operation in remote single- or multiple-channel digital or analog communications systems. It can provide up to 28 dB of gain in an exceptionally low noise environment, utilizing high-frequency transistors in a proprietary four-stage RF cascode design. This design is further optimized for improved input/output isolation and stability under varying temperatures and power supply voltages. Additionally, this amplifier includes an integrated driver amplifier stage, providing additional gain and improved linearity for higher output power levels taking advantage of its reverse-gain capability in applications such as power amplifiers, frequency multipliers and harmonic oscillators.

The HMC582LP5 is designed to work with a wide range of input power levels and over a wide range of source impedances. It accepts wide bandwidth signals from both small and large signal sources and is capable of providing high gain with excellent linearity across its entire input range. The integrated input/output circuitry is optimized for maximum gain and excellent signal-to-noise performance. Versatility in multiple-channel systems is provided through integrated selection control, optimized for unmatched linearity across the frequency range.

The HMC582LP5 utilizes a proprietary feed-back directed design and is capable of providing excellent and consistent results across operating temperatures and power supply voltage fluctuations. This ensures superior performance in various environments with excellent input/output isolation, improved linearity and low harmonic distortion. Additionally, the common-mode noise rejection featured on this device provides improved signal-to-noise ratios and improved accuracy when measuring low level signals without the need for external compensation circuitry. This amplifier is offered in several packages, including a convenient and cost-effective surface-mount package, making it an ideal choice for applications requiring high performance and tight size constraints.

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