Vishay's thermistors feature non-standard R25 values adapted to the resistivity of the thermistors' stable ceramic material and case dimensions.

Vishay's MKP1848H series capacitors are optimized for high-humidity environments.

Vishay's 193 PUS-SI aluminum electrolytic capacitors enable higher power density designs.

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

Vishay's MKP385e polypropylene film capacitors are ideal for hybrid and electric vehicles.

Vishay's 259 PHM-S aluminum electrolytic capacitors offer 30% higher ripple current than previous generations.

Vishay's 299 PHL-4TSI aluminum electrolytic capacitors feature improved ripple current capability at an ambient temperature of +105°C.

Information from Vishay on their non-linear resistors for energy storage systems.

Information on Vishay's PTCCL, PTCTL, and PTCEL leaded PTD thermistors.

Information on Vishay's PTCEL inrush current limiters.

Information on Vishay's PTCEL inrush current limiting thermistors.

Vishay's ULus XGPU2.E148885 safety agency certificate.

Vishay's safety agency certificate for cUL XGPU8.E148885.

Information from Vishay on simulation notes for SPICE modeling the PTCTL, PTCCL, and PTCEL.

Information on Vishay's thermistors for electric vehicles.

Information on the capabilities and custom options for Vishay's PTCEL inrush current limiters.

Information from Vishay on how PTCEL electronics modeling helps application designs.

Vishay's applications matrix for their thermistors and varistors.

Learn about the different types of capacitors and why you would use different compositions.

Vishay's NTCC201 leadless NTC thermistor die offers a fast response time of 3 seconds.