Amphenol Advanced Sensors' EMI Noise-Immune Temperature Sensing

EMI Noise-Immune Temperature Sensing

Amphenol Advanced Sensors

This presentation will demonstrate how Negative Temperature Coefficient thermistors can be protected from Electro-Magnetic Interference over a wide frequency range in automotive applications. It will review some common problems with EMI related nuisance heating effects and introduce the integrated RF bypass principle.

Related Parts

ImagenNúmero de pieza del fabricanteDescripciónCantidad disponiblePrecioVer detalles
10K OHM NTC WITH 100NF CAP 5% TONKI100NF103C1R5E10K OHM NTC WITH 100NF CAP 5% TO882 - Inmediata$5.80Ver detalles
10K OHM NTC WITH 10NF CAP 5% TOLNKI10NF103C1R5E10K OHM NTC WITH 10NF CAP 5% TOL846 - Inmediata$5.78Ver detalles
10K OHM NTC WITH 100NF CAP 1% TONKI100NF103C1R1E10K OHM NTC WITH 100NF CAP 1% TO573 - Inmediata$6.42Ver detalles
10K OHM NTC WITH 10NF CAP 1% TOLNKI10NF103C1R1E10K OHM NTC WITH 10NF CAP 1% TOL1045 - Inmediata$6.96Ver detalles
PTM Published on: 2021-11-04

Related Product Highlight

Termistores protegidos contra EMI NTC de la serie NKI La serie NKI de Amphenol Advanced Sensors tiene un capacitor incorporado para el desacoplamiento de RF que proporciona protección EMI y autocalentamiento.