P-Channel MOSFET With Gate Driver For Load Switch Application

General Description This device is designed for configuration as a load switch and is particularly suited for Power Management in portable battery powered electronic equipment. Designed to operate from 2.5V to 8V input and supply up to 2.9A. The device features a small N-Channel MOSFET (Q1) toget

P-Channel MOSFET With Gate Driver For Load Switch Application

Gain Programmable CATV Line Driver

DESCRIPTION The AD8321 is a low cost digitally controlled variable gain amplifier optimized for coaxial line driving applications such as cable modems that are designed to the DOCSIS* (upstream) standard. An 8-bit serial word determines the desired output gain over a 53.4 dB range, resulting in g

Gain Programmable CATV Line Driver

DESCRIPTION The AD8321 is a low cost digitally controlled variable gain amplifier optimized for coaxial line driving applications such as cable modems that are designed to the DOCSIS* (upstream) standard. An 8-bit serial word determines the desired output gain over a 53.4 dB range, resulting in g

Gain Programmable CATV Line Driver

DESCRIPTION The AD8321 is a low cost digitally controlled variable gain amplifier optimized for coaxial line driving applications such as cable modems that are designed to the DOCSIS* (upstream) standard. An 8-bit serial word determines the desired output gain over a 53.4 dB range, resulting in g

Gain Programmable CATV Line Driver

DESCRIPTION The AD8321 is a low cost digitally controlled variable gain amplifier optimized for coaxial line driving applications such as cable modems that are designed to the DOCSIS* (upstream) standard. An 8-bit serial word determines the desired output gain over a 53.4 dB range, resulting in g

Dual N & P-Channel Enhancement Mode Field Effect Transistor

General Description These dual N- and P -Channel enhancement mode power field effect transistors are produced using Fairchilds proprietary, high cell density, DMOS technology. This very high density process is especially tailored to minimize on-state resistance and provide superior switching perf