HMC-C017

Introduction

HMC-C017 is a type of RF amplifier from Hittite Microwave Corporation. It is designed for high performance and performance in a wide bandwidth. It has an output power level of +13dBm and maximum available gain of 16dB. The gain flatness is +/-0.6dB and the noise figure is 3.5dB. The amplifier operates within the frequency range of DC – 3GHz.

Application Field

The HMC-C017 is designed for use in wireless communications systems. These include applications such as cellular/PCS networks, wireless local area networks (WLANs), satellite systems, and base stations. It is also suitable for use in instrumentation and test systems.

Working Principle

The HMC-C017 is a class A/B high power amplifier (HPA). It operates in a single ended push-pull, or differential compliments mode. The output stage utilizes a cascode configuration for improved gain and noise suppression. The wide operating frequency range and linearity are achieved by using advanced MMIC technology and trace optimisation through a computer aided design (CAD) system. The amplifier comprises of a low impedance input which is connected to an input. The signal is coupled to the amplifier\'s active devices via a low noise source follower circuit. The wide input and output dynamic ranges are made possible by the use of linear active devices. The amplified signal is then routed to the output through a passive impedance match and output buffer stage.

Conclusion

The HMC-C017 is an advanced RF amplifier that offers a wide range of performance features. It is designed for applications in wireless communications systems where high power and performance are required. It operates over a wide bandwidth and is able to achieve a maximum available gain of 16dB with a gain flatness of +/-0.6dB and noise figure of 3.5dB. It operates in a single ended push-pull or differential compliments mode and utilizes a cascode configuration for improved gain and noise suppression. It is suitable for a variety of applications including cellular/PCS networks, WLANs, satellite systems and base stations.