Automotive Grade 420A Through-Hole Inductor in Compact Case Size

Posted by doEEEt Media Group
On March 15, 2021
0

Vishay Intertechnology, Inc. introduced a new Automotive Grade through-hole inductor that delivers a 420 A saturation current for 30 % inductance reduction in a compact 1500 case size. For automotive applications, the Vishay Dale IHXL-1500VZ-5A offers very low typical DCR down to 0.12 mΩ and continuous high-temperature operation to +155 °C.

EEE Components, PASSIVES

Industry’s First High Capacitance, High Voltage SMD Ceramic Safety Capacitors

Posted by doEEEt Media Group
On March 11, 2021
0

Vishay Intertechnology introduces a new series of surface-mount AC line rated ceramic disc safety capacitors that are the industry’s first such devices to offer a Y1 rating of 500 VACand 1500 VDC. Designed to withstand harsh, high humidity environments, the Vishay BCcomponents SMDY1 series devices offer industry-high capacitance to 4.7 nF.

EEE Components, PASSIVES

Automotive Grade Precision Thin Film Chip Resistor Arrays

Posted by doEEEt Media Group
On March 8, 2021
0

Vishay Intertechnology announces that the company has enhanced its ACAS 0606 AT and ACAS 0612 AT precision Automotive Grade thin film chip resistor arrays with higher resistance ratios up to 1:100 and operating voltages up to 100 V.

EEE Components, PASSIVES

Vishay Extends Wide Terminal Thin Film Chip Resistors

Posted by doEEEt Media Group
On March 4, 2021
0

For power electronics in automotive and industrial applications, the Vishay Beyschlag NCW 0612 AT components combine high-temperature performance and excellent long term stability with high power dissipation up to 1 W and low resistance values down to 0.10 Ω.

EEE Components, PASSIVES

Vishay New Power Metal Plate™ Technology for Current Sense Resistors

Posted by doEEEt Media Group
On February 26, 2021
0

In this video Vishay Dale introduces 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.

Source: Vishay Intertech

EEE Components, PASSIVES

High Accuracy AEC-Q200 Qualified NTC Leaded Thermistor

Posted by doEEEt Media Group
On February 17, 2021
0

Vishay Intertechnology introduces a new AEC-Q200 qualified NTC thermistor with PEEK-insulated, NiFe leads and a low thermal gradient. Designed to withstand high temperatures up to +185 °C, the Vishay BCcomponents NTCLE350E4 delivers fast, high accuracy temperature measurement and sensing in a wide range of automotive applications.

EEE Components, PASSIVES

Vishay Releases Two New Series of Long Life Miniature Axial Leaded Aluminum Electrolytic Capacitors

Posted by doEEEt Media Group
On February 16, 2021
0

The axial leads and low profile of the devices released today provide designers with greater design flexibility, while their high temperature capabilities and long useful life increase reliability for demanding applications in harsh environments.

EEE Components, PASSIVES

Reverse Geometry 0612 Thin Film Chip Resistors With Higher Power Dissipation and Low Resistance Values

Posted by doEEEt Media Group
On February 12, 2021
0

Vishay Intertechnology extends its NCW AT family of wide terminal thin film chip resistors with a new line of devices in the 0612 case size. For power electronics in automotive and industrial applications, the Vishay Beyschlag NCW 0612 AT components combine high temperature performance and excellent long term stability with high power dissipation up to 1W and low resistance values down to 0.10 Ohms.

EEE Components, PASSIVES

New SMT MLCC Capacitors with SnPb Finish

Posted by doEEEt Media Group
On February 11, 2021
0

Vishay Intertechnology introduces a new series of surface-mount multilayer ceramic chip capacitors (MLCCs) with a lead (Pb)-bearing termination finish suitable for aerospace applications requiring tin whisker mitigation.

EEE Components, PASSIVES

Current Sense Resistor Selection Tradeoffs

Posted by doEEEt Media Group
On February 10, 2021
0

There are several ways to do this, and among the most widely used is via a sense resistor. The idea is simple: insert a resistor of known value in series with the current-carrying lead, measure the voltage drop across it

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