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2.2K3A1W3 Datasheet

Part Number 2.2K3A1W3
Manufacturers BetaTHERM
Logo BetaTHERM
Description Chip Thermistors
Datasheet 2.2K3A1W3 Datasheet2.2K3A1W3 Datasheet (PDF)

  2.2K3A1W3   2.2K3A1W3
BetaTHERM Sensors BetaCURVE Interchangeable Thermistor Series IV BetaCURVE Interchangeable Series IV Applications: Photo ? ¥ Temperature sensing, control and compensation. ¥ Applications where a Dissipation Constant of 3.0 mW/oC is required. Thermistor Configuration 28 AWG Tin Plated Copper Lead Wires Thermally Conductive Epoxy Coating 2.794mm (0.110") Max. Dia. Features: ¥ Rapid Time Response (1.5 second, typical in liquids). ¥ DC (Dissipation Constant) = 3.0mW/oC typical in still air at 25oC. ¥ Min./Max. Temperature Exposure = -80oC to 150oC. ¥ Available in custom probe assemblies. ¥ Proven Stability and Reliability 45.7mm +/-5.0mm (1.80" +/-0.20") Example: BetaCURVE Series IV Part Number 10K 3 A 1 W3 3mW/oC Dissipation Constant BetaCURVE Series Epoxy Coated Material Curve # Resistance Value @ 25oC BetaTherm Thermistor Series IV provides a higher Dissipation Constant (3.0mW/oC) allowing design engineers greater flexibility on sensor design projects. The higher D.C.






Part Number 2.2K3A1W2
Manufacturers BetaTHERM
Logo BetaTHERM
Description Chip Thermistors
Datasheet 2.2K3A1W3 Datasheet2.2K3A1W2 Datasheet (PDF)

  2.2K3A1W3   2.2K3A1W3
BetaTHERM Sensors BetaCURVE Interchangeable Thermistor Series III BetaCURVE Interchangeable Thermistor Series III Applications ¥ Temperature sensing, control and compensation. ¥ Applied to applications where higher Dissipation Constant is required (2.0mW/oC). Thermistor Configuration 30 AWG Tin Plated Copper Alloy Lead Wires Thermally Conductive Epoxy Coating 2.413mm (0.095Ó) Max. Dia. 45.7mm +/-5.0mm (1.80Ó +/-0.20Ó) Example: BetaCURVE SeriesIII Part Number 10K 3 A 1 W2 2mW/oC Dissipation Constant BetaCURVE Series Epoxy Coated Material Curve # Resistance Value @ 25oC Features ¥ Rapid Time Response (1.3 second typical in liquids). ¥ DC (Dissipation Constant) = 2.0mW/oC typical.






Chip Thermistors

BetaTHERM Sensors BetaCURVE Interchangeable Thermistor Series IV BetaCURVE Interchangeable Series IV Applications: Photo ? ¥ Temperature sensing, control and compensation. ¥ Applications where a Dissipation Constant of 3.0 mW/oC is required. Thermistor Configuration 28 AWG Tin Plated Copper Lead Wires Thermally Conductive Epoxy Coating 2.794mm (0.110") Max. Dia. Features: ¥ Rapid Time Response (1.5 second, typical in liquids). ¥ DC (Dissipation Constant) = 3.0mW/oC typical in still air at 25oC. ¥ Min./Max. Temperature Exposure = -80oC to 150oC. ¥ Available in custom probe assemblies. ¥ Proven Stability and Reliability 45.7mm +/-5.0mm (1.80" +/-0.20") Example: BetaCURVE Series IV Part Number 10K 3 A 1 W3 3mW/oC Dissipation Constant BetaCURVE Series Epoxy Coated Material Curve # Resistance Value @ 25oC BetaTherm Thermistor Series IV provides a higher Dissipation Constant (3.0mW/oC) allowing design engineers greater flexibility on sensor design projects. The higher D.C. is achieved using 28 AWG tin plated copper lead wires and also larger chip thermistor elements. These chip elements are manufactured using the same high quality materials and manufacturing process as Series I. Custom resistance values and tolerances are available upon request. BetaCURVE Series IV Part Numbers and Specifications: Part Number Color Code Resistance Resistance Tolerance Temperature Tolerance ohms @ 25oC @ 25oC and Range Alpha @ 0/50 oC Beta Curve # 25oC Value 2.2K3A1W3 3K.



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