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  • High Precision 1% 2% 3% chip NTC element SMD serises NTC thermistor for temperature compensation
  • High Precision 1% 2% 3% chip NTC element SMD serises NTC thermistor for temperature compensation
  • High Precision 1% 2% 3% chip NTC element SMD serises NTC thermistor for temperature compensation
  • High Precision 1% 2% 3% chip NTC element SMD serises NTC thermistor for temperature compensation
  • High Precision 1% 2% 3% chip NTC element SMD serises NTC thermistor for temperature compensation
High Precision 1% 2% 3% chip NTC element SMD serises NTC thermistor for temperature compensation

High Precision 1% 2% 3% chip NTC element SMD serises NTC thermistor for temperature compensation

$0.03-$0.05/ Piece|1000 Piece/Pieces(Min. Order)

Customization:

Customized logo(Min.Order: 1000 pieces)
Customized packaging(Min.Order: 1000 pieces)

High Precision 1% 2% 3% chip NTC element SMD serises NTC thermistor for temperature compensation

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • High Precision Temperature Measurement: Equipped with 1%, 2%, and 3% tolerance options, these NTC thermistors ensure accurate temperature sensing for critical applications requiring thermal compensation.
  • Surface-Mount Design: Compact SMD format enables seamless integration into electronic circuits, ideal for space-constrained devices like IoT sensors, consumer electronics, and industrial equipment.

Key features

  • 1. Corrosion-Resistant Metal Alloy Construction

  • With a corrosion-resistant metal alloy body, ensure reliable performance in harsh industrial or outdoor environments while maintaining structural integrity over time.

  • 2. Precision Tolerances for Critical Applications

  • With precision tolerances as low as 1%, achieve highly accurate temperature measurements in systems requiring strict thermal control, such as medical devices or automotive electronics.

  • 3. Compact Surface-Mount Design for Space Efficiency

  • With a slim SMD form factor, reduce PCB space usage by up to 50% compared to through-hole alternatives*, enabling integration into compact electronics like smartphones and IoT devices.

  • 4. Versatile Temperature Compensation Solutions

  • Designed for temperature compensation in electronics, these NTC thermistors support stable thermal management in applications ranging from consumer appliances to industrial control systems.

  • 5. Robust Compliance with Global Standards

  • With certifications including RoHS, CE, and EPR (France/Germany), meet stringent environmental and safety regulations for global markets*.

Product details

High Precision 1% 2% 3% chip NTC element SMD serises NTC thermistor for temperature compensation

The High Precision 1% 2% 3% chip NTC thermistor series is a compact, surface-mount device (SMD) designed for precise temperature compensation in electronic circuits. Built with metallic alloy (Al/Cu) and RoHS-compliant materials, these thermistors offer reliable performance in compact PCB designs. Certified to global standards like IEC 61000 and CE, they ensure safety and environmental compliance for diverse applications.

Technical specifications

FeatureSpecificationApplication Scenario
MaterialMetallic alloy (Al/Cu), RoHS-compliantIdeal for eco-friendly electronics manufacturing
Tolerance1%, 2%, or 3% (adjustable)Precision temperature compensation in medical devices or industrial sensors
Operating Temp.-40°C to 125°CHarsh environments in automotive or HVAC systems
CertificationsEPR Germany/France (WEEE/Packing), IEC 61000, CE, EMC, RoHSCompliance-driven projects in Europe and global markets
Mounting TypeSurface-mount (SMD)Space-constrained PCB layouts in consumer electronics

Customization guide

Adjust tolerance levels (1%-3%) and physical dimensions to meet specific precision or space requirements. For instance, select 1% tolerance for high-accuracy industrial sensors or 3% for cost-sensitive consumer devices.

Get inspired

With the 1% tolerance precision, ensure accurate thermal monitoring in medical equipment. The compact SMD design enables seamless integration into IoT devices or wearable tech, while RoHS compliance simplifies global deployment.

Choose your model

ParameterBase Model (3% Tolerance)Advanced Model (2% Tolerance)Pro Model (1% Tolerance)
Tolerance Accuracy±3%±2%±1%
Response Time2s1.5s (+25% faster)1s (+50% faster*)
Operating Range-20°C to 100°C-40°C to 100°C (+20°C lower)-40°C to 125°C

Supplier's note

  1. Technical Breakthroughs:

    • Triple-certified EPR compliance (Germany/France) ensures market access across EU regions.
    • ±1% tolerance achieves 30% higher precision than industry-standard 3% models.
    • -40°C to 125°C range expands usability in extreme environments like aerospace.
  2. Version Selection Guidance:

    • Base Model: Ideal for cost-sensitive consumer electronics (e.g., smart home devices).
    • Advanced Model: Best for automotive systems requiring mid-range precision and durability.
    • Pro Model: Optimal for industrial IoT or medical devices needing ultra-precise thermal control.

    With the Pro Model’s 1% tolerance, you can achieve accuracy critical for lab equipment calibration. Pair its wide temperature range with RoHS compliance to meet stringent regulatory demands in global markets.

Frequently asked questions

  • Which High Precision NTC thermistor model (1%, 2%, or 3%) is best suited for small electronics requiring tight temperature control?

  • How should High Precision SMD NTC thermistors be stored to maintain their performance?

  • Why choose NTC thermistors over other temperature sensors for precision applications?

  • Can the tolerance (1%, 2%, or 3%) of the High Precision chip NTC thermistor be customized for specific applications?

  • Are these NTC thermistors RoHS compliant and certified for European markets?

  • What accuracy specifications does the High Precision 1% NTC thermistor offer for temperature compensation?

  • Are these SMD NTC thermistors suitable for high-temperature industrial environments?

  • How does the 2% tolerance model compare to the 1% in terms of cost and performance for HVAC systems?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Temperature AccuracyMedical devices, lab equipmentIndustry: ±3% (IEC 60751) ▲ Base: ±2% ▲▲ Advanced: ±1% (IEC 60751)Advanced tier ensures precision in critical systems (e.g., drug storage)Higher precision increases cost (Advanced: +30% vs Base)
Operating Temp RangeAutomotive, industrial machineryIndustry: -20°C–85°C ▲ Base: -40°C–105°C ▲▲ Advanced: -55°C–150°CAdvanced tier withstands extreme environments (e.g., engine compartments)Narrower ranges may limit use in harsh conditions
Response TimeServer thermal management, IoT sensorsIndustry: >1s ▲ Base: 500ms ▲▲ Advanced: 200ms (ASTM E1161)Advanced tier enables real-time monitoring in data centersSlower response times may miss transient temperature spikes
CertificationsEU-compliant electronics manufacturingIndustry: Basic CE/RoHS ▲ Base: EPR Germany/France + CE ▲▲ Advanced: Full EPR + IEC 61000 complianceAdvanced meets strict EU regulations (e.g., France’s WEEE/Packing)Non-certified models face import bans in regulated markets
Tolerance StabilityIndustrial automation, HVAC systemsIndustry: ±0.5%/year ▲ Base: ±0.3%/year ▲▲ Advanced: ±0.1%/yearAdvanced ensures long-term reliability in 24/7 operations (e.g., factories)Lower stability requires frequent recalibration in critical systems
Package SizeWearables, compact IoT devicesIndustry: 5mm×3mm ▲ Base: 3.5mm×2mm ▲▲ Advanced: 3.0mm×1.6mm (JEDEC)Advanced fits tiny form factors (e.g., smartwatches)Larger packages may be needed for high-power applications

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