HMC774ALC3BTR

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The HMC774ALC3BTR, a miniaturized, ultra-low noise RF mixer, belongs to the ever-growing family of RF mixers. It combines two ports into a single output, allowing users to create intuitive, low noise RF signal systems. This mixer offers high performance parameters and high linearity for industrial, instrumentation, communication, and aerospace applications. Thus, it is excellent for ultra-wideband applications.

The HMC774ALC3BTR has the capability to cover the frequency range from a few kilohertz to 40GHz with high level of linearity. This makes it a suitable choice for applications such as up-conversion, down-conversion, amplifying and triggering, and signal routing. With its integrated low noise amplifier, it is the perfect candidate for wideband amplifiers in applications such as test-and-measurement, telecommunications, and wireless communications.

The HMC774ALC3BTR works on the basic principle of a balanced mixer, by introducing an input signal into two ports, and then using an active component to drive the combined signal out of one port. This mixer is a type of passive mixer and uses a ‘balanced’ configuration, with two input signals and one output signal. The two input signals are acquired through the two ports - one signal is referred to as the ‘driving’ signal and the other signal is referred to as the ‘driven’ signal." The central part of the mixer is an Active Component, in this case an active mixer. It is powered either through an external power supply or through a direct connection to a DC voltage. The active component converts the electrical differential signals into single common-mode signals, which are then directed to the output. The active mixer also amplifies and filters the signals, making the output stronger and cleaner than the input signals.

To summarize, HMC774ALC3BTR is an ultra-low noise RF mixer, used in ultra-wideband applications. It offers high performance parameters and high linearity, and is suitable for applications such as up-conversion, down-conversion, amplifying and triggering, and signal routing. The mixer works by introducing an input signal into two ports, and then using an active component to drive the combined signal out of one port. It is an excellent choice for wideband amplifiers in applications such as test-and-measurement, telecommunications, and wireless communications.

The specific data is subject to PDF, and the above content is for reference