Alternatives to STE MTB10103F3950F00
STE MTB10103F3950F00 and its qualified second sources, compared on form, fit and function, stock, lifecycle and price — the same checks Parter runs inside a BOM.
Equivalent and substitute parts for STE MTB10103F3950F00
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Sign out MTB10103F3950F00STE | NTCLE100E3103JB0Vishay Beyschlag/Draloric/BC Components | B57861S0103F040TDK | +2more | |
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| FFF Compatibility | Radial leaded through-hole package, but has standard insulated/tinned leads rather than thin enameled copper wire.Larger epoxy bead dimensions and stiffer lead wires requiring physical clearance evaluation.Resistance tolerance is wider (±5% for JB0 suffix) and B25/85 = 3977 K differs slightly from 3950 K. | Radial leaded bead package, but utilizes standard tinned lead wires rather than enameled thin wire leads.Slightly larger bead dimension and rigid lead wires compared to the fine enamel-coated wires of the queried B10 body.B25/100 value is 3988 K (B25/50 ≈ 3988 K) which is slightly higher than the target 3950 K B-value, causing minor resistance curve divergence at temperature extremes. | ||
MTB10103F3950F00 by STE: 10kΩ 3950K ±1% Through Hole,P=1.8mm NTC Thermistors RoHS. | NTCLE100E3103JB0 is a widely available radial epoxy-coated NTC thermistor from Vishay with a 10 kΩ base resistance and 3977 K B-value. It is suitable for applications where strict enamel wire dimensions are not mandatory.
| B57861S0103F040 is a high-reliability automotive-qualified NTC thermistor from TDK featuring a 10 kΩ R25 value with ±1% accuracy. While its B-value (3988 K vs 3950 K) and rigid lead wire construction differ slightly from enameled wire, it is a robust alternative for temperature measurement applications.
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| Lifecycle Status | Unknown | Active | Active | |
| Market Availability | Unknown | In stock | In stock | |
| REACH | Unknown | REACH | REACH | |
| RoHS | Unknown | RoHS | RoHS | |
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Related parts
| Part | Market availability | Lifecycle | Alternatives available |
|---|---|---|---|
| Discontinued | Obsolete | 3Alternatives availableSee Alternatives |
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