component
SLD20-018
Public Made by Adomby adom
Littelfuse TVS, P600. Unpolarised two-terminal part: the datasheet prints no pin numbers, so pins 1 and 2 follow the library convention, KiCad symbol/footprint/3D.
← Commit history
page.json+221−27@@ -1,8 +1,11 @@ {+ "schema_version": 1,+ "type": "component", "slug": "sld20-018",+ "title": "SLD20-018",+ "brief": "Littelfuse TVS, P600. Unpolarised two-terminal part: the datasheet prints no pin numbers, so pins 1 and 2 follow the library convention, KiCad symbol/footprint/3D.", "version": "0.1.0",- "type": "component",- "description": "Littelfuse TVS, P600. Unpolarised two-terminal part: the datasheet prints no pin numbers, so pins 1 and 2 follow the library convention, KiCad symbol/footprint/3D.",+ "license": "CC-BY-SA-4.0", "tags": [ "component", "tvs-fuse-board level protection",@@ -10,26 +13,6 @@ "factory-2.0.0", "extractor-text" ],- "dependencies": {},- "hero": {- "type": "image",- "path": "docs/hero.png"- },- "files": [- "page.json",- "README.md",- "sld20-018.kicad_sym",- "sld20-018.kicad_mod",- "sld20-018.glb",- "sld20-018.step",- "sld20-018.lbr",- "docs/hero.png",- "docs/sld20-018-datasheet.pdf",- "viewers/symbol.html",- "viewers/footprint.html",- "sld20-018-hero.glb",- "sld20-018-hero.overlay.json"- ], "component": { "mpn": "SLD20-018", "manufacturer": "Littelfuse",@@ -126,7 +109,7 @@ 12.11 ], "zmin_mm": -2.5,- "centre_offset_mm": 0,+ "centre_offset_mm": 0.0, "footprint_binding": "identity", "sha256": "b1025a5715db29468cb738f409adc8609f28da161dc5e12b574372876d9b5822", "checked": "2026-10-30",@@ -134,10 +117,221 @@ } ] },- "visibility": "public",- "org": "adom",+ "metadata": {+ "specs": {+ "Manufacturer": "Littelfuse",+ "Package": "P600",+ "Category": "TVS/Fuse/Board Level Protection",+ "Pins": "2"+ },+ "appearance": {+ "contacts": {+ "quote": "• Matte tin lead–free plated • Halogen free and RoHS",+ "page": 1,+ "doc": "ds.pdf",+ "plating": "tin"+ },+ "version": 1,+ "datasheet_sha256": "8c87363c8cbbc79dec08aba1d7b6cc978209ef7537f9172cc1c800ec53a3be9e"+ },+ "characteristics": {+ "version": 1,+ "source": "datasheet",+ "datasheet_sha256": "8c87363c8cbbc79dec08aba1d7b6cc978209ef7537f9172cc1c800ec53a3be9e",+ "rows": [+ {+ "name": "Breakdown Voltage",+ "symbol": "VBR",+ "kind": "electrical",+ "unit": "V",+ "min": 22.2,+ "typ": null,+ "max": 24.5,+ "conditions": "@ IT = 5.0 mA test current",+ "source_page": 2,+ "source": "datasheet"+ },+ {+ "name": "Maximum Reverse Leakage",+ "symbol": "IR",+ "kind": "electrical",+ "unit": "µA",+ "min": null,+ "typ": null,+ "max": 10,+ "conditions": "@ VR = 20 V",+ "source_page": 2,+ "source": "datasheet"+ },+ {+ "name": "Maximum Peak Pulse Current",+ "symbol": "Ipp",+ "kind": "electrical",+ "unit": "A",+ "min": null,+ "typ": null,+ "max": 157.4,+ "conditions": "",+ "source_page": 2,+ "source": "datasheet"+ },+ {+ "name": "Maximum Clamping Voltage",+ "symbol": "VC",+ "kind": "electrical",+ "unit": "V",+ "min": null,+ "typ": null,+ "max": 32.4,+ "conditions": "@ IPP = 157.4 A",+ "source_page": 2,+ "source": "datasheet"+ },+ {+ "name": "Peak Pulse Power Dissipation",+ "symbol": "PPPM",+ "kind": "absolute_maximum",+ "unit": "W",+ "min": null,+ "typ": null,+ "max": 2200,+ "conditions": "10ms x 150ms test waveform",+ "source_page": 1,+ "source": "datasheet"+ },+ {+ "name": "Peak Pulse Power Dissipation",+ "symbol": "PPPM",+ "kind": "absolute_maximum",+ "unit": "W",+ "min": null,+ "typ": null,+ "max": 5000,+ "conditions": "10μs x 1000μs test waveform",+ "source_page": 1,+ "source": "datasheet"+ },+ {+ "name": "Steady State Power Dissipation on Infinite Heat Sink",+ "symbol": "PD",+ "kind": "absolute_maximum",+ "unit": "W",+ "min": null,+ "typ": null,+ "max": 8.0,+ "conditions": "at TL=75ºC (Fig. 6)",+ "source_page": 1,+ "source": "datasheet"+ },+ {+ "name": "Peak Forward Surge Current",+ "symbol": "IFSM",+ "kind": "absolute_maximum",+ "unit": "A",+ "min": null,+ "typ": null,+ "max": 600,+ "conditions": "8.3ms Single Half Sine Wave (Note 3)",+ "source_page": 1,+ "source": "datasheet"+ },+ {+ "name": "Operating Junction and Storage Temperature Range",+ "symbol": "TJ, TSTG",+ "kind": "absolute_maximum",+ "unit": "°C",+ "min": -55,+ "typ": null,+ "max": 175,+ "conditions": "",+ "source_page": 1,+ "source": "datasheet"+ },+ {+ "name": "Typical Thermal Resistance Junction to Lead",+ "symbol": "RθJL",+ "kind": "thermal",+ "unit": "°C/W",+ "min": null,+ "typ": 8.0,+ "max": null,+ "conditions": "typical",+ "source_page": 1,+ "source": "datasheet"+ },+ {+ "name": "Typical Thermal Resistance Junction to Ambient",+ "symbol": "RθJA",+ "kind": "thermal",+ "unit": "°C/W",+ "min": null,+ "typ": 40,+ "max": null,+ "conditions": "typical",+ "source_page": 1,+ "source": "datasheet"+ },+ {+ "name": "Breakdown Voltage Temperature Coefficient",+ "symbol": "αT",+ "kind": "temperature_coefficient",+ "unit": "%",+ "min": null,+ "typ": 0.1,+ "max": null,+ "conditions": "VBR @ TJ = VBR@25°C x (1+αT x (TJ - 25)); typical value",+ "source_page": 1,+ "source": "datasheet"+ },+ {+ "name": "Reverse Stand-off Voltage",+ "symbol": "VR",+ "kind": "electrical",+ "unit": "V",+ "min": null,+ "typ": 20,+ "max": null,+ "conditions": "",+ "source_page": 2,+ "source": "datasheet"+ }+ ]+ }+ },+ "variants": [],+ "sections": [+ "hero",+ "viewers",+ "readme",+ "breadcrumbs",+ "info"+ ],+ "discovery_triggers": [+ "sld20-018"+ ],+ "discovery_pitch": "SLD20-018 (Littelfuse) component page: datasheet pinout, KiCad symbol, footprint and 3D.", "author": { "name": "Ray", "email": "[email protected]"- }-}+ },+ "dependencies": {},+ "hero": {+ "type": "image",+ "path": "docs/hero.png"+ },+ "files": [+ "page.json",+ "README.md",+ "sld20-018.kicad_sym",+ "sld20-018.kicad_mod",+ "sld20-018.glb",+ "sld20-018.step",+ "sld20-018.lbr",+ "docs/hero.png",+ "docs/sld20-018-datasheet.pdf",+ "viewers/symbol.html",+ "viewers/footprint.html",+ "sld20-018-hero.glb",+ "sld20-018-hero.overlay.json"+ ]+}