Investor Day 2024 overview.

Vishay introduces industry-small 6 A, 20 A, and 25 A microBRICK buck regulators increasing power density.

The Vishay RFI Suppression with Surface-Mount multi-layer ceramic safety Capacitors reduces the required PCB space by more than 50%.

A new session of LTspice simulation with Vishay thermistors inspired by the book of "The Art of Electronics" by Horowitz and Hill (ISBN 0-521-37095-7).

A new session of LTspice simulation with Vishay thermistors in several designs of fire detector applications (level detection and rate of rise).

An LTspice simulation for optimization of a full old school analog PID (Proportional / Integrator/ Derivator) controller with temperature measurement performed by a Vishay NTC thermistor.

A last session of LTspice simulation with Vishay thermistors showing how Vishay thermistors can be designed-in in any temperature control application, together with other Vishay devices such as optoelectronics and transistors.

This video in our electronic simulation series focuses on how to use the spice models of the leaded PTCEL components in SIMETRIX (with the cooperation of SIMETRIX TECHNOLOGIES Ltd).

A full insight on an LTspice simulation with focus on the thermoelectric Peltier element, ADI’s ADN8834 controller, and Vishay's NTCLE213 thermistor and how the parts articulate themselves to obtain an optimal and realistic temperature control.

This video explains the Vishay approach in relation with electronic simulation with thermistors and shows partner platforms where users can either simulate online, download models or complete simulations.

This video explains further the Vishay approach in relation with electronic simulation with thermistors and RTD’s, with the focus in this part on PTC current limiting thermistors.

The video presents the simulation of the analog hardware temperature compensation of a Wheatstone bridge of resistive strain gages, in five software simulation tools (LTspice, Multisim, Pspice, Pspice for TI, Simetrix).

A full insight on a LTspice simulation of a Constant Temperature Anemometer Circuit based on dissipation Characteristics of a TFPT0402; 5Ω.

Vishay 的堆叠式聚合物钽电容器是一种可表面安装的解决方案，能为空间受限的应用提供最大的电容和电压。Vishay 的堆叠式聚合物解决方案提供多种电容量和电压额定值。电压最低的 16 V 元件电容量为 450 μF 至 2,800 μF；性能最佳的 75 V 元件电容量为 30 μF 至 130 μF。这些具有超低 ESR 的电容器经过了高可靠性处理，包括 100% 浪涌电流测试、加速电压调节、热冲击，以及高温高压下的统计直流泄漏筛选。这些电容器具有高纹波电流能力和无损耗效应。

Vishay's stacked polymer tantalum capacitors are a surface-mountable solution that provides maximum capacitance and voltage for space-constrained applications.

Learn more about our new AEC-Q200 qualified DC-Link film capacitor, which is especially suitable for space-constrained automotive applications and assures high robustness under high humidity.

Learn how Vishay is setting a new benchmark in terms of efficiency and robustness for charging applications with its Fred Pt® Gen5 Ultrafast technology.

After uncovering optoelectronic products at our front door and garage, we finally get in the house, go straight to the couch, lie down, and grab the remote to uncover optoelectronic products in and around our TV.

Vishay's Optoelectronics products found around the home with our first episode of our Welcome Home Series focused on the front door.

After getting through the front door in Episode 1 of our Welcome Home Series, we head to the garage to uncover infrared emitters and IR receivers used to stop the garage door from closing if an object is in the path of the door.