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quality Thermistor KNSCHA 192NTC0006 Negative Temperature Coefficient Device Suitable for Power Supplies and Lighting factory
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quality Thermistor KNSCHA 192NTC0006 Negative Temperature Coefficient Device Suitable for Power Supplies and Lighting factory
>
Specifications
Resistance @ 25℃:
10Ω
Operating Temperature:
-40℃~+175℃
Steady State Current (Max):
2A
Thermal Time Constant:
55s
B Constant (25℃/85℃):
2800K
Mfr. Part #:
192NTC0006
Package:
4032
Key Attributes
Model Number: 192NTC0006
Product Description

Product Overview

This product is a Negative Temperature Coefficient (NTC) thermistor designed for various electronic applications. It offers precise resistance values at zero power and is suitable for use in power supplies, energy-saving lighting, and electronic circuits. The thermistor is characterized by its resistance-temperature relationship, thermal time constant, dissipation factor, rated power, and allowable operating current.

Product Attributes

  • Brand: Not specified
  • Origin: Not specified
  • Material: Not specified
  • Color: Not specified
  • Certifications: Not specified

Technical Specifications

Parameter Value Unit Description
Rated Zero Power Resistance Not specified Resistance at 25 (reference temperature) under zero power conditions.
Accuracy Error Not specified % Tolerance of the rated zero power resistance.
Max Steady State Current Not specified A Maximum continuous current the thermistor can handle without exceeding its temperature limits.
Size Model 4032(5D-9) Physical dimensions of the thermistor.
Resistance Value at Zero Power Not specified Resistance measured at zero power.
Environmental Temperature Not specified Operating temperature range.
Test Power Not specified mW Power used for resistance testing.
Thermal Time Constant Not specified s Time required for the thermistor temperature to change by a certain amount when the ambient temperature changes rapidly under zero power conditions.
Dissipation Factor Not specified mW/ Power required to raise the thermistor temperature by 1 due to self-heating at a certain ambient temperature.
Rated Power Not specified mW Power required to raise the surface temperature by 1 due to self-heating at 25 ambient temperature.
Allowable Operating Current Not specified A Current that causes a 1 temperature rise due to self-heating in still air.

Recommended Soldering Conditions

Reflow Soldering:

  • Preheating: Not specified
  • Time above 183: Not specified
  • Peak Temperature: Maximum Not specified
  • Soldering: Maximum Not specified times

Manual Soldering:

  • Iron Power: Maximum Not specified W
  • Preheating: Not specified
  • Soldering Iron Tip Temperature: Maximum Not specified
  • Soldering Time: Maximum Not specified s
  • Soldering: Maximum Not specified times

Note: Do not let the soldering iron tip touch the terminal.

Solder: Use mild non-corrosive flux and clean properly. According to specified conditions, these components are suitable for reflow soldering.


2410121247_KNSCHA-192NTC0006_C18236207.pdf

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