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Resistors
 This short animation provides an overview of the new RAMK060 and details some of the features, shows the dimensions of the
product in detail and covers the recommended mechanical fixation conditions..
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 A demonstration of long-lasting high-power capabilities showing how the RCP resistor outperforms a standard resistor with
various levels of power applied. A thermal imaging camera demonstrates the resistor’s high thermal conductivity properties.
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 Vishay’s Plated Metal technology is used in thin film custom substrates as conductor layers to form uniform circuit lines
and high-density interconnects. Learn the benefits, options and rules to incorporate plated metal in your own design.
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 Vias are useful for making an electrical connection from the top to the bottom of the substrate, eliminating noise in signal
lines and dissipating heat from the substrate. Learn more on how to incorporate Vishay vias in your own design.
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 Vishay EFI offers an 80/20 eutectic AuSn sputter that is used for precise component placement. Learn more about the AuSn technology,
the benefits of using AuSn and the different applications that AuSn could be used for.
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 An overview showing our know-how from the potentiometers design to the final inspection before shipment, passing by CAD design,
machine producing, incoming inspection, additive manufacturing, shaft machining on CNC, screen printing, and testing.
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 A spice simulation of an IC controlled Li ion battery charge with a monitoring of the battery temperature measured by an NTC,
exploring extreme temperatures.
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 Vishay Specialty Thin Film builds custom designed substrates and networks for high frequency applications and an array of
thin film passive components. Our manufacturing facilities offer a range of capabilities to handle any thin film requirement.
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 ThermaWick™ Thermal Jumper allows connecting of high power devices to heat sinks without grounding or otherwise electrically
connecting the devices. Applications include power supplies and converters, RF amplifiers, pin and laser diodes and more.
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 The TNPW is sulfur-impervious and AEC-Q200 qualified, making it suitable for applications where precision and long term stability
are required. The power rating has also been upgraded and the series is now offered with 0201 case size.
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 Learn about the Ultra Flat Industrial Potentiometer Membrane technology, showing the easy mounting and the waterproof parameter
of sensor, along with examples of applications and customizations.
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 A simulation of two applications involving NTC or PTC thermistors, performed in the SystemVision© Cloud. First, an ON OFF
temperature control with NTCLE100, followed by a simulation of a current surge limitation by PTCEL in an SMPS circuit.
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 In this video we take a look at this new technology for high power Current Sense resistors and how the construction creates
stand-out performance and discuss which applications these products are well suited.
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 Welcome to the Vishay Test Lab. In this animation, we pit thin film, thick film, and MELF resistor technologies against each
other in tests of pulse load handling capabilities and drift, and explore why Vishay’s MELF resistor is the clear winner.
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 An overview of Vishay’s Automotive Qualified PTS AT series which are Thin Film RTDs used for temperature sensing and measurement.
Learn the key features and prospective applications, in addition to an in-depth look at the technical specifications.
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 The benefits and applications of a thin film high power back contact resistor.
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 Based on an LTC2063 from Analog Devices and a PTS Vishay Platinum sensor RTD SMD, this video simulates how the LTspice XVII
software helps with nominalizing and calibrating the linear output of a temperature measuring circuit.
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 This video demonstrates how Vishay MELF resistors are easily assembled when using the right equipment and process conditions.
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 Learn which properties define the pulse load capability of SMD film resistors and why our CMB 0207 carbon film MELF resistor
is a pulse load champion.
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 Vishay demonstrates the improved RTC Performance of the WSBS 8518-35 Battery Shunt Resistor. Used in Battery Management in
Automotive Applications, the WSBS8518-35 addresses the large extremes in cold and high temperatures under the hood.
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 Consider CDMM resistors for high voltage requirements, plus better performance and stability. Here we show how one CDMM rated
at 1500V can replace multiple-component solutions that are regularly used today for voltage sense and division functions.
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 Learn how the RAMK060 works, what the main advantages are of this technology, and the variety of applications suitable for
this product. In addition, we demonstrate the encoder working in different conditions; hot, cold and moisture.
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 View a demonstration showing the pulse capability of Vishay's WSHP2816 SMP High Power Shunt Resistor against a 2816 competitor
device.
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 Learn how electronic simulation can help for the design of several PTCEL components in a rectifier circuit of a switch mode
power supply.
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 Vishay demonstrates the advantages of direct and indirect watercooled resisters versus naturally cooled resistors. Design
benefits include the elimination of parasitic temperature radiation and also reduces the size and weight of the end equipment.
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 Utilizing advanced ceramic NTC technology, Vishay's NTCLug Thermistors provide accurate and dependable surface temperature
sensing. High sensitivity, stability and range of temperature are a few benefits for designs in a wide variety of applications.
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 WSHM2818/WSHP2818 Power Metal Strip® resistors provide superior thermal performance advantage through their construction design.
Learn more about the specifications of these products, and we’ll demonstrate the use of our pulse capability calculator.
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 This video highlights the features of the VR25, VR37, VR68 High Ohmic/High Voltage Metal Glaze Resistors. We’ll take a look
at the features, construction and applications, and an overview of the product range and details of the high voltage features.
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 This short animation provides an overview of the new RAMK040 and details some of the features, shows the dimensions of the
product in detail and covers the recommended mechanical fixation method.
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 Solutions for the Continuum of Change
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 This video provides an overview of Vishay’s AC01-CS. AC03-CS and AC05-CS Fusible Safety Wirewound Resistors. Learn how the
product’s special electrical parameters, fusing characteristics and design help designers more easily meet the requirements
of safet
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 An overview of Vishay Dale Through-Hole Resistors covering the broad range of Thick Film and Axial Leaded Resistors and their
characteristics. Plus a review of the High-Voltage Resistors (750V to 45000V); larger components can go up to 125000V or higher.
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 In this video we take an in-depth look at the three main features of Vishay’s ultra-precision thin film chip resistors. The
TNPU Series features long-term stability, superior moisture resistance and superior sulfur resistance making it ideal for
high reli
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 This video introduces a new product board which showcases the variety of the Vishay Dale Thin Film products. The board has
been designed with the idea of simplifying the selection process. The resistors on this board are grouped into three categories:
1)
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 In this presentation video we take a look at the superior pulse capability of the Power Metal Strip. We compare the pulse
performance advantage of Power Metal Strip compared to other current sense technologies.
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 a LT spice Monte Carlo transient simulation of a full electronic thermostat (heating/cooling) based on Linear Technology
LTC1040 and, as temperature sensor, a Vishay NTCLE203 NTC through hole thermistor (with temperature driven as a voltage)
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 LT Spice demonstration of a Thermoelectric Peltier element temperature control simulation with an analog PID using a NTCALUG03A
ring tongue thermistor sensor, including fail safe function.
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 This video shows the results of a LTSPICE simulation of a LT3474 LED 1A current driver with Vishay NTC temperature control
full modeling.
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 This video provides an overview of our Vishay Dale Surface Mount resistor products. We show a sample board which highlights
our Vishay Dale Current Sense, Wirewound, and Surface Mount Thick Film capabilities.
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 An introduction to a Vishay brochure about shunt resistor solutions for brushless DC motors, automotive lithium-ion...
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 Vishay Resistors University
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 Commercial Wirewound Sample Board
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 Noise Suppressors Sample Board
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 PCAN Series Resistors Handle Up to 6 W of Power with Thin Film Precision
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 WSHM2818,7 W current sense resistor in 2818 case size with 2x power capability
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 Product Demonstration
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 Product Demonstration
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 Product Demonstration
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 Check out this product board video for a guided tour of the Vishay Dale Thin Film portfolio. A journey which takes us from
x-ray machines to amplifiers demonstrating the diversity of thin film resistors. We cover resistor networks, medical, automotive
and
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 Short video highlighting the fast reaction time of the NTCC200E4
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 This short video demonstrates the superiority of the Vishay Water Cooled Resistor (WCR) in the event of a water flow shut
down.
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 This product training module introduces the Vishay Thermistor/Resistor Network Simulation Tool and explains the service and
functionality contained within the computation tool.
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 Take a tour of our production line for MEPIC Resistors, used for Automotive, Mining and Fireworks applications.
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 Thermal fuse tester, HCTF 235 Series - Demonstration
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 This demonstration evaluates the pulse capability of the Vishay resistor compared to the competition.
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 View this short video to discover the main advantages and applications for the TNPU e3 High-Precision Thin Film Resistor
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 A quick look at the features and applications of the MPM series resistor
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 Thin Film Automotive Grade Precision Chip ResistorResistor
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 An explanation of the program for quick delivery of limited volumes of resistors
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 This Vishay TechCast takes a look at the construction and the manufacturing process of the ACAS product, and explores the
advantages and applications of the Thin FIlm Chip Resistor Arrays
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 This video demonstrates the pulse load capabilities of resistors, it shows the significant differences comparing the pulse
handling capabilities of 4 different resistors
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 VIew this short video to discover the main advantages and applications for the ACAS AT Thin Film Chip Resistor Array
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 In this short video, key features such as fast response time, small size, and accurate temperature sensing are described along
with the applications of the NTC mini lug sensor (NTCALUG03)
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 A short demonstration to show the performance of Vishay’s small NTC mini lug sensors, which are designed for surface temperature
measurement applications.
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 This new video shows the advantages obtained by the high-power capabilities of the LPS Resistor.
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 An instructional explanation of the Military Resistors 101 brochure
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 Vishay EFI offers a full range of wire bondable passive components, including thin film resistors, MOS and MNOS capacitors,
and thin film spiral inductors, all of which share Vishay EFI's high standards for performance and quality.
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 A one-minute overview covering key features and applications for LPS Series of Power Resistors. These high-power, small-size,
low-weight resistors are ideal for power electronics like converters, inverters, and as discharge resistors.
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 A one-minute overview covering key features and applications for
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 Vishay’s new nichrome chip resistor coating withstands temperature, pressure and humidity.
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 The need for surface-mountable devices with better performance continues to grow. ...
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 A demonstration of the thermal EMF performance of Vishay Power Metal Strip® resistors
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 A technical comparison of different chip fuse technologies.
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 A demonstration of the power coefficient performance of Vishay ...
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 An introduction to a Vishay brochure with useful tips on resistors
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 Quick-Net® Service for fast prototype delivery of custom thin film networks, introduction
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 This short demonstration on using the e-Design tool will help designers to choose the best Vishay NTC thermistor for their
applications.
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 Pulse Load SMD Film Resistors APEC 2012 Demo
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Resistors VIDEOS
PCAN Series - High-Power SMD Precision Thin Film Chip Resistors
PCAN Series Resistors Handle Up to 6 W of Power with Thin Film Precision
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