Repair FAULTY Nintendo Switch with THIS known good DIODE measurements of a working Nintendo Switch

Test a faulty Nintendo switch with the diode readings of a known working Nintendo switch. Start by testing a component in the circuit and compare the diode value with the known good diode value. If the readings are significantly different, it suggests a faulty component. Set the multimeter to diode mode. Red probe to ground, black probe to the component that you want to measure. ▬ Contents of this video ▬▬▬▬▬▬▬▬▬▬ 00:00 - Assembly / disassembly Nintendo Switch motherboard 01:51 - Battery connector 02:22 - Joy-con connector 04:38 - Speaker 05:39 - Joy-con connector 06:32 - BQ24193 - battery management charging IC 11:41 - USB-C connector 13:39 - USB-VCC / VBUS mosfets 15:47 - M92T36 - power charging control - IC 24:56 - MAX77621 - voltage regulator IC 27:45 - Speaker 28:03 - MAX77621 - voltage regulator IC 29:54 - Nearby LCD backlight ribbon connector 31:30 - LCD backlight ribbon connector 31:50 - Joy-con connector 34:20 - SD card connector 36:58 - eMMC card 38:26 - Nearby crystal oscillator 40:37 - Wifi / bluetooth antenna connector 40:51 - LCD data line filters 41:51 - LCD connector 43:34 - Fan connector 46:54 - Power / volume ribbon cable connector 47:56 - Game card / touch screen connector 51:18 - Nearby wifi / bluetooth IC 54:55 - Nearby BCM4356 wifi / bluetooth IC 58:04 - eMMC module connector 1:01:44 - MAX17050 battery fuel gauge IC 1:02:57 - BH1603FVC ambient light sensor 1:07:18 - Filters for PI3USB30532 IC 1:08:42 - PI3USB30532 USB 3.0/DP1.2 matrix switch IC 1:13:27 - Realtek ALC5639 audio codec IC 1:16:35 - B1633 GCBRG HAC STD T1001216 - anti piracy IC 1:18:36 - MAX77620 power management IC 1:34:24 - Extra measurement: Realtek ALC5639 audio codec IC