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Trace PCB Upgrades Website
October 19, 2023 | Trace PCBEstimated reading time: 1 minute
Trace PCB announces website enhancements enabling rapid quotes to customers with a fully automated quoting system.
Rapid Quotes from PCB Trace – Because Time Matters
In today’s fast-paced, fiercely competitive electronics industry, speed and agility are crucial to success. Innovators that can navigate design, development and manufacturing processes with dexterity and quickness stand to gain a competitive edge, seize emerging opportunities, and establish a strong foothold in the marketplace before their competitors.
Speed and accuracy of the quotation process for building PCBs and PCB assemblies are key drivers of success. Whether you require a small number of prototypes for testing and validation, or large volume turn-key production runs, obtaining fast and meticulously detailed quotes is fundamental to swift and accurate manufacturing.
PCB Trace has developed proprietary software that accelerates quoting and expedites production of electronic assemblies. Their latest version, called PCB TRACE, is the result of 7 years of advanced software refinements. It utilizes sophisticated API communication programs and advanced algorithms to extract, share and analyze data across the supply chain, revolutionizing electronics manufacturing order fulfillment processes.
PCB TRACE by RUSHPCB, quickly delivers comparative quotes from an extensive lineup of component suppliers and allows customers to choose from a wide selection of board types and assembly options. In mere minutes, PCB TRACE provides detailed information on costs and lead-times for each component, as well as entire assemblies. From simple two-sided rigid boards with through-hole components to complex 40-layer HDI surface mount assemblies with flying-probe electrical testing and conformal coating, the options are virtually limitless.
With PCB TRACE, there is no need to waste valuable time searching for prices and availability from multiple vendors, a process that traditionally takes days. Whether you are interested in obtaining quotes on bare boards, PCB assemblies or full turnkey production, you can easily secure these quotes online at PCB Trace website.
Suggested Items
Beyond Design: High-speed Rules of Thumb
11/21/2024 | Barry Olney -- Column: Beyond DesignThe idiom “rule of thumb” is often used in electronics design and has its origins in the practice of measuring roughly with one’s thumb. Rules of thumb are easy-to-remember, broadly accurate guides or principles based on practice rather than theory. They are used to help feed our intuition to find a quick solution based on experience. We are often forced to use rules of thumb in PCB design in the absence of expensive analysis tools. We also use them to get quick ballpark figures initially and then fine-tune the numbers with further analysis. We can use rules of thumb as a sanity check to assess whether we are using our tools correctly. In this month’s column, I will present some commonly used and helpful rules for high-speed PCB design.
Danish-founded Defense Group Aims for More Responsibility Within Defense Supply Chain
09/09/2024 | CONFIDEEUnder the slogan "Together We Are Stronger," the AS9100 Nordic Consortium unites a powerful network of committed Danish companies, along with one Norwegian partner. This collaboration strives to elevate the defense and aerospace industries through a shared focus on traceability and quality management.
Beyond Design: Termination Planning
06/24/2024 | Barry Olney -- Column: Beyond DesignThe characteristic impedance of a transmission refers to the impedance seen by a driver looking down an infinitely long trace. Interestingly, the characteristic impedance is independent of trace length. It’s a measure of the ratio of inductance to capacitance at any point along the trace. Therefore, while trace length matters for signal propagation delay, it doesn’t directly impact characteristic impedance. When a transmission line is perfectly matched to the driver and load, the signals propagating electromagnetic (EM) energy are totally absorbed by the load. This is the perfect scenario that all electronics designers strive for. However, this is rarely the case, and reflections do occur whenever the impedance of the transmission line changes along its length.
Happy’s Tech Talk #28: The Power Mesh Architecture for PCBs
05/07/2024 | Happy Holden -- Column: Happy’s Tech TalkA significant decrease in HDI substrate production cost can be achieved by reducing the number of substrate layers from conventional through-hole multilayers and microvia multilayers of eight, 10, 12 (and more), down to four. Besides reducing direct processing steps, yield will increase as defect producing operations are eliminated.
Quiet Power: The Effect on SI and PI Board Performance
01/18/2024 | Istvan Novak -- Column: Quiet PowerIn signal and power integrity (SI and PI), we would ultimately like to see a reasonable agreement between the predicted or simulated and the measured performance of our circuits. Real-world measurements will always contain errors and usually show a distorted replica of the true behavior of the device under test (DUT). Real measurements always show more than just the behavior of the DUT. Even if we don’t consider random noise and random errors, in the measured data we have contributions from instrument, cable, and probe errors (just to name a few) that our calibration could not completely remove.