BA159-E3/54 - DIODE FAST RECOVERY Single 1A 1000V DO-41 THT

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HT Part No. HT295574

Mfr. Part No. BA159-E3/54

Manufacturer: VISHAY

Technical Documents: Datasheet(datasheets)

10314 - In Stock pcs
Price:
£ 0.085
Units Per Unit Price
1 - 99 £ 0.085
100 - 499 £ 0.080
500 + £ 0.075
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Product Specification

Product Attributes
Applications General Purpose
Polarity Cathode
Packaging TAPE&REEL
Diode Configuration Single
Case Material Plastic
Operating Temperature -65°C~+125°C
Series Fast Switching
Mounting Type THT
Package / Case DO41
Current - Average (Each Diode) 1A
Reverse Recovery Time (Trr) 500ns
Rohs ROHS
Manufacturer VISHAY
Voltage (VRRM) 1kV

More Information

The Vishay BA159‑E3/54 is a high-voltage, fast recovery rectifier diode designed for efficiency-sensitive power electronics. Housed in a robust DO-204AL (DO-41) axial plastic package, this diode delivers 1 A average forward current and withstands up to 1000 V repetitive peak reverse voltage, making it ideal for industrial, telecom, and power supply applications.

Salient Features and Benefits of this Rectifier Diode

  • High Voltage Capability (1000 V): Ideal for high-voltage rectification and freewheeling circuits. Offers flexibility for diverse global power system designs.
  • Fast Recovery (≤ 500 ns): Enables efficient switching and reduced power losses in high-frequency circuits.
  • Low Forward Voltage (≈ 1.3 V at 1 A): Minimizes conduction losses, improving overall system efficiency.
  • Low Reverse Leakage (≈ 5 µA @ 1000 V): Enhances reliability in standby and high-voltage applications.
  • Wide Temperature Range (−65 °C to +125 °C/150 °C): Operates reliably under harsh thermal conditions.
  • Compact, UL-rated Plastic Package: A 94V-0 flame-retardant body and solderable axial leads enable durable assembly and a compact PCB layout.

Product Usage Information

This diode excels in fast switching power supplies, inverter circuits, freewheeling and clamp applications, and as a surge protection element in energy systems. Its combination of high voltage tolerance, fast recovery, and efficient thermal performance makes it a superior choice for engineers designing rugged, efficient power systems.

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