HMC363-SX

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RF Misc ICs and Modules covers a wide range of integrated circuits and modules aimed to provide support for radio frequency applications. HMC363-SX is one of those components and it finds application in base station, repeaters and other RF equipment.The device is an MMIC based control signal generator with a very low consumption of only 6 V DC because of its CMOS technology. Moreover, it offers the possibility of programming with digital and analog signals. It has a high dynamic range and covers the frequency range from 1 to 2 GHz, allowing software programmable functionality. It is ideal for designing all types of wireless equipment because of its high linearity characteristics over frequency and temperature.

The main purpose of HMC363-SX application is to provide control signals for wireless applications. It can be used to control the gain of a power amplifier, the gain of a directional filter or even to switch on and off the power supply. It delivers very precise frequency control and provides an excellent linearity of control voltage over frequency and temperature. It has the ability to modulate a signal with an amplitude of 0 to 6 V, with a frequency range from 0 to 2 GHz. In addition, it also provides a built-in constant current source, which allows the circuit to react quickly when changing signals.

In terms of its working principle, HMC363-SX is a MMIC based control signal generator. It is designed to be used as a signal source for wireless applications. Through its internal oscillator, it modulates the signal with an amplitude of 0 to 6 V and a frequency range from 0 to 2 GHz. It also provides a voltage controlled amplifier (VCA) that can be programmed with digital and analog signals. Through the VCA, the circuit is able to control the power supply, gain of a power amplifier, gain of a directional filter and other possible application.

Finally, HMC363-SX also offers a built-in constant current source. This allows the circuit to react quickly when changing signals, providing precise frequency control. In addition, its high linearity characteristics over frequency and temperature, make it suitable for designing all types of wireless equipment.

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