This white paper outlines the advantages and benefits of a new varistor design from Bourns.

To help designers select the right MOV that meets their application requirements, this white paper provides tips on the features and specifications to help them narrow down their search.

This white paper offers a comparison of SiC Schottky Diodes and Silicon-based Diodes for power conversion designs.

This paper discusses the properties of Schottky diodes constructed using a silicon carbide (SiC) n- epitaxial semiconductor material layer attached to a metal contact area as opposed to diodes constructed using two differently doped silicon semiconductor materials.

This white paper will present the benefits achieved with Bourns’ new IGBT devices that were designed with the lowest loss diodes available at the time of design to be able to provide one of the fastest IGBT reverse recovery capabilities on the market.

This white paper will present one of the most effective ways to decrease switching losses through the manipulation of an IGBT’s voltage and current waveforms during the turn-ON and turn-OFF phases.

This paper outlines the structure, key features and main operational differences in the three switching technologies available, and provides several application examples where these devices are typically specified.

Bourns® Sulfur-Resistant Film Resistors can protect against system downtime and field failures safeguarding the return on investment for all sectors of the industry.

This white paper provides general information about IGBT power semiconductors and, in particular, provides explanations about component parameters and graphs in Bourns’ IGBT data sheets.

This paper will explore methods for protecting Li-ion battery packs during charging and discharging.

This paper reviews the trends in the BMS market and challenges that designers of BMS face. It focuses on the isolation of communications and transient protection challenges, and introduces isolated sigma delta converters with dynamic ranges less than 200 mV.

This white paper introduces Bourns’ seventh generation GDT series, a new generation of GDT devices to meet higher surge and increasing multi-level protection requirements.

One of the key components for users to enter the Metaverse is the headset. The headset is the vehicle used to stimulate the wearer’s senses and introduce the various realities available in the Metaverse.

Bourns' hybrid circuit protector helps to maximize reliability and reduce downtime.

Bourns compares live online surge testing with other surge testing methods.

Bourns' IsoMOV hybrid overvoltage surge protector provides rugged circuit protection in the same or smaller area as similar MOVs.

Bourns explains the MOV requirements for UL/IEC 62368-1 compliance.

Bourns' hybrid surge protective device offers an elevated level of surge protection for performance, operational life, and device reliability.

Precision Trimming Potentiometers with Improved Linearity and Lower CRV

This paper was developed to help designers understand common threats to LED lighting systems, and provides the best design practices to implement Bourns® LSP devices as an effective circuit protection solution in LED lighting applications.