BetaTHERM 2K3 Hoja de datos

No.	parte #	Fabricante	Descripción
1	2.2K3MBD1	BetaTHERM	Interchangeable mini-BetaCURVE Probe ¥ Rapid Time Constant (400 milliseconds in liquids). ¥ Standards supplied with +/-0.2oC tolerance (0 to 70oC). ¥ Other tolerances available. ¥ 0.5 mW/oC typ. Dissipation Constant in air at 25oC. ¥ Smaller than regular BetaCURVE Series The mini-BetaC
2	2.2K3C2	BetaTHERM	Chip Thermistors ¥ Rapid Time Response (< 1 second typical in liquids). ¥ Standards supplied with 5% and 10% tolerance. ¥ 1% and 2% available upon request. ¥ Surface Mount Capability. ¥ 1 mW/oC Dissipation Constant in air at 25oC. ¥ Uniformly Sized for Pick & Place
3	2.2K3A1IA	BetaTHERM	Chip Thermistors ¥ Rapid Time Response (1 second typical in liquids). ¥ DC (Dissipation Constant) = 0.85mW/ oC typical in still air at 25oC. ¥ Min./Max. Temperature Exposure = -80 to 150oC. ¥ Available in custom probe assemblies. ¥ Proven Stability and Reliability
4	2.2K3A1AM	BetaTHERM	Chip Thermistors Thermistor C\ onfiguration 32 AWG Tin Plated Copper Alloy Lead Wires Thermally Conductive Epoxy Coating 2.413mm (0.095") Max. Dia. 76.2mm +/-3.3mm (3.00" +/-0.13") Example: BetaCURVE Series VI Part Number 10K 4 A 1 AM Medical Grade Classificat
5	2.2K3A1A	BetaTHERM	Chip Thermistors ¥ Rapid Time Response (1 second typical in liquids). ¥ DC (Dissipation Constant) = 0.75mW/oC typical in still air at 25oC. ¥ Min./Max. Temperature Exposure = -80oC to 150oC. ¥ Available in custom probe assemblies. ¥ Proven Stability and Reliability.
6	2.2K3A3C	BetaTHERM	Chip Thermistors ¥ Rapid Time Response (1 second typical in liquids). ¥ DC (Dissipation Constant) = 0.75mW/oC typical in still air at 25oC. ¥ Min./Max. Temperature Exposure = -80oC to 150oC. ¥ Available in custom probe assemblies. ¥ Proven Stability and Reliability.
7	2.2K3A4D	BetaTHERM	Chip Thermistors ¥ Rapid Time Response (1 second typical in liquids). ¥ DC (Dissipation Constant) = 0.75mW/oC typical in still air at 25oC. ¥ Min./Max. Temperature Exposure = -80oC to 150oC. ¥ Available in custom probe assemblies. ¥ Proven Stability and Reliability.
8	2.2K3A3IC	BetaTHERM	Chip Thermistors ¥ Rapid Time Response (1 second typical in liquids). ¥ DC (Dissipation Constant) = 0.85mW/ oC typical in still air at 25oC. ¥ Min./Max. Temperature Exposure = -80 to 150oC. ¥ Available in custom probe assemblies. ¥ Proven Stability and Reliability
9	2.2K3CG3	BetaTHERM	Chip Thermistors ¥ Rapid Time Response (<1 second typical in liquids). ¥ Standards supplied with 5% and 10% tolerance. ¥ 1% and 2% available upon request. ¥ Surface Mount Capability. ¥ 1 mW/oC Dissipation Constant in air at 25oC. ¥ Uniformly Sized for Pick & Place A
10	2.2K3CG2	BetaTHERM	Chip Thermistors ¥ Rapid Time Response (<1 second typical in liquids). ¥ Standards supplied with 5% and 10% tolerance. ¥ 1% and 2% available upon request. ¥ Surface Mount Capability. ¥ 1 mW/oC Dissipation Constant in air at 25oC. ¥ Uniformly Sized for Pick & Place A
11	2.2K3A2B	BetaTHERM	Chip Thermistors ¥ Rapid Time Response (1 second typical in liquids). ¥ DC (Dissipation Constant) = 0.75mW/oC typical in still air at 25oC. ¥ Min./Max. Temperature Exposure = -80oC to 150oC. ¥ Available in custom probe assemblies. ¥ Proven Stability and Reliability.
12	2.2K3A2IB	BetaTHERM	Chip Thermistors ¥ Rapid Time Response (1 second typical in liquids). ¥ DC (Dissipation Constant) = 0.85mW/ oC typical in still air at 25oC. ¥ Min./Max. Temperature Exposure = -80 to 150oC. ¥ Available in custom probe assemblies. ¥ Proven Stability and Reliability
13	2.2K3A4ID	BetaTHERM	Chip Thermistors ¥ Rapid Time Response (1 second typical in liquids). ¥ DC (Dissipation Constant) = 0.85mW/ oC typical in still air at 25oC. ¥ Min./Max. Temperature Exposure = -80 to 150oC. ¥ Available in custom probe assemblies. ¥ Proven Stability and Reliability
14	2.2K3A1W2	BetaTHERM	Chip Thermistors ¥ Rapid Time Response (1.3 second typical in liquids). ¥ DC (Dissipation Constant) = 2.0mW/oC typical in still air at 25oC. ¥ Min./Max. Temperature Exposure = -80oC to 150oC. ¥ Available in custom probe assemblies. ¥ Proven Stability and Reliability
15	2.2K3A1W3	BetaTHERM	Chip Thermistors ¥ 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 Reliabilit
16	2.2K3A1-25	BetaTHERM	Chip Thermistors ¥ Rapid Time Response (1 second typical in liquids). ¥ DC (Dissipation Constant) = 0.75mW/oC typical in still air at 25oC. ¥ Min./Max. Temperature Exposure = -80oC to 150oC. ¥ Available in custom probe assemblies. ¥ Proven Stability and Reliability.
17	62K345D1	BetaTHERM	Sensor he elements, the leads are cut at different lengths for the 36K53A1 composite and are color coded for the D1 composites. T1 T2 6K 30K 6.35mm Max. (0.25") 2.03mm (0.08") Max.dia. 152 Nominal (6.0") 5.35mm (0.25") typ. 34 AWG solid copper (magnet
18	2.2K3C3	BetaTHERM	Chip Thermistors ¥ Rapid Time Response (< 1 second typical in liquids). ¥ Standards supplied with 5% and 10% tolerance. ¥ 1% and 2% available upon request. ¥ Surface Mount Capability. ¥ 1 mW/oC Dissipation Constant in air at 25oC. ¥ Uniformly Sized for Pick & Place
19	2K3A1-25	BetaTHERM	Chip Thermistors ¥ Rapid Time Response (1 second typical in liquids). ¥ DC (Dissipation Constant) = 0.75mW/oC typical in still air at 25oC. ¥ Min./Max. Temperature Exposure = -80oC to 150oC. ¥ Available in custom probe assemblies. ¥ Proven Stability and Reliability.