Device Overview
Designed as a RF low-barrier Schottky diode pair, Infineon Technologies BAT1504WH6327XTSA1 uses the SOT-323 package. The main engineering checks for this variant are Device type (RF low-barrier Schottky diode pair), Maximum reverse voltage (4 V), Maximum forward current (110 mA).
Selection-Critical Data
| Parameter | Confirmed Data | Why It Matters |
|---|---|---|
| Device type | RF low-barrier Schottky diode pair | Defines the device function or architecture that a compatible replacement must preserve before secondary ratings are compared. |
| Maximum reverse voltage | 4 V | Defines the electrical voltage envelope that must cover the intended operating or stress level. |
| Maximum forward current | 110 mA | Defines the current-handling or drive capability that must meet the load while respecting current-path and thermal limits. |
| Forward voltage example | 0.25 V | Defines the electrical voltage envelope that must cover the intended operating or stress level. |
| Package | SOT-323 | Determines PCB footprint, pinout, mechanical assembly and orderable-variant compatibility. |
| Voltage Rating | 4 V | Defines the electrical voltage envelope that must cover the intended operating or stress level. |
Power-Device Selection Notes
RF low-barrier Schottky diode pair is the stated device type value. Defines the device function or architecture that a compatible replacement must preserve before secondary ratings are compared.
For package, SOT-323 is the approved value. Determines PCB footprint, pinout, mechanical assembly and orderable-variant compatibility.
For maximum reverse voltage, 4 V is the approved value. Defines the electrical voltage envelope that must cover the intended operating or stress level. The maximum forward current is 110 mA; this defines the current-handling or drive capability that must meet the load while respecting current-path and thermal limits.
At 0.25 V, the forward voltage example defines the electrical voltage envelope that must cover the intended operating or stress level. At 4 V, the voltage rating defines the electrical voltage envelope that must cover the intended operating or stress level.
