BetaTHERM 2.2 fiche technique

No.	Partie #	Fabricant	Description
1	100K6A1W3	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
2	5K3A1W2	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
3	10K3A1W2	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
4	0.1K1C3	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
5	30K5CG2	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
6	30K6A1C	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	30K5A1IC	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
8	30K6A1IC	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	30K6A1ID	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
10	100K6A1IA	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
11	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
12	30K6MBD1	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
13	30K5C3	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
14	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
15	30K6C2	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
16	30K6CG3	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
17	30K5A1A	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.
18	30K5A1B	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.
19	30K6A1A	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.
20	30K6A1B	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.