2oz Copper PCB for ESD 丨 heavy copper PCB manufacturers

Why choose 2oz Copper PCB For ESD? Let’s find the thickness, at this time, the benefits, the rules of ESD protection for 2oz Copper PCB.

Are you having a problem with this problem?

• How can PCB avoid excessive heat and fatigue in a high -current scenario?
• How can the signal stability be ascertained in a complex environment (high temperature/vibration)?
• How can the efficiency of heat dissipation be increased when traditional copper foil is not thick enough?

Best technological services and solutions

• 70îlen-400îiefm design of the ultra-ground copper layer directly discusses the problem of high-current carriers and heat dissipation.
• Laser ETSA + Filling Process Electroplating Filling Ensures Stable High Frequency Signal Transmission.
• Optimization of the thermal simulation that is adjusted adjusts the design with the final application scenario, extending the life life.

Welcome to contact us if you have a request for a heavy copper PCB: [email protected].

What is 2oz Copper PCB?

A 2oz Copper PCB Referring to the printed circuit board with a copper or aircraft trail weighing 2 ounces per square foot (OZ/FT²). This is equivalent to about 70 micrometers (μm) or 2.8 miles of copper thickness. The PCB is designed to handle a higher current load (for example, 5â € “10a per trace) with reduced heat resistance and generation compared to thinner copper (for example, 1oz). They are usually used in electronic electronics, automotive systems, and industrial equipment where strong electrical performance and thermal management are very important.

2oz Copper PCB thickness

Copper 2oz PCB has a thickness of the copper layer 70 micrometers (μm) or 2.8 milesequivalent to 2 ounces per square foot (ounce/ft ²). This thickness ensures low electrical endurance and efficient heat dissipation, making it ideal for high -current applications such as power modules, motor control, and LED lighting systems.

2oz Copper PCB Current

The current ability of the PCB Copper 2oz (thickness of 70îief 2a per millimeter From a trail width for an increase in temperature of 10 ° C, doubling the capacity of the standard 1OZ PCB. This assumes the right thermal management (for example, Vias, Heat Sink) and surrounding conditions. Factors such as track length, adjacent heat sources, and insulation layers also affect performance. For the right calculation, use the formula: I = 0.048 à – î “t0.44 × w0.725, where I = current (a), î” t = rise in temperature (â ° C), and W = trace width (mm).

Why Choose 2oz Copper PCB for ESD?

Reasons why choosing 2oz Copper PCB for ESD:

• Lower resistance, faster discharge: Thicker copper (70îief) reduces track resistance, allows fast conduction of ESD currents to ground and minimize voltage buildup.
• Efficiency of upgraded grounding: A broader trail/aircraft with 2Oz copper provides a larger conductive surface, optimizing the ESD path and reducing impedance incompatibility.
• Increased thermal Discipline: The higher copper mass absorbs and spreads the heat produced during ESD events, preventing local overheating and component stress.
• Mechanical endurance: A thicker copper layer withstands physical damage (for example, traces of removal or cracks) caused by a surge of the current induced current.
• Compliance with ESD standards: Facilitating meets the requirements of IEC 61000-4-2 by ensuring reliable ESD protection in high-risk environments (for example, consumer electronics, industrial systems).

2 oz vs. 1oz Copper PCB: Comparison of ESD Performance

ESD Protection Rules for Copper PCB Design 2oz

ESD Protection Rules for Copper PCB Design 2oz

• Foundation priority: Use the full 2oz copper soil area on the inner/outside layer. Connect via VIAS stitches (Â ‰ ¥ 4 VIAS/cm ², 0.3mm diameter) to minimize impedance.
• Trail Design: ESD pathway: â ‰ 1.5mm wide for 2oz copper. Store traces <100mm long; Direct route to the ground.
• Placement of components: Sensitive-ESD device isolates (for example, MOSFET, CMOS IC) from the edge/connector with ‰ ¥ 5mm. Shield with a 2oz copper guard ring.
• Protection device: Add a TV diode (‰ ¥ 15kv ranking) in Port I/O. Place the diode in 2mm from the connector, using a 2oz copper trail for the low inductance.
• Stack-up layer: Use a 4-lapi design: signal-power-signal. Allocate 2oz copper to the ground/power layer for ESD dissipation.
• Thermal Management: Leverage 2oz Copper thermal mass to absorb the heat of ESD. Add thermal Vias (0.3mm, 30î¼m coating) under the heat component.
• Materials & Manufacturing: Determine ESD-SAFE FR4 (low static generation). Control of copper thickness tolerance (± 10%) to avoid resistance variability.
• Testing & Compliance: Validation with the IEC test 61000-4-2 (contact 8KV, air 15KV). Use the oscilloscope to verify the release time <1NS.

Why choose the best technology as a heavy copper PCB manufacturer?

• Global Certification & Compliance “UL, ISO 9001, and IATF 16949 Certification for Automotive and Industry Applications; Rohs and Material range for sustainable manufacturing.
• Competitive price â € “cost -effective solutions without reducing quality, optimized for high volume production and low volume.
• Superior quality standards â € “Strict compliance with IPC-6012 class 3 standards for heavy copper PCB (up to 10oz+).
• Fast turnover â € “The Waiting time is accelerated (as short as 5 days) for bulk orders.
• Advanced quality control â € “100% Automatic Optical Inspection (AOI) and X-ray testing for defects free boards.
• Custom design support “Expert technical assistance for thermal management and high -flow traces optimization.
• Reliable supply chain “Stable material sources to avoid delays and ensure consistency.
• One -roof solution “From the prototype to mass production, we handle all stages smoothly.
• Special customer service -24/7 Technical support for tracking real-time projects and problem resolution.

Our heavy copper PCB capabilities

How do you get an offer for your heavy copper PCB project?

How to get offers for your heavy copper pcb project

1. Technical specifications

• Copper Weight & Layer: Determine the thickness of the required copper (eg.
• Dimensions of Board: Give length, width, and thickness (for example, 100mm à – 80mm × 2.0mm).
• Minimum/distance trail: Determine the width of the line and distance (for example, 0.1mm/0.1mm for the standard weight copper).
• Minimum hole size: Determine through size (for example, 0.2mm for 2oz copper).

2. Material Requirements & Completed

• Basic material: Choose between FR4, polyimide, or special high TG material.
• Surface finishing: Choose options like Enig, Immersion Tin, or Hasl.
• Solder & Silkscreen Mask: Determine colors and types (for example, green solder masks, white silk).

3. Additional customization

• Impedance Control: Required for high -speed design.
• Testing Requirements: Determine the testing method (for example, flying probe, aoi).
• Special features: Half a hole, blind/buried, or rigid-flex design.

4. Project logistics

• Quantity: Total discounts are needed (for example, 100 units).
• Waiting time: The urgency of shipping (for example, 7â € “10 days for standard orders).
• Shipping address: Make sure accurate shipping details.

Why choose the best technology?

• Precision engineering for high power applications.
• Competitive prices with detailed transparent fees.
• Fast turnaround and expert technical support.

Send your detailed requirements today for offers: [email protected].

Tags: 2oz copper pcb, heavy copper pcb