: This procedure is a general guideline. For absolute certainty, always refer to the official datasheet or a verified testing procedure for your specific component.
✅ Operating Voltage & Current Consumption ✅ Pinout Configuration & Package Dimensions ✅ Thermal Performance & Derating ✅ Application Circuit Examples
RDS(on)cap R sub cap D cap S open paren o n close paren end-sub Ftd02p Datasheet
| Part Number | ( V_R ) | ( I_O ) | ( t_rr ) | Package | Compatibility | | :--- | :--- | :--- | :--- | :--- | :--- | | | 200V | 1A | 50ns | DO-41 | Reference | | 1N4148 | 100V | 0.2A | 4ns | DO-35 | No (Lower current/voltage) | | UF4002 | 100V | 1A | 50ns | DO-41 | Partial (Lower voltage) | | UF4003 | 200V | 1A | 50ns | DO-41 | Yes (Direct electrical equivalent) | | 1N4935 | 200V | 1A | 200-300ns | DO-41 | No (Slower - 200ns) | | MUR120 | 200V | 1A | 35ns | DO-41 | Yes (Slightly faster) |
When looking at the front of the chip package (molded plastic face with part numbers facing you, pins pointing downward, counted left-to-right from 1 to 5): Pin Number Structural Designation Circuit Function Input Drive (Base / Gate) : This procedure is a general guideline
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An H-bridge requires both N-channel (sinking) and P-channel (sourcing) architectures. The FTD02P acts as the high-side switch. This circuit architecture permits: The FTD02P acts as the high-side switch
: TT3043 (PNP) (Matched with TT3034 NPN)
Attaching the pinout from the datasheet for reference. Thoughts?