Using sensor fusion, designers can combine voltage, current, and temperature sensors in BMSs to extend battery lifetimes and enhance performance.

The MORN series is available from Vishay as a matched four resistor network

Explore the Vishay Toolbox at DigiKey for comprehensive design resources, application notes, calculators, and product selection tools. Quickly find the right Vishay components to streamline development and accelerate your next electronics project.

Components for X-ray machines, glucose meters, patient monitoring, MRI, and cardiac pacing available from Vishay. Get datasheets, specs, and order at DigiKey!

Vishay's automotive components for converters, boosters, battery management, and chargers include resistor, capacitors, and diodes avaialble at DigiKey.

Vishay's full hybrid vehicle components for main inverters, high-voltage BUS systems, and energy recuperation available at DigiKey. Order today!

Vishay's factory automation components for motor drives, testers, and control units available at DigiKey. Buy capacitors, MOSFETs, inductors, and more!

Vishay's PCAN series chip resistors are designed on aluminum nitride ceramic substrates with enlarged backside terminations to reduce the thermal resistance.

Vishay's resistors have a high operating temperature range and a low noise level, used for low noise single-signal processing applications.

AEC automotive qualified precision chip resistor that exhibits a low TCR of 25ppm/ºC and is available in tolerances as low as 0.1%.

Vishay's resistors are designed to meet automotive industry requirements for temperature and humidity while remaining consistent and stable.

MPMA series precision thin film automotive qualified matched pair resistor divider network offers various advantages over discreet chips including superior ratio tolerance.

Vishay thin film chip resistors features a low absolute TCR of ±25 ppm/°C, tolerances down to ±0.1%, and high power ratings from 1.0 to 2.5 W.

Constructed using Self Passivating Tantalum Nitride resistive film on a ceramic substrate and is suitable for harsh automotive applications.

Save board space, decrease noise elements, and improved ratio stability by implementing the MPM series into applications needed resistance or voltage matching.

Tight tracking and ratio tolerances and great ratio stability for all surface mount applications. Easy selection for applications with matched resistor elements.

When compared to discrete components, NOMCs use less board space, close ratio tolerances, are ratio stable, and use very low noise elements.

Provide ratio stability over time and temperature. Ideal for differential amplifier applications requiring precision gain control or low common mode rejection.