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MICROCHIP 1N962A/TR

Produttore
MICROCHIP
Cod. Prod.
1N962A/TR
Cod. LCSC
C3742368
Imballo
DO-7
Numero Cliente
Attr. chiave
1 Independent 11V DO-7 Single Zener Diodes RoHS
Scheda TecnicaMICROCHIP 1N962A/TR
Conformità RoHS2 documenti disponibili
Esaurito
Avvisami
Minimo: 1Multiplo: 1Unità di vendita: Piece
Aggiungi alla Lista BOM
QtàPr. unit.(Solo per riferimento)Importo totale
1+$ 2.4018$ 2.40
200+$ 0.9302$ 186.04
500+$ 0.8978$ 448.90
1,000+$ 0.8808$ 880.80
Package Standard1000/Full Box
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Specifiche del Prodotto

Tutto
TipoDescrizione
CategoriaDiscrete Semiconductors/Diodes/Zener/Single Zener Diodes
ProduttoreMICROCHIP
ImballoDO-7
Diode Configuration1 Independent
Tolerance±5%
Operating Junction Temperature Range-65℃~+175℃
Pd - Power Dissipation500mW
Reverse Leakage Current (Ir)5uA@8.4V
Impedance(Zzt)9.5Ω
Zener Voltage(Range)-
Zener Voltage(Nom)11V
Impedance(Zzk)700Ω
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Descrizione

Traduzione AI

The popular 1N957B-1 through 1N992B-1 series 0.5W Zener voltage regulators offer voltage selections from 6.8 to 200V in standard 5%, 2%, and 1% tolerance versions. These axial-lead glass DO-35 Zener diodes feature internal metallurgical bonding and are available in both standard and commercial RoHS-compliant versions. Qualified version part numbers range from 1N962B-1 through 1N992B-1.

Caratteristiche

Traduzione AI
  • JEDEC-registered 1N957B to 1N992B series.
  • Internal metallurgical bonding.
  • Part numbers 1N962B-1 to 1N992B-1 available with JAN, JANTX, and JANTXV qualification per MIL-PRF-19500/117.
  • Part numbers 1N957B-1 to 1N961B-1 available for upscreening per MIL-PRF-19500.
  • RoHS-compliant versions available (commercial grade only).

Applicazioni

Traduzione AI
  • Voltage regulation over a wide range of operating currents and temperatures.
  • Wide selection from 6.8V to 200V.
  • Standard voltage tolerance of ±5%, with optional tighter ±2% or 1% tolerance.
  • Flexible axial-lead mounting terminals.
  • ESD-insensitive per MIL-STD-750 Method 1020.
  • Minimum capacitance.
  • Inherent radiation hardness as described in Microsemi MicroNote 050.