MF59 Glass Shell SMD NTC Thermistors
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China [CN] MF59 Glass Shell SMD NTC Thermistors
MF59 glass encapsulated NTC thermistor excellent long-term stability and reliability even when encountering harsh environments and temperatures up 220°C. Excellent reliability and able to withstand temperatures up to 220°C, the LL-41 temperature sensor has glass encapsulation for applications where space isn’t an issue. Tape and reel is available for ease of use.
Shiheng Electronics Characteristic:
High temperature capacity up to +220 ° C.
Sealed glass package, capability of operating in the severe setting.
Surface Mount.
Excellent long-lasting security, high accuracy, broad series of resistance.
Tape and reel product packaging is offered.
Without leads, convenient for SMT automatic installation.
More information you can visit this site.
Application:.
Automatic job centers (such as lap-top, copycat, printer and so forth).
Digital equipment( such as smart phone, PERSONAL ORGANIZER and also etc.).
Rechargeable battery (lithium battery, ni-mh battery Temperature payment of loops of tool, incorporated circuit, quartz crystal monofier and also
The range of resistance under the rated zero power(R25): 0.1~1000KΩ
The allowable tolerance of R25: ±1%、±2%、±3%、±5%、±10%
The allowable tolerance of B value: ±0.5%、±1%
Dissipation factor: model A≥2mW/℃(in still air),model B≥1mW/℃ (in still air)
Thermal time constant: model A≤10S(in still air),model B≤ 5S(in still air)
operating temperature range: -55℃~220℃
Rated power at 25℃:model A≤10mW,model B≤5mW
The latest products relates to a chip-type glass-encapsulated negative temperature coefficient thermistor. It has a glass shell, a thermistor chip and two metal electrodes. The metal electrode is a SMT type, and thermistor chip is fixed in a glass shell. Two metal electrodes are installed at both ends of the glass shell. The metal electrodes at both ends are respectively connected to the electrodes on both sides of the resistance chip through a conductive body integrated with the metal electrode, and the conductive body and the resistance chip are encapsulated in a glass case at a high temperature. The utility model is electrically connected to the outside through a metal electrode, which requires less installation space, more convenient installation, no lead bending, and it is not easy to damage the product during installation.
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