Digital power monitor capable of industry’s widest common mode input voltage range

Intersil Corporation (Intersil, CA) announced the ISL2802x family of digital power monitors capable of supporting a wide common mode input voltage range of 0V to 60V. The ISL2802x family is comprised of three devices offering a range of capability including full featured bi-directional, high-side and low-side digital current sense and voltage monitors with a serial interface with a high level of integration. Precision measurements are enabled by an integrated 16-bit ADC. Available in a tiny solution footprint and with a wide specified temperature range, the ISL2802x digital power monitor family is ideal for telecom, industrial and consumer applications. Features include:

• An integrated 16-bit native resolution sigma-delta ADC with gain error = +/- 0.05% Typ.
• A wide input common mode voltage range of 0V to 60V.
• Wide specified temperature range from -40ºC to 125ºC.
• The ability to monitor supply voltages up to 60V.
• I2C operationdown to 1.2V
• Operating voltages from 3V to 5.5V and consuming an average current of just 800µA.

For more information on the ISL2802x family, visit www.intersil.com.

Intersil Corporation is a leader in the design and manufacture of high performance analog semiconductors. The company's products are targeted at some of the fastest growing segments of the industry: flat panel displays, mobile phones, other handheld systems and notebook computers. Intersil's product portfolio provides power management and analog signal processing. Intersil products include battery management ICs, hot-swap controllers, linear regulators, supervisory ICs, switching DC/DC regulators, power MOSFET drivers, optical storage laser diode drivers, DSL line drivers, video and high performance op amps , data converters, interface ICs, analog switches and multiplexers, crosspoint switches, IP voice devices, and ICs for military, space, and radiation-resistant applications.

Tag: Power Newsletters

Previous: LED Driver ICs are optimized for high-line applications.

Next: Toshiba Develops Two New Process Technologies for Microcontrollers and Wireless Communication ICs