HMC814LC3BTR RF/IF and RFID

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

HMC814LC3BTR is a high performance RF mixer chip developed by Analog Devices, Inc. The device is classified as a RF Misc ICs and Modules and is widely used in various applications. It has excellent linearity, low power consumption, and wide frequency range coverage.

The device is a balanced monolithic quadruple balanced mixer chip operating from 5 MHz to 40 GHz. It features 2 each (RF + LO + IF) ports, each port being able to be operated either externally voltage controlled or internally using a DC bias voltage. With the HMC814LC3BTR, an input signal to be mixed can be either single-ended or balanced. The device also features a hyperabrupt varactor diode pair optimized for high linearity and wide frequency operation.

The HMC814LC3BTR is a low-power device, with a single-ended output power typically ranging from 80 dBm to 16 dBm. Its noise figure is 3 dB, and the harmonic distortion is typically < -60 dBc. The device consumes only 90 mW power and features low spurious responses. Its gain is typically 0 dB, and the isolation between RF and IF is typically 25 dB. The device has an excellent error vector magnitude (EVM) of < -35 dB at 0 dBm input power.

The HMC814LC3BTR is widely used in various applications including satellite communication, wireless infrastructure, point to point microwave radio, communication test instruments, and receiver diversification. It is also suitable for applications that require high linearity, low power consumption and wide frequency range. It provides high performance in most RF sources and receivers requiring frequency conversion and allows for operation in several different communication bands.

The working principle of the HMC814LC3BTR is based on the quadrature down-conversion process. The device contains two path mixers, which are designed for quadrature down-conversion. The two mixers are arranged in such a way that when one mixer is receiving an input signal at the IF, the other mixer is receiving an input signal at the RF. The two inputs are then converted into two outputs at the LO frequency, one shifted in phase and one shifted in frequency. This process is referred to as quadrature down-conversion and provides excellent low-noise conversion for most RF sources.

The HMC814LC3BTR is an excellent device for applications that require high linearity, low power consumption and wide frequency range. It provides high performance in most RF sources and receivers requiring frequency conversion and allows for operation in several different communication bands.

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