The miniaturization of medical devices requires manufacturers to use flexible circuits to match the pitch and line width of three-dimensional packages and tighter flexible copper cables. As the device package size continues to shrink, the soft circuit must also shrink. When the size of the device package continues to shrink, the ability to integrate blind insertion and buried vias remains flexible. For small, lightweight designs of complex, high-density circuits, reliable soft circuits are an excellent choice. Soft circuits are much thinner and heavier than traditional boards, reducing weight for any product, improving patient mobility and comfort, and often saving money. Better packaging Soft circuits are a powerful tool that can improve the effectiveness of electronic packaging. A well-designed mechanical package with high consistency and reliable mechanical properties contributes to the flow of airflow; the package may contain a wide range of electronic components such as connectors, transmitters, receivers, Resistors, capacitors, etc. Such components must be included in a compact package that uses electrical interconnects. Soft circuits allow such designs to be implemented. Flexible circuits allow designers to route circuits along any surface and in multiple directions on any axis, unlike rigid boards that only allow the circuit to be arranged on the X and Y planes. To design an effective package, the equipment designer and its suppliers must work closely together. The design of flexible circuits must involve trade-offs between electrical and mechanical properties. This type of package design can also incorporate a "Rigid Flex" circuit. This circuit contains both rigid and flexible substrates, both of which are present in a single structure Laminate. For example, a certain part of the device may include a variety of electronic components, such as resistors, capacitors, connectors, processors, etc., belonging to the rigid part; and the soft electrical "tail" can be drawn from the rigid part, no longer need to Use the interface connector. Next generation soft circuit The size of the soft circuit used in medical devices will continue to shrink and performance will continue to increase. The use of DuPont's Pyralux TK copper-coated laminate and bond system is one of the most promising products in this field. The system is made from a specially formulated Teflon fluoropolymer film and a DuPont Kapton polyimide film. Pyralux TK allows developers to create multilayer circuits that can be bent around smaller radii. Provides higher data rates and reduces overall insertion loss and noise in a smaller physical volume than standard polyimine soft component materials. The application of this type of soft and layered circuit is the next generation of 12 and 25 Gbps device designs. Molex has partnered with DuPont to develop the required processing technology and apply the Pyralux TK to Molex's flexible circuits. This new type of circuit has also been adopted by many electronic devices. In the continuous development of medical technology or medical technology , digital connectivity technology will bring many valuable opportunities for equipment designers to establish new business models that help reduce medical costs. In any case, the soft circuit will certainly play a key role in this process.
Preservatives are a kind of Food Additives which can inhibit microbial activities and prevent food spoilage. In order to make the food have a certain storage period, it is necessary to adopt certain measures to prevent the infection and reproduction of microorganisms. Practice has proved that the use of preservatives is one of the most economical, effective and simple methods to achieve the above purposes.Preservatives should also be used as food additives for the purpose of maintaining the original quality and nutritional value of the food. There are 25 kinds of preservatives such as benzoic acid, sodium benzoate, sorbate, potassium sorbate and calcium propionate.Preservatives , Thickener, Acidity regulator, Food Additives, Sweeteners.we have 4-aminobenzoic,Cycloartenyl ferulate,prechlorotadalafil,Propyl gallate,Cycloartenyl ferulate,fluorescein sodium,4-Aminobenzoic,Raspberry Juice Powder,Aronia Juice Powder,Noni Juice Powder,Mango Juice Powder,Hawthom Juice Powder. Preservatives , Thickener, Acidity regulator, Food Additives, Sweeteners Xi'an Henrikang Biotech Co.,Ltd , https://www.xianhenrikang.com