![]() ![]() You can use these 6-pin PCI-Express (PCI-E) connectors with existing crimp terminals already found on your wire. MOLEX is the company which creates the specifications of such products and is the only company who will not compromise in any aspect when manufacturing these. ![]() This is what originals are all about! No compromise in a different league, which you immediately feel when you combine these original products. ![]() You will recognize how perfectly the terminals go into the connector, how easily the Pin Remover extracts the terminals (you will be so surprised!) and how perfectly the connectors go into their counterparts. These three components in combination show you how a perfect setup works in an ideal world. You will experience what happens when all specifications are exactly met in all components: Connectors by MOLEX, crimp terminals by MOLEX and the original Pin Remover by MOLEX. Manufactured in the USA and Italy at uncompromising material grades and precision levels, there is a clear difference to the compromising China manufacturers who need to compete on price. The MDPC-X specific production is always black, which makes this offering a globally unique one. MOLEX typically manufactures a dark blue shade as "black". This is the highest grade in existence and a level clearly above the rest in this industry. Therefore, predicting the distribution characteristics of automobile wiring harnesses and the statistical characteristics of conductor crosstalk has also become a new research direction of automobile wiring harness electromagnetic compatibility.The 6-pin PCI-Express (PCI-E) ( if you want to use a 6-pin connector on the power supply side of a modular PSU, make sure to check if you need this one or the 6-pin ATX version) connector by MOLEX is the holy grail of unmatched precision and zero tolerance production in the world of connectors. At the same time, due to the actual bundling and installation of automotive wiring harness wires, and the objective situation when the car is driving, Will cause the position of the car harness wire to change randomly, and then lead to changes in the distribution parameters of the car harness, so that the actual car harness wire crosstalk exhibits a certain degree of uncertainty. The research on the crosstalk of automotive wiring harness mainly involves the extraction of distribution parameters, transient response analysis in time domain, steady-state analysis in frequency domain, etc. In this chapter, we will focus on the related issues of crosstalk of automotive wiring harnesses in the following chapters. Therefore, the research on the crosstalk of automotive wiring harnesses is of great significance. At the same time, the crosstalk generated between the wires connected to the same device may also increase the electromagnetic radiation sensitivity of the device. For example, an inductive signal is generated on the victim wire due to crosstalk between two wires connected to a device in the automotive wiring harness, and the induced signal then generates electromagnetic radiation through the victim wire, which may cause the device to fail to meet the radiated emission Restrictions, if the victim wire is the power cord of the device, it may cause the device to fail to meet the conducted emission limit. To a certain extent, it will also affect the electromagnetic radiation and electromagnetic radiation sensitivity of automobile wiring harness wires and electrical and electronic equipment. ![]() The main purpose is to study the electromagnetic interference caused by the near-field coupling between adjacent wires of the automobile wiring harness. T/T, Western Union, MoneyGram, PayPal 30% deposits 70% balance before delivery.ĭHL/FedEx/TNT/UPS/EMS/Aramex/SF for samples, By Air or by Sea for batch goods Airport/ Port receiving.Ĭrosstalk of automotive wiring harness wires. Most product not have MOQ, Small order can be accepted.Īll goods will be 100% inspected before dispatched ![]()
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