TRF1115IRGPR

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

RF mixers are an essential building block of analog radiofrequency (RF) systems, providing the link between levels and carrying signals between frequency bands. The TRF1115IRGPR is an up-converter used to shift received radio frequency signals from baseband to a higher frequency. It can also be used as an down-converter to shift received high frequency signals to a lower frequency. This allows a RF signal from one frequency band to be used in another.

The TRF1115IRGPR is a passive monolithic mixer that has a maximum input level of +10 dBm and a minimum input level of -3 dBm. This mixer consists of two input ports, an input signal port and a local oscillator (LO) port, and two output ports, an image port and a sum port. It is made of an integrated gain stage, an integrated image reject filter, and a low-noise amplifier (LNA) that helps to increase the signal-to-noise ratio (SNR).

When both ports are connected, the TRF1115IRGPR will generate a sum signal at the IF output port and an image signal at the image output port. This mixer also has a low noise figure, and a high intercept point, both of which help improve the SNR of the signal being converted. The TRF1115IRGPR also provides excellent intermodulation linearity, meaning it is able to provide a low distortion signal when switching between frequencies.

The TRF1115IRGPR has a wide range of applications, such as in radio receivers, mobile radios, satellite receivers, base stations, and more. It can be used in baseband and IF mixing applications, and can also be used to up-convert or down-convert a signal. Additionally, the TRF1115IRGPR can be used for RF signal separation and RF filter design.

In summary, the TRF1115IRGPR is a versatile and cost-effective mixer that provides an efficient way to switch between frequency bands. With its high linearity and low noise figure, it is ideal for many radio applications. Additionally, its low noise figure and image rejection capability make it an ideal choice for RF signal separation and filter design.

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