HMC894LP5E

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HMC894LP5E is a high-performance active filter designed for RF applications. It has a wide application field and can be used in a variety of applications, such as filtering noise, suppressing harmonics, and more. The filter also features a low insertion loss and high rejection level. It can be integrated into systems such as cellular basestation receivers, microwave radios and more.

The HMC894LP5E active filter is a highly efficient three-pole Butterworth filter. It features a wide passband of 0.5-12GHz, enabling it to be used in many applications. The high passband provides good out-of-band flatness as well as low noise performance. The filter also offers fast settling times and very good linearity.

The HMC894LP5E is an LN transformers based filter, using a combination of discrete components, including resistors, capacitors and inductors. The filter uses multiple sections to achieve a very wide passband, ranging from 0.5-12GHz. It also uses LN transformers for low noise amplification and harmonics suppression. The filter also has the unique ability to reduce the noise floor in high frequency systems by reducing the level of noise generated at the input.

The filter is also extremely efficient, with a low power consumption. It requires only 4mA of current at a single supply voltage of 5V. This makes it ideal for applications where power consumption needs to be kept to a minimum. It also requires a single 5V supply, which makes it easy to integrate into any system.

The HMC894LP5E has several key features that make it a good choice for many applications. These include its wide bandwidth, high rejection levels, fast settling times, low noise levels and low power consumption. The filter is also very easy to design and integrate into existing systems, making it a great solution for many RF applications.

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