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1N3580B Dataheets PDF



Part Number 1N3580B
Manufacturers Motorola
Logo Motorola
Description TEMPERATURE-COMPENSATED ZENER REFERENCE DIODES
Datasheet 1N3580B Datasheet1N3580B Datasheet (PDF)

1N2163 thru 1N2171 (SILICON) lN2163A thru lN2171A lN3580, A, Bthru lN3583, A, B TEMPERATURE-COMPENSATED ZENER REFERENCE DIODES Highly reliable reference sources utilizing an oxide-passivated junction for long-term voltage stability. Construction consists of welded hermetically sealed metal and glass case. • Low Dynamic Impedance • Choice of Three Temperature Ranges • "Box Method" Specifications Guarantee Maximum Voltage De- viation. Temperature compensated reference diodes are made by taking ad.

  1N3580B   1N3580B


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1N2163 thru 1N2171 (SILICON) lN2163A thru lN2171A lN3580, A, Bthru lN3583, A, B TEMPERATURE-COMPENSATED ZENER REFERENCE DIODES Highly reliable reference sources utilizing an oxide-passivated junction for long-term voltage stability. Construction consists of welded hermetically sealed metal and glass case. • Low Dynamic Impedance • Choice of Three Temperature Ranges • "Box Method" Specifications Guarantee Maximum Voltage De- viation. Temperature compensated reference diodes are made by taking advantage of the differing thermal characteristics of forward and reverse biased silicon PN junctions. A forward biased junction has a negative temperature coefficient of approximately 2.0 millivoltsfC. Reverse biased junctions above 5.0 volts have a positive temperature coefficient and therefore it is possible by judicious selection of combinations of forward and reverse biased junctions to obtain a device that shows a very low temperature coefficient due to cancellation. Because of the dif.


1N3583A 1N3580B 1N3581B


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