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MICROCHIP 1N714A

Producent
MICROCHIP
Nr części prod.
1N714A
Nr LCSC
C5877888
Opak.
DO-35
Numer Klienta
Klucz. cechy
1 Independent 10V DO-35 Single Zener Diodes
Karta KatalogowaMICROCHIP 1N714A
Brak w magazynie
Powiadom mnie
Minimum: 1Wielokrotność: 1Jednostka sprzedaży: Piece
Dodaj do Listy BOM
Szt.Cena jedn.(Tylko do wglądu)Suma całkowita
1+$ 4.4202$ 4.42
200+$ 1.7639$ 352.78
500+$ 1.7048$ 852.40
1,000+$ 1.676$ 1676.00
Standardowa Obudowa10000/Full Box
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Specyfikacje Produktu

Wszystko
TypOpis
KategoriaDiscrete Semiconductors/Diodes/Zener/Single Zener Diodes
ProducentMICROCHIP
Opak.DO-35
Diode Configuration1 Independent
Pd - Power Dissipation250mW
Impedance(Zzt)8Ω
Zener Voltage(Nom)10V
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Opis

Tłumaczenie AI

This series of SMT Zener voltage regulators conforms to MIL-PRF-19500/406 and is designed for high-reliability applications where failure is not an option. These industry-qualified 1.5W Zener voltage regulators are hermetically sealed using a void-free glass construction with internal metallurgical bonding. The series includes Zener selections with a standard tolerance of 5% and voltage range from 3.3V to 200V. Versions with 1% and 2% tolerances are also available. Microsemi offers many other Zener products to address higher and lower power ratings in both through-hole and SMT packages.

Funkcje

Tłumaczenie AI
  • Surface-mount equivalents of popular JEDEC registered series.
  • Void-free hermetic glass package.
  • Triple passivation.
  • Extremely rugged construction.
  • 1N4462US through 1N4496US use "Class 1" internal metallurgical bond; 1N6485US through 1N6491US, 1N4460US, and 1N4461US use "Class III" internal metallurgical bond.
  • JAN, JANTX, JANTXV, and JANS qualifications available per MIL-PRF-19500/406.
  • RoHS-compliant versions available (commercial grade only).

Zastosowania

Tłumaczenie AI
  • Regulates voltage over a wide range of operating current and temperature.
  • Wide voltage selection from 3.3V to 200V.
  • Standard voltage tolerance of ±5% (no suffix).
  • Tighter tolerances of ±2% or ±1% available.
  • Insensitive to electrostatic discharge per MIL-STD-750 Method 1020.
  • Inherent radiation hardness as described in Microsemi MicroNote 050.