S1V-13-F

Rectifiers Standard Recovery Rectifier SMA T and R 5K

S1V-13-F – 2000V Standard Recovery Rectifier – Diodes Incorporated

This S1V-13-F rectifier diode from Diodes Incorporated delivers robust power conversion in a compact SMA package. Ideal for high-voltage applications, it features exceptional reverse voltage tolerance and low leakage current, ensuring reliable performance in demanding circuits. PCX supplies this active-status component with guaranteed stock availability and rapid shipping.

Key Features

• 2000V Peak Reverse Voltage – Withstands high-voltage stress
• 1A Average Forward Current – Efficient power handling
• Standard Recovery Speed (>500ns) – Balanced performance for 50/60Hz circuits
• Ultra-Low Leakage – Only 5µA @ 2000V for minimal power loss
• Surface-Mount Design – DO-214AC (SMA) package for space-constrained PCBs
• Wide Temperature Range – Operates from -55°C to 150°C

Technical Specifications

This single-phase rectifier utilizes standard recovery technology with a junction capacitance of 4pF @ 4V (1MHz). The surface-mount SMA package (Supplier Device Package: SMA) ensures compatibility with automated assembly processes. Its -55°C to 150°C operating range makes it suitable for industrial environments. View full datasheet (hosted on manufacturer site).

Typical Applications

• AC/DC power supply rectification stages
• Industrial equipment power converters
• CRT display high-voltage circuits
• Lighting ballasts and inverters
• Test & measurement equipment

About Diodes Incorporated

Diodes Incorporated is a globally recognized leader in semiconductor innovation, specializing in discrete, logic, and analog components. With over 50 years of industry expertise, they maintain rigorous quality standards certified under IATF 16949, ensuring components meet automotive-grade reliability benchmarks.

The company’s extensive R&D investments yield cutting-edge solutions for power management and signal integrity challenges. Diodes Incorporated consistently delivers high-volume manufacturing consistency, making their products the preferred choice for mission-critical designs across automotive, computing, and industrial sectors.

About Standard Recovery Rectifiers

Standard recovery rectifiers are fundamental semiconductor devices that convert alternating current (AC) to direct current (DC) in power supply circuits. Their controlled recovery characteristics provide a cost-effective solution for line-frequency (50/60Hz) conversion where ultra-fast switching isn’t required.

These diodes are essential building blocks in virtually all electronic systems requiring AC power adaptation. Their robustness and simplicity make them ideal for voltage-doubling circuits, bridge rectifiers, and DC bus conditioning in applications ranging from consumer adapters to industrial motor drives.

Packaging Options

Available in industry-standard Tape & Reel (TR) for automated production lines, Cut Tape (CT) for prototyping needs, and Digi-Reel® packaging. Confirm packaging preference during checkout.

Frequently Asked Questions

Q: What’s the difference between standard and fast recovery diodes?
A: Standard recovery types (like S1V-13-F) have >500ns recovery time, making them suitable for 50/60Hz mains frequencies. Fast recovery diodes (<35ns) are for high-frequency switch-mode power supplies.

Q: Can this rectifier handle surge currents?
A: Yes, standard recovery diodes typically withstand higher IFSM (surge current) than fast-recovery equivalents. Refer to the datasheet’s “Peak Forward Surge Current” graph for specific values.

Q: Is this diode suitable for automotive applications?
A: While operating temperature meets automotive requirements, verify AEC-Q101 certification for your specific application. Contact PCX support for qualified alternatives.

Q: What PCB land pattern matches the SMA package?
A: Follow IPC-7351B guidelines for DO-214AC. The datasheet includes recommended footprint dimensions in Section 6.

Q: Does reverse leakage increase at high temperatures?
A: Yes, leakage current typically doubles every 10°C rise. At 150°C, expect approximately 160µA (per datasheet Fig. 2).

Q: Can I parallel multiple diodes for higher current?
A: Possible with current-sharing resistors, but consider thermal derating. We recommend selecting a higher-current device instead for optimal reliability.

⚠️ Note: Product images are representational; refer to datasheet for exact specifications.

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Ensure your power design’s reliability with genuine Diodes Incorporated components. PCX guarantees same-day shipping on in-stock S1V-13-F rectifiers – secure your supply now!