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Infineon Technologies 2N7002DWH6327XTSA1 — Discrete Semiconductors
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Infineon Technologies / Discrete Semiconductors

Infineon 2N7002DWH6327XTSA1 Dual N-Ch MOSFET

MPN 2N7002DWH6327XTSA1
Active Spot Stock · 24-48h Dispatch 100% Original Sealed

Infineon OptiMOS dual N-channel MOSFET, 60V Vdss, 300mA Id, 3 Ohm Rds(on), logic-level gate, PG-SOT363-PO package, Tape & Reel.

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[SPEC] Essential Parameters Snapshot Full Specifications (15)
Package / Case 6-VSSOP, SC-88, SOT-363
Output / Current 60V
ALT
Facing long factory lead times or allocation on 2N7002DWH6327XTSA1? Verified pin-compatible alternatives available with active Shenzhen stock and 100% solder-ready footprint match.
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Full Technical Specifications

15 Parameters
2N7002DWH6327XTSA1 specifications
Parameter / AttributeSpecification / Value
SeriesOptiMOS™
MountingSurface Mount
Drain to source voltage60V
Current - continuous drain (Id) @ 25°C300mA
Power - max500mW
Operating temperature-55°C ~ 150°C (TJ)
PackageTape & Reel (TR) Cut Tape (CT)
TechnologyMOSFET (Metal Oxide)
FET featureLogic Level Gate
Configuration2 N-Channel (Dual)
Case6-VSSOP, SC-88, SOT-363
Vgs(th) (Max) @ id2.5V @ 250µA
Rds on (Max) @ id, vgs3Ohm @ 500mA, 10V
Gate charge (Qg) (Max) @ vgs0.6nC @ 10V
Input capacitance (Ciss) (Max) @ vds20pF @ 25V
100% Footprint Match · Solder-Ready (No PCB Redesign Needed)

Need Stock or a Drop-in Second-Source for 2N7002DWH6327XTSA1?

Package: SOT-23 (+ TO-92 for 2N7000) · Pin-compatible replacements with immediate Shenzhen spot stock

Footprint Match 97%
Supply Chain & Allocation Reality:

These two SOT-23 MOSFETs are the level shifters and small switches of modern boards: the standard parts behind I2C bus translation, 3.3V-to-5V interfacing, small load switching and a hundred interfaces that needed something better than a resistor. The pair reads as one drawer and is not one part: the classic 2N7002 is the 60V general switcher whose threshold spec assumed a real gate drive, while the BSS138 is the low-threshold original marketed precisely for 1.8V and 3.3V logic. The variants blur the line constantly - the 2N7002K generation moved thresholds down toward BSS138 territory, and the BSS138K moved voltage up toward 60V - which is exactly why the substitution discipline here is reading the threshold margin and the on-resistance at the actual gate voltage, not the family glance.

Verified Pin-Compatible Replacements (4 verified alternatives)

BSS138 onsemi / Nexperia / Diodes Inc SOT-23
Functional Equivalent
Availability & Target Pricing:

The Level-Shifter Standard

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Electrical & Core Specs:

The low-threshold standard: 50V class, gate threshold typically under 1.5V maximum, on-resistance around 1.6-3.5 ohms at 5-10V gate - the part the classic bidirectional I2C level shifter circuit is drawn around.

50V class (60V in the K variant); 200-280mA class current.

Compatibility & Drop-In Notes: At 1.8V and 2.5V logic the threshold margin is the design; the classic 2N7002 needed a wider drive and is the weaker choice there. In the shifter, verify the body-diode orientation and the gate rail - the circuit self-directs only when wired as the standard figure shows.
Package & Solder Footprint: SOT-23 standard pinout (G / S / D by the datasheet drawing, not by habit - SOT-23 MOSFETs do not share one map across makers).
Shenzhen Warehouse Stock & MOQ: Volume stock across every fab; the jellybean of level shifting.
Request Volume Quote for BSS138 Compare 2N7002DWH6327XTSA1 vs BSS138 Spec Matrix
2N7002K onsemi / multiple SOT-23
Functional Equivalent
Availability & Target Pricing:

The Improved Threshold Generation

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Electrical & Core Specs:

The modern 2N7002 die: 60V rating with the threshold lowered (about 1.1-1.3V typical) toward BSS138 territory - documented by several sources as a functional substitute for the BSS138 in level-shifter duty.

60V class - the voltage advantage over the plain BSS138.

Compatibility & Drop-In Notes: This is the substitution that actually works in both directions for level shifting: 2N7002K-class dies at BSS138 positions (with the 60V bonus), and BSS138 at 2N7002K positions where the resistor network was sized for its curves. Read the K.
Package & Solder Footprint: SOT-23 standard; verify the maker pin drawing.
Shenzhen Warehouse Stock & MOQ: The current volume part of both names; stocked with documented markings.
Request Volume Quote for 2N7002K Compare 2N7002DWH6327XTSA1 vs 2N7002K Spec Matrix
2N7000 onsemi / Vishay / multiple TO-92
Functional Equivalent
Availability & Target Pricing:

The Through-Hole Sibling

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Electrical & Core Specs:

The TO-92 version of the 2N7002 design: same small-signal N-channel idea in the legacy through-hole body - the repair-shelf part for boards that predate SMD.

60V class; the same modest current envelope.

Compatibility & Drop-In Notes: Package swap, not just a body: the TO-92 part serves through-hole repair and breadboards; the SOT-23 parts serve the boards being repaired today. Same circuit role, different worlds.
Package & Solder Footprint: TO-92 against SOT-23: different footprints and different pin orders.
Shenzhen Warehouse Stock & MOQ: Classic stock; the breadboard-grade part.
Request Volume Quote for 2N7000 Compare 2N7002DWH6327XTSA1 vs 2N7000 Spec Matrix
AO3400 Alpha & Omega / multiple SOT-23
Functional Equivalent
Availability & Target Pricing:

The Power Tier Next Door

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Electrical & Core Specs:

The power-tier neighbor: a SOT-23 MOSFET built for actual current (30V class, several amps with a couple of tens of milliohms) - what the 2N7002 family becomes when a small load needs real switching.

30V class - a different voltage world from the 50-60V small-signal pair.

Compatibility & Drop-In Notes: Substituting up the tiers is a gift (gate charge still tiny); substituting down is the classic smoke - a 2N7002 standing in for an AO3400-class part drives the load through a heater. Match the tier to the current.
Package & Solder Footprint: SOT-23 with its own pin map per maker - verify before layout.
Shenzhen Warehouse Stock & MOQ: Volume stock; the modern low-side default.
Request Volume Quote for AO3400 Compare 2N7002DWH6327XTSA1 vs AO3400 Spec Matrix
Buyer & Quality Checklist for Sourcing Alternatives
  • The threshold margin is the whole selection: the classic 2N7002 (max threshold near 2.5V) wants a real gate drive; BSS138 (max about 1.5V) and the K-suffix generations exist for 1.8V/3.3V logic. Read VGS(th) AND the on-resistance at the actual gate voltage - the headline Rds numbers are at 5-10V.
  • The K suffixes modernized both rows (2N7002K, BSS138K): the letters now matter more than the family names in level-shifter and switch substitutions.
  • SOT-23 MOSFET pinouts are maker drawings, not a standard: the same body hosts G/S/D in different orders across the industry - the schematic symbol orientation does not protect the placement machine.
  • The bidirectional level shifter depends on the body diode: wiring it gate-to-low-rail with pull-ups on both sides works in both directions only when the orientation is right. A reversed part looks assembled and blocks one direction.
  • Current is small-signal: 200-300mA class at these Rds - driving relays or lamps directly is the AO3400 tier question, not this pair.
  • At bus speeds, the level-shifter limits are the pull-up values and the capacitance: a shifter that works at 100kHz and fails at 400kHz is a resistor arithmetic problem, not a transistor one.
Frequently Asked Technical Questions

Q: Can BSS138 and 2N7002 replace each other?

A: Direction matters: BSS138 (and 2N7002K-class parts) drive from low-voltage logic where the classic 2N7002 threshold leaves no margin; a plain 2N7002 in a 1.8V shifter is the substitution that half-works. Also compare the 50V/60V ratings and the Rds at the actual gate voltage.

Q: Why do I2C level shifters use BSS138?

A: Low threshold plus symmetric pull-ups: the part stays fully enhanced from the 1.8V or 3.3V rail and its body diode provides the second direction. The circuit is two resistors and one BSS138 per line - the standard figure works because the threshold suits the low rail.

Q: Is 2N7000 the same as 2N7002?

A: The same design in different bodies: 2N7000 is TO-92 through-hole, 2N7002 is SOT-23 - and their pin orders differ. Same circuit role, different footprints and assembly worlds.

Technical Details & Description

Dual N-channel in a tiny SOT-363 — what the ratings mean for your board

The 2N7002DWH6327XTSA1 is a dual N-channel logic-level MOSFET from Infineon's OptiMOS series, packing two independent 60V, 300mA switches into a single SOT-363 package. The logic-level gate (Vgs(th) max 2.5V at 250µA) lets a 3.3V or 5V microcontroller drive it directly without a separate gate-driver IC — handy for level-shifting, load switching, or signal multiplexing on a mixed-voltage board.

On-resistance and switching — the numbers that govern the real load

Rds(on) is 3 Ohm max at 500mA with 10V gate drive — at 300mA the conduction loss is about 270 mW per channel, which fits inside the 500 mW total package power limit. Input capacitance Ciss is 20 pF typical at 25V drain — low enough that switching losses at a few hundred kHz are negligible, but the 3 Ohm on-resistance means this part is optimised for low-current signal switching rather than power delivery.

Package and board-fit — SOT-363 hand-solderable

The dual-channel configuration in one package saves board area compared to two separate SOT-23s. Surface-mount mounting with Tape & Reel packaging — the reel quantity is set for automated pick-and-place; Cut Tape options are available for prototype runs.

ROHS3 compliant — no restricted substances above the threshold limits, covering EU RoHS requirements for lead, mercury, cadmium, and the four phthalates.

Frequently asked questions

What is the closest pin-compatible alternative to 2N7002DWH6327XTSA1?

The 2N7002 family includes many single-channel SOT-23 variants, but the dual SOT-363 footprint is specific to this Infineon part. For a BOM hedge, confirm the pinout and package match with the distributor at RFQ time.

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