Qorvo Datasheets for Equalizers
Equalizers are electronic devices used to balance frequency components of electronic signals.
Equalizers: Learn more
| Product Name | Notes |
|---|---|
| The QPC7330 is a 75 Ohm, I2C controlled, 25 state inverse cable equalizer. It simulates the loss of various lengths of coax cable with states having 1dB through 24 dB... | |
| The QPC7331 is a voltage controlled variable equalizer with a cable Compensated response employing SOI attenuator, optimized for DOCSIS 4.0 Upstream bandwidth applicatioins between 5 MHz and 834 MHz | |
| The QPC7332 is a voltage controlled variable equalizer with a coax cable loss compensation response employing SOI attenuator, optimized for Downstream path applications between 45 MHz and 1218 MHz. | |
| The QPC7333 is a voltage controlled variable equalizer with a cable compensated response employing SOI attenuator, optimized for DOCSIS 4.0 upstream path applications between 5 MHz and 684 MHz. | |
| The QPC7334 is a voltage controlled variable equalizer employing SOI attenuator, optimized for DOCSIS 3.1 and DOCSIS 4.0 Upstream pathapplications between 5 MHz and 684 MHz. | |
| The QPC7335 is a voltage controlled variable equalizer employing SOI attenuator, optimized for Downstream path applications between 45 MHz and 1000 MHz. | |
| The QPC7336 is a voltage controlled variable equalizer employing SOI attenuator, optimized for DOCSIS 3.1 operation between 45 MHz and 1218 MHz. | |
| The QPC7337 is a voltage controlled variable equalizer with a linear response employing SOI attenuator, optimized for DOCSIS 4.0 ESD Downstream path applications between 258 MHz and 1794 MHz. | |
| The QPC7338 is a voltage controlled variable equalizer with a cable compensated response employing SOI attenuator, optimized for DOCSIS 4.0 ESD downstream path applications between 45 MHz and 1718 MHz. | |
| The QPC7339 is a voltage controlled variable equalizer with a cable compensated response employing SOI attenuator, optimized for DOCSIS 3.1 and DOCSIS 4.0 Upstream path applications between 5MHz and 396MHz... |