The ISL23328 is a volatile, low voltage, low noise, low power, 128-Tap, dual digitally controlled potentiometer (DCP) with an I2C Bus™ interface. It integrates two DCP cores, wiper switches and ...

The ISL23448 device is a volatile, low voltage, low noise, low power, 128 tap, quad digitally controlled potentiometer (DCP) with an SPI Bus interface. It integrates four DCP cores, wiper switches and ...

A new family of volatile, digitally controlled potentiometers (DCPs), the ISL90460, ISL90461 and ISL90462, is now available from Intersil Corp. This family of low-noise, low-power complementary metal ...

In the last video I demonstrated a Universal Active Filter that I could adjust with a dual-gang potentiometer, here I replace the potentiometer with a processor controlled solid-state potentiometer.

The output voltage of a voltage reference device can be adjusted using a digitally controlled potentiometer (DCP) without significantly changing the device’s temperature coefficient (TC), which ...

Non-idealities coming along with the increasing degree of integration have made analog IP design a challenging task. The design process for engineering reliable analog IP in selected nanoscale target ...

Intersil has developed a series of single, dual and quad digitally controlled potentiometers (dcps) which it claims feature the industry's lowest supply voltages, power consumption and noise.

Said to be the first low voltage digitally controlled potentiometer to feature a resistor tolerance of less than 1%, the ISL22317 from Intersil can be used as a true variable resistor, enabling ...

Those twisty knobs connected to potentiometers aren’t necessarily a strict linear progression from one resistance to another. Potentiometers have a taper. Yes, sometimes it’s a linear taper that’s a ...