Manufacturer profile
Hybrid Electronics sources ROHM SiC MOSFETs (SCT3xxx / SCT4xxx 3rd- and 4th-gen 650V / 1200V / 1700V), SiC Schottky diodes, Si power and small-signal MOSFETs, bipolar transistors, MCR chip resistors and MLCC, BD-series PMICs / motor / LED / audio driver ICs, LAPIS ML62Q MCUs, and Kionix KX-series MEMS accelerometers — from the newest 4th-gen SCT4013 750V SiC MOSFETs and BD34301 flagship audio DACs to obsolete 2SC1815 / 2SA1015 bipolars, pre-2018 Gen-1 / Gen-2 SCT2xxx SiC parts, and end-of-life LAPIS 4-bit MCUs still qualified into long-lifecycle industrial, automotive, and appliance builds. Same-day quotes, traceable stock, and OEM-excess sourcing since 1995.
ROHM Co., Ltd. (TSE: 6963), headquartered in Kyoto, Japan, was founded in 1958 by Kenichiro Sato as Toyo Electronics Industry Corporation and renamed ROHM in 1979. The company employs roughly 22,000 people across manufacturing sites in Japan, Thailand, Malaysia, the Philippines, China, Germany, and the United States, and generates approximately US$4 billion in annual revenue. ROHM is the world leader in silicon-carbide (SiC) power semiconductors — SCT-prefix SiC MOSFETs and SCS-prefix SiC Schottky diodes covering 650V, 1200V, and 1700V classes across Gen-3 planar / trench and Gen-4 devices — and one of the largest global suppliers of discrete transistors (2SC / 2SA bipolars, DTA / DTC digital transistors, RB super-low-VF Schottky rectifiers, UDZS Zeners), chip resistors (MCR03 / MCR10 / MCR100 thick-film, KTR automotive metal thin-film), MLCC (RCE / RHS series), power management (BD9xxxx buck converters, BD2xxxx battery ICs, BM1xxxx LDOs), motor drivers (BD62 / BD63 brushed, BD8xxx three-phase BLDC), LED drivers (BD9xxxx backlight, BD1xxxx automotive headlamp), audio DAC and amplifier ICs (BD34301 flagship DAC, BM94xxx power amps), op-amps and comparators (LMR / BA series), LEDs and laser diodes, and optical sensors.
ROHM's group companies extend that portfolio into embedded and sensor markets. LAPIS Semiconductor (acquired from Oki in 2008) supplies the ML62Q1000 8-bit and ML62Q2000 16-bit low-power MCUs, MR44V / MR45V FRAM, and ML9066 EEPROM. Kionix (acquired 2009) contributes KX132 / KX134 accelerometers and KMX62 6-axis MEMS sensors. SiCrystal AG (Germany, acquired 2009) provides the 4H-SiC substrate wafers that underpin ROHM's SiC MOSFET leadership. Powervation (Ireland, acquired 2015) added digital PMBus power controllers. In 2024 ROHM announced a joint SiC-MOSFET manufacturing partnership with Toshiba to expand front- and back-end capacity, and holds a stake in fabless SiC-MOSFET specialist Solidus Technologies.
Hybrid Electronics has channeled excess and legacy ROHM product — and its LAPIS, Kionix, SiCrystal, and Powervation lines — since we began sourcing in 1995. We support customers who need current-production SiC MOSFETs on allocation for EV traction inverters, on-board chargers, DC fast-charging, and solar / storage builds, NRND automotive BD-series PMICs and BD62xxx motor drivers for tier-1 legacy ECUs, obsolete 2SC / 2SA through-hole bipolar transistors for repair and maintenance depots, pre-AEC-Q200 MCR resistor date-code lots for exact-match production replenishment, and hard-to-find LAPIS 4-bit ML610 / ML620 MCUs and older Kionix KXTF9 accelerometers when authorized distributors show zero stock or long lead times.
Our line card spans ROHM's full portfolio — from Gen-4 SCT4013 SiC MOSFETs and BD34301 flagship audio DACs shipping into current designs to legacy 2SC1815 / 2SA1015 bipolars, pre-SiCrystal SiC substrate lots, and obsolete LAPIS 4-bit micros keeping industrial, automotive, and appliance systems in service.
SCT3xxxx 3rd-gen trench devices (SCT3080AL 650V/30A/80mΩ, SCT3040KL 1200V/55A/40mΩ, SCT3060AR 650V 4-pin, SCT3017AL 650V/118A ultra-low-RDS(on)), SCT4xxxx 4th-gen (SCT4045KE 1200V/72A, SCT4013DE 750V/105A, SCT4062KE-C 1200V), and SCT4062KE-Q AEC-Q101 automotive. For EV traction, OBC, solar, and industrial power.
SCS220KG / SCS220KGC (1200V/20A), SCS230KE2 (1200V/30A TO-247), SCS310AH (1200V/10A), SCS210KG (1200V/10A), and 650V variants for PFC boost, OBC output rectification, and inverter free-wheeling.
R6015KNZ / R6015KNZC17 (600V PrestoMOS TO-220FM low-Qgd), R8000KNZ (800V high-V), RGT30NS65D (650V 30A IGBT co-packaged with SiC diode). Server PSU, PFC, and induction-heating designs.
ROHM's next-gen wide-bandgap roadmap — GNP1 series enhancement-mode GaN HEMTs and GNS series in evaluation for high-frequency 100V / 150V / 650V industrial and datacenter power builds targeting sample release.
2SK small-signal MOSFETs (2SK3018, 2SK208 general purpose), DMG series dual MOSFETs, and DTA / DTC digital transistors with built-in bias resistors (DTC114, DTA144) for logic-level switching and gate drive.
2SC1815-Y-AT, 2SA1015-Y-AT, 2SC945, 2SA733 audio and general-purpose NPN / PNP bipolars in TO-92, SOT-23, SOT-323, and Emitter-Common (ECM) packages. Repair, service, and locked-BOM industrial builds.
RB series super-low-VF Schottky (RB160M-30, RB161M-40, RB520S-30 SOD-323), UDZS and UDZ / UDZV Zener (UDZSTE-1710B, UDZV-series ultra-small), RSR switching rectifiers, and VS / DSK Schottky arrays. Power supplies and reverse-battery protection.
MCR03 (0603) / MCR10 (0805) / MCR100 (1206) thick-film chip resistors (MCR03EZPF1002, MCR100JZHF-series jumper zero-ohm), MCR003 (0201) miniature, ESR low-resistance sense, and KTR automotive-grade metal thin-film AEC-Q200 variants.
RCE series general-purpose MLCC in 0201 through 1210 case codes, RHS series high-reliability soft-termination for automotive, and specialty high-Q RF-grade parts — complementing ROHM's resistor lineup for OEMs standardizing passive supply.
BD9xxxx automotive-grade buck converters (BD9G341AEFJ 76V/3A wide-Vin, BD9C401EFJ high-efficiency), BD2xxxx battery-management and USB PD ICs, BM1xxxx LDOs, and BD8xxxx PMICs for ADAS SoC rails.
BD62xxx / BD63xxx brushed-DC and stepper drivers (BD62220AEFJ H-bridge, BD63xxx-series microstepping), and BD8xxxx three-phase BLDC pre-drivers and gate drivers for HVAC blowers, e-bike, cordless-tool, and small-appliance motor control.
BD9xxxx LCD backlight LED drivers, BD1xxxx automotive headlamp / DRL matrix drivers (BD1030HFV constant-current), and BD8xxxx boost / SEPIC LED controllers for industrial lighting and automotive interior modules.
BD34301EKV flagship 32-bit MUS-IC premium audio DAC, BD34xxx mid-tier DACs, BM94xxx audio power amplifiers, and headphone driver ICs used in high-end AV receivers, network audio players, and premium-car infotainment.
LMR series precision and rail-to-rail op-amps, BA series general-purpose op-amps and comparators, ground-sense and low-power variants for sensor front-ends, industrial signal-conditioning, and battery-powered instrumentation.
ML62Q1000 8-bit CPU-U8 series (ML62Q1301, ML62Q1500 low-power, IEC 60730 Class-B safety), ML62Q2000 16-bit U16 low-power, and legacy ML62Q1500 HVIN high-noise-tolerance MCUs for white-goods, meter, and industrial-sensor designs.
MR44V and MR45V series FRAM (ferroelectric RAM — 100 trillion write cycles, low-power SPI/I2C), ML9066 serial EEPROM, and legacy MSM-prefix Oki-heritage memory for meters, POS, wearables, and industrial data-logging.
KX132-1211 (±2/4/8/16g tri-axis, 16-bit, ADP wake-on-motion), KX134-1211 (±64g high-g industrial / vibration), and KMX62 6-axis magnetometer + accelerometer combo for IoT, wearables, industrial condition-monitoring, and asset-tracking applications.
Group-company SiCrystal AG (Nuremberg, Germany) supplies 4H-SiC 150mm / 200mm N-type conductive substrate wafers with production-grade micropipe density for ROHM's SiC MOSFET and Schottky-diode wafer starts. Vertically integrated SiC supply chain from crystal boule to finished device.
Hybrid Electronics quotes and sources the following ROHM parts across SiC MOSFET, SiC diode, discrete, PMIC, motor driver, LED driver, audio, resistor, and LAPIS / Kionix subsidiary segments. ROHM uses
SCT on SiC MOSFETs, SCS on SiC Schottky diodes, R6/R8 on Si power MOSFETs, 2SC/2SA on bipolars, RB/UDZ on rectifiers & Zeners,
MCR/KTR on resistors, BD/BM on ICs, ML62Q/MR on LAPIS parts, and KX/KMX on Kionix sensors — contact us for the exact PN, package suffix, and revision code you need.
| Part number | Family | Description | Quote |
|---|---|---|---|
| SCT3080AL | SiC MOSFET Gen-3 | 650V, 30A, 80mΩ, TO-247N trench SiC MOSFET | Quote |
| SCT3080ALGC11 | SiC MOSFET Gen-3 | 650V, 30A, 80mΩ, TO-247N tube pack | Quote |
| SCT3080ALHRC11 | SiC MOSFET Gen-3 Auto | 650V, 30A AEC-Q101 automotive-grade SiC MOSFET, TO-247N | Quote |
| SCT3080KL | SiC MOSFET Gen-3 | 1200V, 31A, 80mΩ trench SiC MOSFET, TO-247N | Quote |
| SCT3080AR | SiC MOSFET Gen-3 | 650V, 30A, 4-pin Kelvin-source TO-247-4L SiC MOSFET | Quote |
| SCT3080AW7 | SiC MOSFET Gen-3 | 650V, 29A, 80mΩ SMD TO-263-7L (D2PAK-7L) | Quote |
| SCT3040KL | SiC MOSFET Gen-3 | 1200V, 55A, 40mΩ trench SiC MOSFET, TO-247N | Quote |
| SCT3060AL | SiC MOSFET Gen-3 | 650V, 39A, 60mΩ TO-247N SiC MOSFET | Quote |
| SCT3060AR | SiC MOSFET Gen-3 | 650V, 39A, 4-pin Kelvin-source TO-247-4L variant | Quote |
| SCT3017AL | SiC MOSFET Gen-3 | 650V, 118A, 17mΩ ultra-low-RDS(on) TO-247N | Quote |
| SCT3022AL | SiC MOSFET Gen-3 | 650V, 93A, 22mΩ TO-247N SiC MOSFET | Quote |
| SCT3030AL | SiC MOSFET Gen-3 | 650V, 70A, 30mΩ TO-247N SiC MOSFET | Quote |
| SCT3120AL | SiC MOSFET Gen-3 | 650V, 21A, 120mΩ TO-247N SiC MOSFET | Quote |
| SCT4013DE | SiC MOSFET Gen-4 | 750V, 105A, 13mΩ TO-247N — 4th-gen trench (2024 release) | Quote |
| SCT4045KE | SiC MOSFET Gen-4 | 1200V, 72A, 45mΩ TO-247N 4th-gen SiC MOSFET | Quote |
| SCT4062KE-C | SiC MOSFET Gen-4 | 1200V, 53A, 62mΩ TO-247N 4th-gen commercial grade | Quote |
| SCT4062KEHR | SiC MOSFET Gen-4 Auto | 1200V, 53A AEC-Q101 automotive-grade 4th-gen SiC MOSFET | Quote |
| SCS220KG | SiC Schottky diode | 1200V, 20A SBD, TO-220AC-2L single | Quote |
| SCS220KGC | SiC Schottky diode | 1200V, 20A SBD, TO-220AC package variant | Quote |
| SCS230KE2 | SiC Schottky diode | 1200V, 30A SBD, TO-247-2L high-current | Quote |
| SCS210KG | SiC Schottky diode | 1200V, 10A SBD, TO-220AC-2L | Quote |
| SCS310AH | SiC Schottky diode | 1200V, 10A SBD, TO-3PF single-pin insulated | Quote |
| R6015KNZC17 | Si PrestoMOS | 600V, 15A super-junction MOSFET, TO-220FM low-Qgd | Quote |
| R8000KNZ | Si PowerMOS | 800V, 8A N-channel MOSFET, TO-220FM | Quote |
| RGT30NS65D | IGBT + SiC co-pack | 650V, 30A IGBT co-packaged with SiC diode, TO-247 | Quote |
| 2SC1815-Y-AT | NPN bipolar | Legacy 60V/150mA audio-frequency NPN, TO-92 lead form | Quote |
| 2SA1015-Y-AT | PNP bipolar | Legacy 50V/150mA audio-frequency PNP, TO-92 lead form | Quote |
| DTC114EKAT146 | Digital transistor | NPN with 10kΩ base + 10kΩ emitter bias, SOT-346 (SC-59) | Quote |
| DTA144EKAT146 | Digital transistor | PNP with 47kΩ base + 47kΩ emitter bias, SOT-346 | Quote |
| RB160M-30TR | Schottky rectifier | 30V/1A super-low-VF Schottky, PMDS 2-pin SMD | Quote |
| RB161M-40TR | Schottky rectifier | 40V/1A Schottky, PMDS SMD low-VF | Quote |
| RB520S-30TE61 | Schottky rectifier | 30V/0.2A small-signal Schottky, SOD-323 | Quote |
| UDZSTE-1710B | Zener diode | 10V Zener, SOD-323 hermetically-sealed miniature | Quote |
| MCR03EZPF1002 | MCR03 resistor | 0603 thick-film 10.0kΩ 1% AEC-Q200 chip resistor | Quote |
| MCR03EZPJ103 | MCR03 resistor | 0603 thick-film 10kΩ 5% chip resistor | Quote |
| MCR10EZPF4991 | MCR10 resistor | 0805 thick-film 4.99kΩ 1% AEC-Q200 chip resistor | Quote |
| MCR100JZHF | MCR100 resistor | 1206 thick-film zero-ohm jumper AEC-Q200 chip resistor | Quote |
| KTR03EZPF1002 | KTR resistor | 0603 metal thin-film 10.0kΩ 1% automotive AEC-Q200 | Quote |
| BD9G341AEFJ-E2 | Buck converter | 12–76Vin, 3A integrated-FET non-sync buck, HTSOP-J8 | Quote |
| BD9C401EFJ-E2 | Buck converter | 4.5–18Vin, 4A integrated-FET buck, HTSOP-J8 | Quote |
| BD1030HFV-TR | LED driver | Constant-current LED driver, HVSOF5 automotive-grade | Quote |
| BD62220AEFJ-E2 | Motor driver | Brushed-DC H-bridge motor driver, 6–18V, HTSOP-J8 | Quote |
| BD63847EFV-E2 | Motor driver | Stepper-motor microstepping driver, HTSSOP-B28 | Quote |
| BD34301EKV-M | Audio DAC | MUS-IC 32-bit premium stereo audio DAC, HTSSOP-B44 | Quote |
| BM94803AEFV-E2 | Audio power amp | Class-D digital audio amplifier, HTSSOP-B | Quote |
| BA4558RF-E2 | Op-amp | Dual general-purpose op-amp, SOP-8 | Quote |
| LMR1802G-LB | Op-amp | Precision low-noise op-amp, SSOP5 industrial | Quote |
| ML62Q1301 | LAPIS 8-bit MCU | ML62Q1000 CPU-U8, 32KB flash, LCD driver, IEC 60730 Class-B | Quote |
| ML62Q1500 | LAPIS 8-bit MCU | ML62Q1000 low-power 8-bit MCU with capacitive-touch | Quote |
| ML62Q2705 | LAPIS 16-bit MCU | ML62Q2000 U16 core, 256KB flash, low-power industrial MCU | Quote |
| MR44V064BRAZBBM-E2 | LAPIS FRAM | 64Kbit FRAM, I2C, 3V, SOP-8 — 1014 write cycles | Quote |
| MR45V064BRAZBBM-E2 | LAPIS FRAM | 64Kbit SPI FRAM, 3V, SOP-8 — ferroelectric memory | Quote |
| KX132-1211 | Kionix accelerometer | 3-axis ±2/4/8/16g digital MEMS accel, LGA-12 (2x2mm) | Quote |
| KX134-1211 | Kionix accelerometer | 3-axis ±8/16/32/64g high-g digital MEMS accel, LGA-12 | Quote |
| KMX62-1031 | Kionix combo | 6-axis accel + magnetometer combo, LGA-12 (2.5x3.0mm) | Quote |
Additional SCT3xxxx and SCT4xxxx SiC MOSFET voltage / RDS(on) and package permutations (TO-247N, TO-247-4L, TO-3PFM, TO-263-7L, TO-263-7LA), SCS SBD variants, MCR / KTR resistor value codes, BD-series PMIC / motor / LED / audio orderable revisions, LAPIS ML62Q1000 / ML62Q2000 flash-size and package variants, Kionix KX-series and KMX-series sensor grades quoted on request. Full-carton and cut-tape offered. Automotive AEC-Q100 / Q101 / Q200 grade parts and industrial extended-temp variants available — export-controlled devices subject to EAR §744 screening.
ROHM runs one of the industry's longest product-longevity programs, but legacy discrete, resistor, PMIC, and LAPIS families still fall out of authorized channels as fabs migrate and end-market volumes shift. Systems in automotive tier-1, industrial automation, appliance, medical, and defense often need continued access to end-of-life SiC generations, older bipolars, and pre-current-revision ICs. Hybrid Electronics sources these hard-to-find ROHM products from OEM excess, contract-manufacturer surplus, and traceable secondary channels:
Send an RFQ with quantity, target date-code range, and any traceability requirements (COO, MSL, factory sealed, AEC-Q100 / Q101 / Q200 grade) — we return same-day availability from stock or an ETA from our sourcing network.
3rd- and 4th-generation SiC MOSFETs in the SCT3xxx and SCT4xxx families (650V, 1200V, 1700V) for EV, on-board-charger, and solar inverter builds, SCS-series SiC Schottky diodes, BD9xxxx buck converters and BD8xxxx BLDC motor drivers, MCR03 / MCR10 / MCR100 thick-film chip resistors, LAPIS ML62Q1000 / ML62Q2000 low-power MCUs, and Kionix KX132 / KX134 accelerometers are our highest-volume ROHM quote categories. Legacy 2SC / 2SA bipolar transistors, obsolete LAPIS 4-bit micros, and pre-2018 Gen-1 / Gen-2 SCT2xxx SiC MOSFETs are steady low-volume sourcing lines for long-lifecycle industrial, automotive, and appliance customers.
Yes. ROHM acquired LAPIS Semiconductor (formerly Oki Semiconductor) in 2008, Kionix in 2009, SiCrystal AG in 2009, and Powervation in 2015, and announced a SiC-MOSFET joint-manufacturing partnership with Toshiba in 2024. That means LAPIS ML62Q / ML610 / ML620 MCUs, MR44V / MR45V FRAM and ML9066 EEPROM, Kionix KX132 / KX134 / KMX62 MEMS accelerometers and gyroscopes, SiCrystal 4H-SiC substrate wafers, and Powervation-legacy digital power controllers are all sourced through the same ROHM channels we use for native ROHM parts — OEM excess, CEM surplus, and traceable secondary channels.
Yes — on an inquiry basis. ROHM SiC MOSFET allocation tightens sharply through EV, solar, and industrial-drive cycles, and we regularly place quotes against real-time OEM excess and channel-partner inventory rather than holding deep speculative stock. Include your target quantity, package suffix (TO-247N, TO-247-4L, TO-263-7L, TO-3PFM), grade (industrial vs AEC-Q101 automotive HR variants), and any voltage-class requirement, and we will return an availability window and quoted price.
Yes when available — most of our OEM-excess and CEM-surplus ROHM stock is factory sealed with original date codes and full traceability documentation. For downgraded stock we disclose condition (open box, tested-pull, refurbished) on the quote. Customers requiring MSL data, country-of-origin certificates, or DPAS-rated delivery should note that on the RFQ, as should customers needing AEC-Q100 / AEC-Q101 / AEC-Q200 grade confirmation on automotive SiC MOSFETs, PMICs, and MCR resistors.
Same day for parts in stock — typically within 2 hours during business hours (9am–6pm ET). Sourced quotes on out-of-stock SCT / SCS / BD / MCR / ML62Q / KX-series parts return within 24–48 hours with an availability window. Email sales@hybridelectronics.com or call (407) 542-3995 to open an RFQ.
No — we're an independent distributor and excess-inventory buyer sourcing from OEM excess, CEM surplus, and traceable secondary channels since 1995. For factory-warranted current-production orders in the standard ROHM franchise channel, work with an authorized ROHM distributor. For obsolete, hard-to-find, or allocated parts — including LAPIS, Kionix, SiCrystal, and Powervation-legacy PNs — where authorized channels show no stock, Hybrid Electronics is a proven independent source.
NEED ROHM?
Send us your ROHM, LAPIS, Kionix, or SiCrystal RFQ — part number, quantity, target date code — and we'll come back same day with availability from stock or an ETA from our sourcing network.
Or call (407) 542-3995
Hybrid Electronics is an independent distributor — not an authorized ROHM Semiconductor distributor. All trademarks belong to ROHM Co., Ltd. and its subsidiaries.