Zero Ohm Resistor (PCB Jumper) – Epoxy-Coated SMD/SMT Type

Length: 3.2mm~13.2mm
Width: 1.3mm-1.5mm
Thickness: 0.6mm~1mm
Over Current: 5A~30A
Tolerance: 1%

Category:

Description

Zero Ohm PCB Jumper – Epoxy-Coated SMD/SMT Type is engineered for high-reliability PCB designs, serving as a robust alternative to standard jumpers and busbars. The epoxy encapsulation ensures excellent insulation, mechanical durability, and protection against harsh environmental conditions, making it ideal for industrial, automotive, and high-frequency applications.

zero ohm PCB jumper

Key Features

  • Epoxy-coated encapsulation: Provides superior insulation and protection against humidity, dust, and mechanical stress.

  • Low impedance, non-inductive design: Optimized for high-frequency and precision circuits.

  • SMD/SMT package: Facilitates efficient automated PCB assembly and compact board layouts.

  • High overload capacity: Maintains stable electrical performance under heavy current conditions.

  • Wide operating temperature range: Suitable for automotive electronics, power converters, and industrial control boards.

Dimension

SeriesLengthWidthThicknessOvercurrentToleranceOur Part
HT3.2mm1.3mm0.6mm5A~30A1%HT with Epoxy Encapsulation
HT5.2mm1.5mm0.6mm5A~30A1%HT with Epoxy Encapsulation
HT8.2mm1.5mm1mm5A~30A1%HT with Epoxy Encapsulation
HT10.2mm1.5mm0.8mm5A~30A1%HT with Epoxy Encapsulation
HT13.2mm1.5mm0.8mm5A~30A1%HT with Epoxy Encapsulation

 Applications

  • Power electronics, inverters, and DC-DC converters

  • Current sampling circuits and low-inductance applications

  • Automotive electronics and electric vehicle (EV) control systems

  • Home appliance control boards and smart devices

  • Industrial communication and power supply modules

Customization Options

We provide flexible jumper and busbar solutions to meet your unique design needs, including:

  • Custom resistance values

  • Tailored sizes and footprints

  • Various encapsulation options for environmental protection

Why Choose Our Zero Ohm PCB Jumper?

With years of experience in electronic components manufacturing, our jumpers combine reliability, stability, and ease of assembly. They are ideal for engineers looking to reduce PCB space, minimize inductance, and ensure robust performance in demanding environments.