Technical Library: pcb design service (Page 4 of 13)

Design Rules For Selective Soldering Assemblies

Technical Library | 2018-02-14 22:58:54.0

This document describes general guidelines and attention points for PCB design regarding selective soldering. The guidelines can be applied for Select Wave and/or Multi Wave soldering process in both leaded and leadfree alloy. When a PCB is designed according to these guidelines, a stable and solid solder-process can be guaranteed.

Vitronics Soltec

The Universal PCB Design Grid System

Technical Library | 2010-01-27 19:22:04.0

This paper reviews one of the single most important, but sometimes overlooked or taken for granted, aspects of the electronics industry – The PCB Design Grid System

Valor Computerised Systems Ltd

Wafer-Level Packaging (WLP) and Its Applications

Technical Library | 2023-10-23 18:28:42.0

This application note discusses the Maxim Integrated's wafer-level packaging (WLP) and provides the PCB design and surface-mount technology (SMT) guidelines for the WLP

Maxim Integrated Circuits

e-Supply Chain Management: Prerequisites To Success.

Technical Library | 2001-05-23 16:15:54.0

The supply chain is made up of all the activities that are required to deliver products to the customer - from designing product to receiving orders, procuring materials, marketing, manufacturing, logistics, customer service, receiving payment and so on. Anyone, anything, anywhere that influences a product’s time-to-market, price, quality, information exchange, delivery, among other activities is part of the supply chain.

R. Michael Donovan & Co., Inc.

Precision Aerospace Parts

Technical Library | 2024-05-31 19:29:59.0

A-Laser enters the aerospace world with laser cutting services that continue to exceed performance expectations. The modern aerospace industry has strict tolerance requirements and A-Laser is prepared to meet those needs. For example, modern aerospace design dictates anywhere from dozens to millions of precise holes and channels. These must vary in thickness, diameters, and geometries. A-Laser is prepared to meet these requirements and we do so with faster, more versatile, more consistent and cost-effective tools.

A-Laser, Inc.

How to choose the material of PCB ?

Technical Library | 2019-12-30 02:09:39.0

How to choose the material of PCB ? The choice of PCB material must meet the design requirements, the quality of production and cost need to achieve a balance. The design requirements include electrical and institutional parts. This material problem is usually important when designing very high speed PCB boards (frequencies greater than GHz). For example, the commonly used FR-4 material may not be used when dielectric loss at several GHz frequencies, which can have a significant effect on signal attenuation . In the case of electrical, it is important to note whether the dielectric constant and the dielectric loss are combined at the designed frequency

PCBONLINE

Printed Circuit Board (PCB) Technology for Electrochemical Sensors and Sensing Platforms

Technical Library | 2021-02-17 22:13:39.0

The development of various biosensors has revolutionized the healthcare industry by providing rapid and reliable detection capability. Printed circuit board (PCB) technology has a well-established industry widely available around the world. In addition to electronics, this technology has been utilized to fabricate electrical parts, including electrodes for different biological and chemical sensors. High reproducibility achieved through long-lasting standard processes and low-cost resulting from an abundance of competitive manufacturing services makes this fabrication method a prime candidate for patterning electrodes and electrical parts of biosensors. The adoption of this approach in the fabrication of sensing platforms facilitates the integration of electronics and microfluidics with biosensors. In this review paper, the underlying principles and advances of printed board circuit technology are discussed. In addition, an overview of recent advancements in the development of PCB-based biosensors is provided. Finally, the challenges and outlook of PCB-based sensors are elaborated. doi:10.3390/bios10110159

Louisiana State University

A HDMI Design Guide For Successful High-Speed PCB Design

Technical Library | 2009-03-25 17:14:11.0

This article presents design guidelines for helping users of HDMI mux-repeaters to maximize the device's full performance through careful printed circuit board (PCB) design. We'll explain important concepts of some main aspects of high-speed PCB design with recommendations. This discussion will cover layer stack, differential traces, controlled impedance transmission lines, discontinuities, routing guidelines, reference planes, vias and decoupling capacitors.

Texas Instruments

Microelectronics Reliability: Physics-of-Failure Based Modeling and Lifetime Evaluation

Technical Library | 2024-04-22 20:16:01.0

The solid-state electronics industry faces relentless pressure to improve performance, increase functionality, decrease costs, and reduce design and development time. As a result, device feature sizes are now in the nanometer scale range and design life cycles have decreased to fewer than five years. Until recently, semiconductor device lifetimes could be measured in decades, which was essentially infinite with respect to their required service lives. It was, therefore, not critical to quantify the device lifetimes exactly, or even to understand them completely. For avionics, medical, military, and even telecommunications applications, it was reasonable to assume that all devices would have constant and relatively low failure rates throughout the life of the system; this assumption was built into the design, as well as reliability and safety analysis processes.

NASA Office Of Safety And Mission Assurance

Cold Ball Pull Test Efficiency for the PCB Pad Cratering Validation with the Ultra Low Loss Dielectric Material

Technical Library | 2019-05-08 21:52:28.0

Cold ball pull testing is used to validate the resistance of PCB pad cratering for the different ultra-low loss dielectrics materials (Dk=3~4.2 and Df

iNEMI (International Electronics Manufacturing Initiative)


pcb design service searches for Companies, Equipment, Machines, Suppliers & Information

Whizz Systems
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3240 Scott Blvd
Santa Clara, CA USA

Phone: +1 408 980 0400

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