Product Overview

This product is a Negative Temperature Coefficient (NTC) thermistor designed for various electronic applications. It is suitable for use in switching power supplies, electronic energy-saving lamps, electronic ballasts, and other electronic circuits. The thermistor offers a rated zero-power resistance value with specified accuracy and a maximum steady-state current.

Product Attributes

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

Technical Specifications

Note on Resistance Measurement: Resistance values are measured at ambient temperatures of 25C or 70C.

Note on Thermal Time Constant: This is the time required for the thermistor element's temperature to change from its initial temperature to a final temperature difference, under zero-power conditions, when the ambient temperature changes abruptly. Typically measured in seconds.

Note on Dissipation Factor: This is the power required to raise the thermistor's temperature by 1C due to self-heating at a specific ambient temperature. Typically expressed in mW/C. Can be calculated using the formula: Dissipation Factor = Rated Power / Temperature Rise.

Note on Rated Power: This is the power required to raise the surface temperature by 1C due to self-heating at an ambient temperature of 25C.

Note on Allowable Operating Current: This is the current that causes a temperature rise of 1C due to self-heating in still air.

Recommended Soldering Conditions

Reflow Soldering

• Preheat: 150C ~ 180C, 60s ~ 120s
• Temperature Rise: 2C/s ~ 4C/s
• Time above 180C: 60s ~ 120s
• Peak Temperature: Max. 235C (for 10s)
• Solder: Reflow soldering: Max. 2 times

Manual Soldering

• Preheat: 100C ~ 150C, 60s
• Tip Temperature: Max. 300C (for 3s)
• Soldering Time: Max. 3s
• Solder: Manual soldering: Max. 2 times

Important Note: Do not allow the soldering iron tip to contact the terminal end.