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The BAT54CHYT116 is a dual Schottky barrier diode in a common cathode configuration, manufactured by ROHM Semiconductor. It utilizes silicon technology and is housed in an SOT-23 (SSD3) surface-mount package. The device supports a maximum repetitive reverse voltage of 30 V and an average rectified forward current of 0.2 A. Key electrical parameters include a maximum forward voltage of 800 mV at 0.1 A, a peak forward surge current of 0.6 A, and a maximum reverse current of 2 µA. It operates within a junction temperature range up to +150 °C and meets AEC-Q101 automotive qualification standards.
Verify the specific suffix 'T116' against official ROHM documentation to confirm tape-and-reel packaging specifications. Confirm that the component meets current RoHS directives as indicated in manufacturer records. Ensure design-in compliance with AEC-Q101 requirements if intended for automotive use. Cross-reference datasheet revisions to validate thermal and electrical limits before finalizing procurement.
Select this component when a dual Schottky diode with common cathode topology is required in a compact SOT-23 footprint. It is suitable for designs needing low forward voltage drop and high-speed switching capabilities. Verify that the 30 V reverse voltage rating aligns with the circuit's peak inverse voltage requirements. Consider the AEC-Q101 qualification if the application demands automotive-grade reliability standards.
This part belongs to the BAT54 series of Schottky barrier diodes produced by ROHM Semiconductor. The series is characterized by small signal rectification capabilities and low forward voltage drops. The BAT54CH variant specifically denotes the dual common cathode configuration, distinguishing it from other pinouts like the BAT54S or BAT54A. These devices are widely used in consumer and industrial electronics for signal processing and protection.
The BAT54CHY is listed as a replacement for the discontinued BAT54CHM. Both parts share identical pinouts, packages, and electrical specifications, facilitating direct substitution in existing designs without schematic modifications.