.claude/skills/manufacturers/rohm/SKILL.md
# Rohm Part Number Reference ## MPN Structure Overview Rohm produces various semiconductor and passive components: - **MCR/KTR**: Chip resistors - **BH**: Power management ICs - **BD**: Audio/motor driver ICs - **RQ**: MOSFETs - **SML**: LEDs --- ## Chip Resistor Format (MCR/KTR Series) ``` MCR [Size] [Series] [Value] [Tolerance] [Packaging] | | | | | | | | | | | +-- Packaging code | | | | +-- Tol
npx skillsauth add Cantara/lib-electronic-components .claude/skills/manufacturers/rohmInstall this skill globally with one command. Works with Claude Code, Cursor, and Windsurf.
3 of 9 scanners reported clean
Some scanners were skipped, did not run, or reported a non-clean status. Review each row below.
Rohm produces various semiconductor and passive components:
MCR [Size] [Series] [Value] [Tolerance] [Packaging]
| | | | | |
| | | | | +-- Packaging code
| | | | +-- Tolerance (F=1%, J=5%)
| | | +-- Resistance value
| | +-- Series code
| +-- Case size
+-- Rohm resistor prefix
| Prefix | Type | |--------|------| | BH | Voltage regulators, battery management | | BD | Audio amps, motor drivers | | BU | LED drivers |
| Prefix | Type | |--------|------| | RQ | Standard MOSFETs | | RQK | Low-on-resistance | | RQP | Power MOSFETs |
| Series | Type | |--------|------| | SML | Standard SMD LEDs | | SMLP | High power | | SMLD | Side-emitting |
| Code | Imperial | Metric | |------|----------|--------| | 01 | 0201 | 0603 | | 03 | 0402 | 1005 | | 10 | 0603 | 1608 | | 18 | 0805 | 2012 | | 25 | 1206 | 3216 |
ComponentType.RESISTOR
ComponentType.RESISTOR_CHIP_ROHM
ComponentType.MOSFET
ComponentType.MOSFET_ROHM
ComponentType.LED
ComponentType.LED_STANDARD_ROHM
ComponentType.VOLTAGE_REGULATOR
ComponentType.VOLTAGE_REGULATOR_ROHM
MCR10EZPF1001
MCR03EZPFX1000
KTR03EZPF1001
BH1750FVI-TR
BD9215AFV
BU9480F
RQ3E050BNTB
RQK0305CBDTB
SML-LX0603IW
SMLP12BC8W1
manufacturers/RohmHandler.javahandlers/RohmHandlerTest.javadata-ai
Cost-effective task delegation strategy using Haiku model for straightforward work. Use when planning how to approach simple, pattern-following tasks to minimize costs.
tools
Use when working with component similarity calculations - comparing MPNs, finding equivalent parts, implementing new similarity calculators, or understanding how component matching works.
testing
Use when working with transistor similarity calculations - comparing BJT MPNs, understanding NPN/PNP polarity matching, equivalent groups like 2N2222/PN2222, or transistor-specific similarity logic.
testing
Use when working with sensor similarity calculations - comparing temperature/accelerometer/humidity sensor MPNs, understanding sensor families, equivalent parts, or sensor-specific similarity logic.