SMF33A-E3-18 Information

SMFxxA ESD Protection Diodes

Vishay SMFxxA ESD protection diodes feature high surge capability of 200W at 10/1000µs, excellent clamping capability from 9.2V to 95V, and low incremental surge resistance. With the low 1mm profile of their SMF package, "Low-Noise" technology, and fast response times, these diodes are ideal for line transient voltage protection in portable electronics including laptops, notebooks, tablets, and external hard drives. The protection diodes provide ESD capability of ±30kV (air and contact discharge) in accordance with IEC 61000-4-2, support high-temperature soldering to 260°C/10s at their terminals, and meet the MSL Level 1 standard per J-STD-020. The Vishay SMFxxA ESD are now available in lead free, lead free AEC-Q101 qualified, halogen free and halogen free AEC-Q101 qualified.Learn More

eSMP® SMF ESD/TVS Diodes

Vishay Semiconductors eSMP® SMF ESD/TVS Diodes are surface-mount ESD protection diodes in the 1mm low-profile SMF package, providing high surge capability of 200W at 10/1000µs. The SMF Diodes have fast response times, making it ideal for line transient voltage protection in portable electronics, such as laptops, notebooks, tablets, and external hard drives. The SMF Diodes offer working voltages of 5V to 58V, peak pulse current from 2.1A to 21.7A, and clamping capability from 9.2V to 95V. An ESD capability of ±30kV (air and contact discharge) in accordance with IEC 61000-4-2, is provided on the SMF Diodes. Additionally, the SMF series supports high-temperature soldering to 260°C/10s at their terminals, and meet the MSL Level 1 standard per J-STD-020. RoHS-compliant, halogen-free, and Vishay Automotive Grade are other benefits of the SMF Series.Learn More

Specifications

SMF33A-E3-18 Price & Stock

Vishay SMF33A-E3-18 pricing and available inventory.

AD5242BRUZ1M distributor

Alternate Names

Vishay has several brands around the world that may have alternate names for SMF33A-E3-18 due to regional differences or acquisition. SMF33A-E3-18 may also be known as the following names: