Buonasera a tutti i cacciatori professionisti notturni Americani. Vorrei sapere se è vero che Pulsar ha presentato al Shot Show un nuovo cannocchiale termico Thermion XQ50 con sensore FPA microbolometrico al silicio amorfo non raffreddato con pixel pitch di 17µm e NETD (Noise Equivalent Temperature Difference)da 40mK (valore eccezionale, più è basso il valore, migliore lo strumento....) rispetto ai 70-50 mk dei modelli precedenti. I sensori con un migliore valore NETD consentono ai dispositivi termici di funzionare in modo più efficiente in condizioni in cui le differenze di temperatura sono molto basse ed è più difficile per le termocamere riuscire a distinguerle, per produrre immagini ben contrastate e dettagliate.
Good evening to all American night professional hunters. I would like to know if it is true that Pulsar presented at the Shot Show a new Thermion XQ50 thermal rifle scope with uncooled amorphous silicon microbolometric FPA sensor with 17µm pixel pitch and NETD (Noise Equivalent Temperature Difference) of 40mK (exceptional value, the lower the value, better the instrument ....) compared to 70-50 mk of the previous models. Sensors with a better NETD value allow thermal devices to operate more efficiently in conditions where temperature differences are very low and it is more difficult for thermal imaging cameras to distinguish them, to produce well-contrasted and detailed images
Good evening to all American night professional hunters. I would like to know if it is true that Pulsar presented at the Shot Show a new Thermion XQ50 thermal rifle scope with uncooled amorphous silicon microbolometric FPA sensor with 17µm pixel pitch and NETD (Noise Equivalent Temperature Difference) of 40mK (exceptional value, the lower the value, better the instrument ....) compared to 70-50 mk of the previous models. Sensors with a better NETD value allow thermal devices to operate more efficiently in conditions where temperature differences are very low and it is more difficult for thermal imaging cameras to distinguish them, to produce well-contrasted and detailed images