New Slim 65W USB C Laptop Charger Compatible with HP Spectre X360 Envy X360 Chromebook Elite X2 EliteBook X360 Spectre/EliteBook/Envy/ZBook/Chromebook Type C AC Adapter Travel Power Cord

65W Compatible with HP laptop charger

Specifications

Input Volt Range: AC 100-240V~ 1.5A 50-60Hz
Output: 5V~3A / 9V~3A / 12V~5A / 15V~ 4.33A / 20V~ 3.25A 65W MAX (Compatible with HP 45W Laptop Charger USB C)
Connector Tip: USB Type-C / USB-C(Please check before your purchase! )New Slim Compatible with HP 65W
USB C Charger: Compatible with HP EliteBook x360 735 G5 745 G5 755 G5 830 G5 840 G5 850 G5 1020 G2 1030 G2 1030 G3 1040 G4 1040 G5 // Compatible with HP EliteBook Folio G1 //Compatible with HP Elite x2 1012 G1 G2 1013 G3 //Compatible with HP ZBook x2 G4 // Compatible with HP X2 210 G2 // Compatible with HP Probook 640 G4 G5 // Compatible with HP Pro x2 612 G2 // Compatible with HP Pro Tablet 608 G1. Compatible with HP Laptop Charger Spectre x360 14 2-in-1 14-ea0035TU 14-ef2041TU 14-ef2040TU 14-ef0023TU Spectre X2 X360 13
Series: 12-A000 12-AB000 13-C 000:12 -a001tu 12-a001cy 12-a001dx 12-a008nr 12-a009nr 12-ab010nr 12-c012dx 12-c052nr 12-c053nr 13-AC000 13-AE000 13-AF000 13-ac023dx 13-ac033dx 13-ac013dx 13-ac063dx 13-ae010ca 13-ae011dx 13-ae012dx 13-ae013dx; Compatible with HP Chromebook x360 11 G1 G2 EE Elite X2 Series Pavilion X2 Series Envy x360 Series and moreCompatible
P/N: 65W Compatible with HP Type C Power Cord Supply for TPN-LA12 TPN-LA22 TPN-AA03 TPN-CA01 TPN-CA06 TPN-DA04 TPN-DA07 TPN-DA08 TPN-LA01 TPN-CA08 L32392-001 L32390-001 L43407-001 L04650-850 L42206-004 L42206-003 L42206-001 L42206-002 792619-001 814838-002 815033-850 860066-003 860209-850 844205-850 828769-001 828622-003 860066-001 860210-850 815049-001 815049-003 918338-003 904082-003 904144-850 918170-002 918170-004 920068-850 925740-002 934739-850 935444-002 918337-001.
Quality Safety: As a Professional Notebook Power Supplier Our Products are in Compliance with Industry Standards Include Numerous Safety Mechanisms Including Protection Against Short Circuiting Overvoltage Overcurrent and Internal Overheating.