HMC493LP3E

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The HMC493LP3E is an RF Power Divider/Splitter designed for a wide variety of applications. It is a versatile device, suitable for many different radio frequency applications, including FM broadcasting, RF test and measurement, and antenna systems. The device has a frequency range of DC to 3GHz and a power handling capacity of 200W. The HMC493LP3E is an ideal choice for RF power distribution, combining the features of a high power divider/splitter into a single package.

The HMC493LP3E is constructed using a hybrid microstrip and grounded inductor structure. The microstrip is the main part of the RF power divider/splitter and is the portion that is connected to the RF power source. The inductor is the secondary part and is connected to the output load. The inductor is designed to reduce losses in the RF system by providing an electrical impedance match. This helps to minimize power losses as well as reducing the overall size of the device.

The RF power divider/splitter is composed of two cascaded sections, each consisting of a hybrid microstrip and grounded inductor. The first section is referred to as the splitter section and is designed to divide the incoming power into two paths. The second section is referred to as the combiner section and is designed to combine the two divided power paths back into a single output. Both cascaded sections are combined using a Wilkinson-type power combiner.

The HMC493LP3E has a nominal 2:1 insertion loss ratio and a return loss of 10dB. It is designed to operate from DC to 3GHz and can handle a maximum continuous input power of 200W. The device is constructed using a high performance substrate material that has a dielectric constant of 4.5. This helps to reduce insertion losses and ensure that the device functions efficiently over the desired frequency range.

The HMC493LP3E is a low cost, high performance RF power divider/splitter that is ideal for many different applications. It is suitable for use in a wide range of radio frequency applications, such as FM broadcasting, RF test and measurement, and antenna systems. The device is constructed using a hybrid microstrip and grounded inductor structure and is designed to provide a low insertion loss and excellent return loss performance over the desired frequency range.

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