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MICROCHIP 1N6910UTK2AS/TR

Producent
Nr części prod.
1N6910UTK2AS/TR
Nr LCSC
C17429393
Opak.
-
Numer Klienta
Klucz. cechy
15V 520mV@25A 25A Single Diodes
Karta KatalogowaMICROCHIP 1N6910UTK2AS/TR
Gwarancja na każde zamówienie
100% Oryginalne · Zwrot lub Wymiana w ciągu 30 Dni

Specyfikacje Produktu

Wszystko
TypOpis
KategoriaDiscrete Semiconductors/Diodes/Rectifiers/Single Diodes
ProducentMICROCHIP
Opak.-
Operating Junction Temperature Range-
Diode Configuration-
Voltage - DC Reverse (Vr) (Max)15V
Voltage - Forward(Vf@If)520mV@25A
Reverse Leakage Current (Ir)1.2mA@15V
Non-Repetitive Peak Forward Surge Current400A
Current - Rectified25A

Opis

Tłumaczenie AI

This Schottky diode is designed for applications requiring high power density and excellent thermal dissipation performance (typically 0.85 - 0.95°C/W). The 1N6910UTK2AS through 1N6912UTK2AS devices feature anode-to-tab polarity (standard), with cathode-to-tab polarity also available as 1N6910UTK2CS through 1N6912UTK2CS. The component is also orderable in a tabless version. Upscreening services for high-reliability applications are available as well. Microsemi offers a wide range of additional products to address voltage regulation applications at both higher and lower power levels.

Funkcje

Tłumaczenie AI
  • JEDEC registered 1N6910 - 1N6912 series.
  • Oxide passivated junction construction.
  • Guard ring protected for enhanced reverse energy capability.
  • Epitaxial construction for minimum forward voltage drop.
  • Hermetically sealed, low-profile ceramic SMT power package.
  • Available as JAN, JANTX, and JANTXV per MIL-PRF-19500/723 (see part nomenclature for all available options).
  • RoHS compliant versions available (commercial grade only).

Zastosowania

Tłumaczenie AI
  • Low package inductance.
  • Ultra-low thermal resistance.
  • Leadless versions available for special requirements, such as 1N6910UTK2, 1N6911UTK2, and 1N6912UTK2.
  • Robust ceramic and metal construction, no wire bonding.
  • High surge capability with dual-sided heat dissipation.