News & Events

90V DC Bus Low-Clamping TVS Surge Protection Solution｜120V Withstand DC

2026-05-14

NR5.0SMDJ90CA low clamping TVS diode protects 90V bus systems, clamping surges near 120V to prevent DC-DC chip breakdown and latent failure.

110V DC Bus Surge Protection Solution | Low Clamping TVS Design

2026-05-11

110V low clamping DC bus protection device prevents chip damage from surges and spikes, ensuring voltage stays under 150V for reliable system operation.

48V Power System Surge Protection Solution | Low Clamping TVS in Automotive Electronics and PoE Applications

2026-05-09

Low clamping TVS for 48V systems, NR5.0SMDJ58CA reduces surge voltage near DC-DC safe window, preventing breakdown and EMI issues in automotive and PoE.

Photovoltaic Surge Protection for PV Strings and Inverters

2026-09-16

Plan photovoltaic surge protection for PV strings, combiner boxes, inverters and monitoring ports using DC-rated YINT SPD, MOV, GDT and TVS solutions.

LED Surge Protector Design for Drivers and Outdoor Lighting

2026-09-16

Design LED surge protection for AC input, driver electronics and LED strings with YINT power SPD, MOV and TVS stages for indoor and outdoor luminaires.

HDMI ESD Protection for TMDS Control and Hot Plug Lines

2026-09-16

Design HDMI ESD protection for four TMDS pairs, DDC, CEC, HPD and 5 V using ultra-low-capacitance YINT ESD0524P arrays and clean PCB routing.

USB ESD Protection for USB 2 USB 3 and USB Type C

2026-09-16

Choose USB ESD protection for D plus D minus SuperSpeed CC SBU and VBUS using low-capacitance YINT TVS arrays and practical connector-side PCB layout.

Battery Protection Circuit Design for Packs Chargers and BMS

2026-09-16

Build a battery protection circuit with coordinated overcurrent, transient, reverse-polarity and communication-line protection using YINT PPTC, TVS and ESD devices.

Ethernet ESD Protection for RJ45 PoE and Industrial Networks

2026-09-16

Design Ethernet ESD protection for RJ45, PoE and outdoor links using low-capacitance YINT TVS arrays, GDT primary stages and isolation-aware PCB layout.