Device Overview
Designed as a Medium-power Schottky diode, Infineon Technologies BAT165E6327 uses the SOD-323 package. For substitution or design review, the strongest comparison points are Device type (Medium-power Schottky diode), Maximum reverse voltage (40 V), Maximum forward current (750 mA).
Selection-Critical Data
| Parameter | Confirmed Data | Why It Matters |
|---|---|---|
| Device type | Medium-power Schottky diode | Defines the device function or architecture that a compatible replacement must preserve before secondary ratings are compared. |
| Maximum reverse voltage | 40 V | Defines the electrical voltage envelope that must cover the intended operating or stress level. |
| Maximum forward current | 750 mA | Defines the current-handling or drive capability that must meet the load while respecting current-path and thermal limits. |
| Maximum forward voltage | 700 mV | Defines the electrical voltage envelope that must cover the intended operating or stress level. |
| Exact Package | SOD-323 | Determines PCB footprint, pinout, mechanical assembly and orderable-variant compatibility. |
| Voltage Rating | 40 V | Defines the electrical voltage envelope that must cover the intended operating or stress level. |
Power-Device Selection Notes
The device type is Medium-power Schottky diode; this defines the device function or architecture that a compatible replacement must preserve before secondary ratings are compared.
Exact Package is SOD-323. Determines PCB footprint, pinout, mechanical assembly and orderable-variant compatibility.
40 V is the stated maximum reverse voltage value. Defines the electrical voltage envelope that must cover the intended operating or stress level. For maximum forward current, 750 mA is the approved value. Defines the current-handling or drive capability that must meet the load while respecting current-path and thermal limits.
The maximum forward voltage is 700 mV; this defines the electrical voltage envelope that must cover the intended operating or stress level. The voltage rating is 40 V; this defines the electrical voltage envelope that must cover the intended operating or stress level.
