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Electronic Simulation PTCEL67
This video explains the advantages of the high energy current limiting PTCEL67 range in battery pre-charge circuit. By use of an LTspice electronic simulation, it is shown how to build an optimal network of parallel and series of these PTCEL67 elements in order to limit the surge current while keeping the shortest charging time of the DC link capacitor.
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Thermistors
 This video explains the advantages of the high energy current limiting PTCEL67 range in battery pre-charge circuit. By use of an LTspice electronic simulation, it is shown how to build an optimal network of parallel and series of these PTCEL67 elements in order to limit the surge current while keeping the shortest charging time of the DC link capacitor. |
 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. |
 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. |
 Learn how electronic simulation can help for the design of several PTCEL components in a rectifier circuit of a switch mode power supply. |
 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. |
