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Product Name:LPTC Series PTC Thermistors

LPTC Series PTC Thermistors

Product Description:

Features
1. LPTC series in the form of axial glass encapsulated form.
2. As the construction material is mainly semiconductor monocrystalline silicon, also called silicon thermistor.
3. Resistance increases with the temperature rises in linearity, also called linear PTC thermistor.
4. Dissipation factor2.5~5mW/
5. Maximum operating currentIopr=1.0mA
6. Stability: annual diversification rate0.01/per year.
7. Temperature coefficient25/500.7%/
8. Rated power10mW
9. Operating temperature range-50~+150
10. Small dimension, tightness, convenient for automatic installation.
11. Glass encapsulated, can operate in high temperature and moisture environment.

Application
  1. Automobile temperature inspection and control.
  2. Home appliance temperature inspection and compensation.
  3. Precision circuit and crystal oscillator temperature compensation.
  4. Micro motor timing control.
  5. Medical equipment temperature inspection and control.

SHENZHEN AMPRON TECNOLOGY CO.,LTD was found in 1999,is a professional manufacture of automobile capacity ceramic pressure sensor(ACCP sensor), automobile temperature sensor, oxygen sensor, PTC thermal resistor, NTC thermal resisistor, NTC temperature sensor, ceramic COB heat dissipation substrate, ...[Read More]

Company Profile:

• Main Product:

  Pressure Sensor Temperature Sensor

• Business Type:

  Manufacturer

• Current Export Market:

  North America, South America, Western Europe, Eastern Europe, Eastern Asia, Southeast Asia, Mid East, Africa, Oceania

• Total Annual Sales:

  USD 50,000,001 - 100,000,000

Factory Profile:

• Number of Employees:

  1000 - 1500 People

• Shift:

  3

• Size of Factory In Square Meters:

  160000

• Years of OEM Experiences:

  10

Research & Development:

• Capability for Synchronized Development:

  Develop according to drawing or samples provided by clients?Yes

  Develop 3-D model and prototype according to client's needs?Yes

• Tooling Design:

  Design Internally