Diodes Incorporated SBR160S23-7

Overview

SBR160S23-7 from Diodes Incorporated is a 1 A, 60 V SBR Super Barrier Rectifier supplied in a compact SOT-23 surface-mount package. It is designed for low forward voltage, low leakage, high-temperature stability, and soft fast-switching behavior in compact power-management circuits.

For engineers reviewing the SBR160S23-7 datasheet, SBR160S23-7 pinout, SBR160S23-7 application, or SBR160S23-7 equivalent, this rectifier is most relevant for DC-DC converter rectification, reverse-polarity protection, freewheel paths, low-voltage supply rails, small battery-powered equipment, and compact boards requiring 60 V reverse capability, 1 A class rectification, SOT-23 placement, and Super Barrier Rectifier efficiency behavior.

Technical Context

SBR160S23-7 uses Super Barrier Rectifier technology to reduce forward conduction loss while keeping reverse leakage and switching behavior controlled. In low-voltage power paths, a lower forward drop directly reduces heat and improves available load voltage, which is useful when the rectifier sits in series with a supply rail or conducts frequently in a switching converter.

The device also supports soft, fast switching, which helps reduce reverse-recovery stress compared with slower rectifiers. Because it is supplied in SOT-23, board copper area and local thermal conditions still determine how much current can be used continuously without exceeding junction temperature limits.

Key Specifications

Pinout & Package

SBR160S23-7 is supplied in a SOT-23 package. The package provides the compact footprint needed for small rectifier placement near IC pins, connectors, inductors, or local supply rails. Polarity orientation should be checked during layout because diode cathode and anode placement directly determines current direction and protection behavior.

Key Features

• 1 A class Super Barrier Rectifier for compact low-voltage power paths.
• 60 V reverse-voltage rating.
• Low forward voltage drop helps reduce conduction loss.
• Low reverse leakage supports improved high-temperature behavior.
• Soft, fast switching capability for converter and freewheel applications.
• +150°C operating junction temperature capability.
• SOT-23 surface-mount package for dense PCB layouts.
• Lead-free, RoHS-compliant, halogen- and antimony-free Green device.

Applications

Equivalent & Alternatives

When evaluating SBR160S23-7 equivalent devices, engineers should compare reverse-voltage rating, forward current, forward voltage at the real load current, leakage at temperature, surge capability, package footprint, polarity orientation, and whether the original design expects Super Barrier Rectifier switching behavior.

Quality

SBR160S23-7 should be sourced as original Diodes Incorporated SBR rectifiers through traceable and controlled supply channels. Quality verification procedures may include SOT-23 package inspection, top-mark review, reel label inspection, polarity verification, solderability testing, forward-voltage screening, reverse-leakage testing, tape-and-reel pocket inspection, and incoming inspection suited to compact power-diode production requirements.

Availability

SBR160S23-7 is available at Aetrix Electronics and suitable for DC-DC converters, reverse-polarity protection, freewheel paths, battery-powered equipment, low-voltage power rails, compact protection circuits, and repair programs requiring a 60 V SBR rectifier in SOT-23 form.

Supply support may include scheduled delivery planning, volume procurement support, BOM continuity assistance, traceable sourcing management, and lifecycle availability coordination for power-supply builders, contract manufacturers, appliance board suppliers, repair groups, and embedded hardware manufacturers.

For production deployment, confirming the SOT-23 footprint, diode polarity, 60 V reverse rating, current waveform, forward-voltage loss, junction-temperature margin, soldering process, and sourcing continuity helps reduce assembly and field reliability risk.

Manufacturer

Diodes Incorporated supplies discrete semiconductors, rectifiers, MOSFETs, protection devices, analog ICs, logic devices, power-management ICs, timing products, and signal-switch products for computing, consumer, communications, industrial, and automotive applications. SBR160S23-7 belongs to the Diodes SBR Super Barrier Rectifier product family.

FAQ

What is SBR160S23-7 used for?

SBR160S23-7 is used as a compact Super Barrier Rectifier in low-voltage power conversion, polarity protection, freewheel paths, and fast rectification circuits. Its 60 V reverse rating and 1 A class current capability make it useful in small DC-DC and power-management layouts.

What technology does SBR160S23-7 use?

SBR160S23-7 uses Diodes Incorporated SBR Super Barrier Rectifier technology. This structure is designed to combine low forward voltage, low reverse leakage, fast switching behavior, and good high-temperature stability compared with ordinary small-signal rectifiers in similar board positions.

What package is used by SBR160S23-7?

SBR160S23-7 is supplied in a SOT-23 surface-mount package. The S23 package code indicates a compact three-lead outline that is practical for dense power-management boards where a small rectifier is needed close to an IC, connector, or switching node.

What voltage rating does SBR160S23-7 provide?

SBR160S23-7 provides a 60 V repetitive reverse-voltage class. This rating should be compared with the maximum reverse bias, transient exposure, ringing, and supply tolerance in the final circuit so the rectifier retains enough voltage margin during operation.

How does SBR160S23-7 differ from a standard diode?

SBR160S23-7 differs from a standard PN rectifier by using Super Barrier Rectifier technology for lower forward drop and faster, softer switching. This can reduce conduction loss and switching stress in small power paths, especially where efficiency and temperature rise are design concerns.

What should be checked before using SBR160S23-7 as an alternative?

Before using SBR160S23-7 as an alternative, check reverse voltage, average current, surge current, forward voltage at load current, leakage at temperature, SOT-23 pad layout, polarity orientation, thermal dissipation, and whether the original circuit requires Schottky-like behavior or a conventional recovery characteristic.