Murata PTW Hoja de datos

No.	parte #	Fabricante	Descripción
1	PTWSBxxxx	Murata Manufacturing	POSISTOR 1. The heater element itself regulate designated temperature range. (Temperature can change depending on how to use it) 2. The temperature pulsation which is observed in case on-off temperature control system can be eliminated. 3. Out put wattage is
2	PTWSB1AS201T260A00	Murata	PTC Thermistors • Electric insulation on lead wire • Excellent bending resistance and easy handling due to suitable hardness of surface coating • High-accuracy of ±1% of resistance and B-Constant tolerance are realized due to uniform thickness by the precise shee
3	PTWTAxxxx	Murata Manufacturing	POSISTOR 1. The heater element itself regulate designated temperature range. (Temperature can change depending on how to use it) 2. The temperature pulsation which is observed in case on-off temperature control system can be eliminated. 3. Out put wattage is
4	PTWSB1BC201T260A00	Murata	PTC Thermistors • Electric insulation on lead wire • Excellent bending resistance and easy handling due to suitable hardness of surface coating • High-accuracy of ±1% of resistance and B-Constant tolerance are realized due to uniform thickness by the precise shee
5	PTWSB2AH201T260A00	Murata	PTC Thermistors • Electric insulation on lead wire • Excellent bending resistance and easy handling due to suitable hardness of surface coating • High-accuracy of ±1% of resistance and B-Constant tolerance are realized due to uniform thickness by the precise shee
6	PTWSB2AG201T260A00	Murata	PTC Thermistors • Electric insulation on lead wire • Excellent bending resistance and easy handling due to suitable hardness of surface coating • High-accuracy of ±1% of resistance and B-Constant tolerance are realized due to uniform thickness by the precise shee
7	PTWTA1AD201T260A00	Murata	PTC Thermistors • Electric insulation on lead wire • Excellent bending resistance and easy handling due to suitable hardness of surface coating • High-accuracy of ±1% of resistance and B-Constant tolerance are realized due to uniform thickness by the precise shee