Temperature sensing device muRata NCP15XM331J03RC NTC thermistor designed for performance in circuits

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Product Description

NTC Thermistors - R44E Series

The R44E series NTC thermistors are designed for temperature sensing and compensation applications. They offer reliable performance in various electronic circuits, providing accurate temperature measurements and adjustments. These thermistors are suitable for a wide range of industrial and commercial applications where precise temperature control is critical.

Product Attributes

Brand: MURATA
Compliance: EU RoHS Compliant
Date: Mar.6,2020

Technical Specifications

Part Numbering Scheme	Product ID	Series	Dimensions (L x W)	Temperature Characteristics	Resistance Tolerance	Packaging	Individual Specifications
Chip Type	NC	NTC Thermistors Chip Type	0201 (0603): 0.60 x 0.30mm 0402 (1005): 1.00 x 0.50mm 0603 (1608): 1.60 x 0.80mm	XC, XF, XH, XM, XQ, XV, XW, WB, WD, WF, WL, WM	0.5% (D), 1% (F), 3% (E), 5% (J), 10% (P), 20% (U)	RA (Plastic Taping 4mm Pitch 4000 pcs), RB (Paper Taping 4mm Pitch 4000 pcs), RC (Paper Taping 2mm Pitch 10000 pcs), RL (Paper Taping 2mm Pitch 15000 pcs)	Resistance: 3-digit alphanumeric (e.g., 103 for 10k)
Thermo String Type	NXF	NTC Thermistors Sensor Thermo String Type	Chip Dimensions (L x T): 0402 (1005) 1.00 x 0.50mm	XH, XM, XV, WB, WF	1% (F), 3% (E)	B (Bulk)	Resistance: 3-digit alphanumeric (e.g., 103 for 10k) Lead Wire Type: A (0.3mm Copper Lead Wire with Polyurethane Coat), E (0.3mm Nickel Copper Lead Wire with Modified Polyester Coat) Shape of Lead Wire: T (Twisted Lead Wire Type), Commercial Type
Lead Type	NXR	NTC Thermistor Sensor/Lead Type	Chip Dimensions (L x T): 0402 (1005) 1.00 x 0.50mm	XH, XM, XV, WB, WF	1% (F), 3% (E), 5% (J)	A (Ammo Pack Taping), B (Bulk)	Resistance: 3-digit alphanumeric (e.g., 103 for 10k) Lead Wire Type: A (0.4mm Copper-clad Fe Wire, Tinned), Lead Insulation Type: 0.46mm Cu Wire with Coat Lead Spacing: 2.5mm (T), 5.0mm (T)

Basic Characteristics

Performance Item	Description	Formula/Condition
Zero-power Resistance	Resistance of Thermistor measured at specified ambient temperature.	R=R0 expB (1/T1/T0)
B-Constant	Calculated between two specified ambient temperatures.	B= n (R/R0) / (1/T1/T0)
Thermal Dissipation Constant	Shows necessary electric power that Thermistor's temperature rises 1C by self-heating.	C = P / (TT0) (mW/C)
Thermal Time Constant	Period in which the thermistor's temperature will change 63.2% of its temperature difference from ambient temperature.	T1 T0 Time 63.2%