Your PCB Manufacturing Expert – Highleap Electronic
Figure 1. Rogers RT/duroid 6002 PCB manufacturingRogers RT/duroid 6002 PCB manufacturing is used when an RF board must keep electrical performance stable through thermal cycling, launch vibration, high-reliability assembly, and long service life. RT/duroid 6002 is a...
Figure 1. Taconic RF-35 PCBTaconic RF-35 is the workhorse laminate of the ORCER organic ceramic family — a woven glass reinforced PTFE ceramic composite with Dk 3.5 ±0.05, Df 0.0018 at 1.9 GHz, and Tg exceeding 315 °C. Engineers specify it when a project needs...
Figure 1. arlon 85n PCB manufacturingArlon 85N PCB is a high-frequency laminate designed for RF, microwave and high-speed digital applications requiring low loss, stable electrical performance and reliable signal integrity. It is widely used in RF amplifiers,...
Figure 1. Isola Astra MT77 PCB ManufacturingIsola Astra MT77 PCB manufacturing is often used for RF, microwave and mmWave products where the RF board must work together with digital, power or interconnect boards in the same system. Highleap Electronics supports Astra...
Figure 1. Rogers RO4835 PCBRogers RO4835 PCB is a low-loss, high-frequency circuit board solution designed for RF, microwave, radar, antenna, sensor and high-reliability electronic designs that require stable electrical performance, improved oxidation resistance and...
Figure 1. Duroid 6035HTC PCBDuroid 6035HTC PCB is used when RF performance and heat dissipation must be controlled at the same time. With stable electrical properties and high thermal conductivity, RT/duroid 6035HTC is widely selected for RF power amplifiers,...
Figure 1. Rogers RO3003G2 PCB Manufacturing in China for 77-79 GHz Radar BoardsHighleap Electronics provides Rogers RO3003G2 PCB fabrication and PCB assembly for high-frequency radar boards, RF front-end modules, antenna circuits and Rogers hybrid stackups. Send your...
Figure 1. Rogers LoPro-RO4000 LoPro Rogers LoPro is a reverse-treated copper foil designed to dramatically reduce conductor-side surface roughness at the foil-to-dielectric interface, cutting PCB insertion loss at mmWave and high-speed digital frequencies. With a...
Figure 1. High Frequency PCB Table of Contents When to Engage Manufacturing Support — and What Happens If You Don't Stackup Engineering Support: Aligning Your Simulation Model with Fabrication Reality HF-Specific DFM: What Standard DFM Review Misses on High Frequency...
Figure 1. High Frequency PCB Table of Contents Why HF PCB Quoting Is Not an Online Form Exercise The Complete RFQ Package: Every Item You Must Include and Why Hidden Line Items and Common Misunderstandings in HF PCB Quotes How to Compare Quotes from Multiple Suppliers...