C2M1000170D reference image
Reference image 3

C2M1000170D

1700 V N-channel enhancement-mode silicon carbide power MOSFET

Series
C2M
Package
3-lead TO-247-3 through-hole package
Temperature
-55°C to +150°C
Specifications

Key details

Part NumberC2M1000170D
ManufacturerWolfspeed
CategorySilicon Carbide MOSFET
Lifecycle StatusObsolete
SeriesC2M
Package / Case3-lead TO-247-3 through-hole package
Pin Count3
Operating Temperature-55°C to +150°C
Last Verified2026-08-03
Overview

Part information

C2M1000170D Overview

C2M1000170D is a Wolfspeed 1700 V N-channel enhancement-mode silicon carbide power MOSFET supplied in 3-lead TO-247-3 through-hole package. This page uses the exact orderable code because package, grade, temperature and option suffixes can change compatibility.

Key Technical Specifications

Verified Ordering CodeC2M1000170D
Drain-Source Voltage1700 V
Typical On-State Resistance1000 mΩ at 25°C
Current Rating5 A
Maximum Junction Temperature150°C
TechnologyC2M SiC MOSFET

Package and Ordering Notes

The listed package is 3-lead TO-247-3 through-hole package with 3 pins, leads, lands or contacts. The featured image is a generic package illustration for form-factor identification and is not an actual date-code or lot photograph. Lifecycle is recorded as Obsolete; confirm current factory support and last-time-buy constraints before design-in.

Sourcing Guidance

C2M1000170D is the manufacturer-verified ordering identity for this record. Confirm package, packing, label traceability, date code, lifecycle, and datasheet revision before ordering. Manufacturer guidance names C3M0900170D (manufacturer-recommended replacement; qualification required); it is not a drop-in substitute unless independently qualified.

For an accurate quotation, include the full MPN, target quantity, acceptable date-code range, packaging format and destination. Icearth can help review traceability documents, label photos and electrical/package alignment before order placement.

Manufacturer Documentation

Technical values were checked against Wolfspeed documentation. Use the linked datasheet as the controlling source and re-check revisions before PCB release or firmware qualification.

C2M1000170D FAQ

What is C2M1000170D?

C2M1000170D is a Wolfspeed 1700 V N-channel enhancement-mode silicon carbide power MOSFET. The verified manufacturer ordering code is C2M1000170D.

What are the key specifications of C2M1000170D?

Verified Ordering Code is C2M1000170D, while Drain-Source Voltage is 1700 V. Use the linked manufacturer datasheet for revision-controlled limits and test conditions.

What package does C2M1000170D use?

C2M1000170D is supplied in 3-lead TO-247-3 through-hole package with 3 pins, leads, lands or contacts. Verify the manufacturer land pattern, tab connection, and packing format before PCB or procurement approval.

What is the lifecycle status of C2M1000170D?

C2M1000170D is listed by the manufacturer as obsolete, end of life, or discontinued as checked on 2026-08-03. Confirm current factory support, last-order constraints, and availability for the exact order code before placing an order.

What should be checked before sourcing C2M1000170D?

Quote C2M1000170D exactly and confirm package, packing format, device marking, date code, traceability, lifecycle status, and the controlling datasheet revision. Do not substitute a related family code without an independent electrical and mechanical review.

Sourcing notes

Lifecycle and sourcing review

Obsolete

This part has a legacy lifecycle status. Submit the exact MPN, quantity, delivery destination and date-code requirements for a sourcing review.

C2M1000170D is the manufacturer-verified ordering identity for this record. Confirm package, packing, label traceability, date code, lifecycle, and datasheet revision before ordering. Manufacturer guidance names C3M0900170D (manufacturer-recommended replacement; qualification required); it is not a drop-in substitute unless independently qualified.

Alternatives

Potential alternative part numbers

Verify package, pinout, voltage, firmware behavior and qualification before substitution.