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MF52 NTC Thermistor Pak 1K to 100K 50 Pcs 10 Values ₹545.00
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    MF58 NTC Thermistor Pak 1K to 1M 50 Pcs 10 Values

    SKU: EP35

    Technical Specification:

    • Type: Through Hole
    • Model: MF58 NTC Thermistor
    • Resistance Values: 1 KΩ – 1 MΩ
    • Tolerance: ±5 %
    • Beta Value (B25/50): 3950 K – 4150 K
    • Thermal Time Constant: 7 – 15 s
    • Dissipation Factor: 2 – 5 mW/°C
    • Pak Weight: 80 gm
    • Pak Dimensions: 90 x 60 x 24 mm

    ₹545.00

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    Description

    The MF58 Thermistor is an NTC (Negative Temperature Coefficient) thermistor, meaning its resistance decreases as temperature increases. It is commonly used for temperature sensing, temperature compensation, and overcurrent protection in electronic circuits. The MF58 features a radial leaded design, making it easy to mount on printed circuit boards (PCBs) for through-hole applications.

    This Thermistor Assortment includes 50 pieces of Negative Temperature Coefficient (NTC) thermistors in 10 different resistance values, making it ideal for temperature sensing and compensation applications. These thermistors exhibit a predictable decrease in resistance as temperature increases, making them suitable for precision temperature measurement and control circuits.

    NTC Symbol:

    MF58 NTC Structure:

    Package Includes

    50 MF58 NTC Thermistor 10 Types

    • 1 KΩ - 5 Pcs
    • 2 KΩ - 5 Pcs
    • 5 KΩ - 5 Pcs
    • 10 KΩ - 5 Pcs
    • 20 KΩ - 5 Pcs
    • 50 KΩ - 5 Pcs
    • 100 KΩ - 5 Pcs
    • 200 KΩ - 5 Pcs
    • 500 KΩ - 5 Pcs
    • 1 MΩ - 5 Pcs

    Features:

    • High sensitivity with rapid response to temperature changes
    • Compact and durable glass-encapsulated design
    • Precise temperature measurement
    • Fast thermal response
    • Low power consumption for efficient operation
    • Easy to use with long tinned copper leads for soldering
    • Reliable performance over a wide temperature range
    • Cost-effective solution for temperature-related applications

    Applications:

    • Temperature sensing and measurement - Used in electronic circuits to detect temperature variations
    • Overheat protection in power supplies and batteries - Prevents overheating by monitoring temperature
    • Temperature compensation in electronic circuits - Stabilizes circuit performance against temperature fluctuations
    • HVAC systems - Regulates temperature in air conditioners and heating systems
    • Home appliances - Used in refrigerators, water heaters, and ovens for temperature control
    • Automotive temperature monitoring - Helps regulate engine and battery temperatures
    • Medical devices and equipment - Ensures accurate temperature readings in medical sensors
    • Industrial automation and process control - Maintains optimal working conditions in machinery
    • Solar power systems and inverters - Monitors temperature to prevent overheating in solar panels
    1. Can MF58 thermistors be used for PCB mounting?

    Yes, they have long tinned copper leads, making them easy to solder onto PCBs and breadboards.

    2. Can MF58 thermistors be used in AC and DC circuits?

    Yes, they can be used in both AC and DC circuits for temperature sensing and regulation.

    3. What happens if an NTC thermistor is connected backward?

    Nothing changes; NTC thermistors are non-polarized and work the same in both directions.

    4. How do I test an MF58 thermistor with a multimeter?

    Measure its resistance at room temperature, then heat it slightly and check if the resistance decreases.

    5. How do I connect an MF58 thermistor to a circuit?

    Typically connected in series with a pull-up resistor to form a voltage divider for temperature measurement.

    6. Are MF58 thermistors sensitive to pressure?

    No, they are primarily sensitive to temperature changes.

    7. Are MF58 thermistors compatible with ESP8266?

    Yes, they work with ESP8266 via an ADC input and a pull-up resistor.

    8. What makes MF58 thermistors unique?

    They have a glass-coated body, making them more durable and heat-resistant than epoxy-coated thermistors.

    9. Can I connect an MF58 thermistor directly to a battery?

    No, it must be part of a voltage divider or sensing circuit.

    10. Can I purchase specific types individually rather than in a pack?

    This product is sold as a complete pack, but individual types may be available separately upon bulk request

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