01C5001SFC3

01C5001SFC3

$9.83
  • Description:NTC THERMISTORS
  • Series:-
  • Mfr:Vishay Beyschlag/Draloric/BC Components
  • Package:Bulk

SKU:b7dae0397e80 Category: Brand:

  
  • Quantity
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Product Detailed Parameters

  • Description:NTC THERMISTORS
  • Series:-
  • Mfr:Vishay Beyschlag/Draloric/BC Components
  • Package:Bulk
  • Resistance in Ohms @ 25°C:5k
  • Resistance Tolerance:-
  • B Value Tolerance:-
  • B0/50:-
  • B25/50:-
  • B25/75:3964K
  • B25/85:3974K
  • B25/100:-
  • Operating Temperature:-40°C ~ 125°C
  • Power - Max:100 mW
  • Length - Lead Wire:1.42" (36.00mm)
  • Mounting Type:Through Hole
  • Package / Case:Bead
  • Grade:-
  • Qualification:-

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01C5001SFC3

Buying Guide
Summary

Vishay Beyschlag/Draloric/BC Components 01C5001SFC3 is sourced in NTC Thermistors category when teams want clear constraints and a repeatable validation path. Key specs include Description (NTC THERMISTORS), Packaging (Bulk), Temperature (-40°C ~ 125°C), Package/case (Bead), and Mounting (Through Hole).

Selection Notes
  • For 01C5001SFC3, confirm the mounting type (Through Hole) matches your assembly process and reliability requirements.
  • Confirm the operating temperature range (-40°C ~ 125°C) meets your deployment conditions.
  • Verify B25/75 (3964K) and compare it against your reference design limits.
Alternates & Substitutions
  • For NTC Thermistors substitutions, lock footprint/pinout and operating envelope first, then verify the critical performance conditions on your hardware.
  • For any substitution, verify the datasheet conditions behind headline specs and validate the alternate under your worst-case operating corners.
  • Verify the alternate stays within temperature -40°C ~ 125°C across startup, load steps, and worst-case temperature.
  • When in doubt, treat the swap as an ECO: define acceptance criteria, then validate under worst-case operating corners.
FAQ

What is the Power - Max of 01C5001SFC3?
100 mW

What B25/75 does 01C5001SFC3 have?
3964K

What operating temperature range does 01C5001SFC3 support?
-40°C ~ 125°C

How is 01C5001SFC3 mounted?
Through Hole

Application Scenarios

In the NTC Thermistors category, Vishay Beyschlag/Draloric/BC Components 01C5001SFC3 is often evaluated by how well it fits electrical, thermal, and mechanical constraints in the target system. In practice, thermistor designs focus on self-heating, response time, and calibration so temperature estimates stay accurate in the final airflow and mounting. Reliable environmental sensing enables better automation decisions and reduces operational risk. They monitor conditions such as temperature, humidity, light, gas concentration, or particulates for safety and efficiency. Across agriculture, humidity and particulate sensing supports greenhouse automation where condensation is common. In safety systems, gas and smoke sensing provides early warning in environments with intermittent ventilation. In safety and air-quality monitoring, gas and smoke sensing is qualified for drift and contamination because false alarms and misses are costly. In practice, within real deployments, repeatability across temperature, load, and noise is what keeps performance consistent.

Compatibility Advice
  • Confirm calibration and compensation strategy so readings stay repeatable across production lots before release to production.
  • For production stability, validate drift, hysteresis, and response time under the real airflow, enclosure, and contamination conditions with the real source, load, and wiring.
  • In practice, verify long-term stability and condensation exposure if the product sees outdoor or humid environments before release to production.
Project Fit
  • Most suitable when you can bench-verify Vishay Beyschlag/Draloric/BC Components 01C5001SFC3 for NTC Thermistors integration across temperature and supply corners, and you need repeatable readings with a defined calibration and compensation plan across lots.
  • A weaker fit when integrating Vishay Beyschlag/Draloric/BC Components 01C5001SFC3 for NTC Thermistors, condensation and contamination exposure are likely but not characterized, because the remaining risk is system-level and cannot be bounded by datasheet checks alone.
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