The BAT547F in the SOT233 package is a Schottky barrier diode designed for low forward voltage drop and fast switching performance. This pack contains 49 pieces, suitable for projects, repairs, and smallbatch production. Key benefits Low forward voltage drop: helps improve efficiency in lowvoltage circuits and reduces heat in power paths. Fast switching speed: suitable for speed signal applications and logiclevel interfaces. Compact SOT233 package: saves board space and enables easy surfacemount assembly. Reliable, RoHScompliant component: aligned with standard electronics manufacturing practices. Value pack: 49 pieces provide ample quantity for projects, service work, or production needs. Key attributes Brand/model: BAT547F Function: Schottky barrier diode for generalpurpose use Package: SOT233 (threepin surfacemount) Material: Silicon Schottky barrier diode Configuration: Part of the BAT54 family, designed for fast, lowdrop operation in compact footprints Quantity: 49 pieces per pack Compatibility and performance Suitable for small to midcurrent, lowvoltage circuit protection and signal routing Compatible with standard SOT233 footprints and common PCB assembly processes Ideal for inline polarity protection, input protection for microcontrollers, and fastacting clamping in mixedsignal circuits Applications and use cases Microcontroller and logicboard protection: use in power input paths to prevent damage from reverse polarity while minimizing voltage drop. Signal conditioning and interfacing: place in series with logic lines or near interfaces to enable fast, lowloss signal transmission and protect sensitive inputs. Smallsignal protection and routing: use in switches, multiplexers, or simple ORing networks where a fast, lowforwardvoltage diode is advantageous. Notes Please verify your circuit requirements against the manufacturer datasheet for exact electrical specifications, such as maximum forward current, reverse voltage, and operating temperature range. This description reflects the product's brand, model, packaging, and intended features without altering technical details.