At ASAP Semi, we deal will all types of electronics like cables and connectors. These are a little hard to price since they don’t work the same after time because they are easily damaged. We like to broker these parts because the demand for some situations can be high, since everything is ran electronically now a day. A new chip called FTDI was placed into products to give support within the X-chip portfolio, this help hold data is the component were to crash.
Mill-Max has released its lowest profile target connectors yet with an above-board height of only 0.087 in. (2.21 mm). Target connectors are used in place of SMT pads on a PCB as the mating surface for spring-loaded pins. They provide expanded endurance and are useful in achieving specific distances between boards.
On February 22nd 2017, there was an article posted on Electronics Specifier that talks about how Huber + Suhner announced the alternative to the 0.047in custom semi rigid cable assembly, the Microblend L.
The Microblend L will eliminate the need for customers to specify pre-defined lengths and configurations for bending. The Microblend L will have its most use in the aerospace and defense industry. The Microblend L will come in a low profile, point to point interconnections between communication systems. Each cable will come in a variety of standard lengths pre-assembled. This will also be able to withstand up to 85GHz and have an impedance of 50 O.
It has been recently announced that KyoceraConnector Product Corporation has come up with a solution for tablets, smartphones and other portable electronic devices where a board to board battery connector was designed to be implemented in this application.
Molex Incorporated, the manufacturer of electronic electronical and fiber optic interconnections systems that serve different types of industries including aerospace and defense has debuted their new products at the DesignCon 2017 Expo that took place in Santa Clara, CA. These included their new BiPass I/O and Backplane Cable Assemblies. These new products are a combination of QSFP+ ImpelTM and near ASIC connectors with thin Twinax cables. This allows them to create a more efficient technology that provides a low-insertion-loss alternative to PSC traces that increase their capabilities to 112 Gbps PAM-4 protocol.
FASTON has introduced a new series of receptacle terminals. Designed for “space constrained applications” this new respectable is to fit into smaller areas opening options to a whole other range of smaller applications. The receptacle is known for its low insertion force 250 capability and is measured at about 23% shorter than full size 250 series FASTON receptacles.
With multiple sites all over Italy, every facility is structured with its own sales office. The Venice office was delegated to handle the production industry including the main warehouse, as the newly Turin office managed business operations which also included the export compliance department. These two locations were eventually equipped with their own independent testing laboratories.
Fiber Optics connector designed for the harsh environments that will provide high speed and precise data transfer. The new Cannon ARINC 801 series will offer a fast transmission speed of up too 10 Gb/s and higher that make this new connector great for inflight entertainment and Wi-Fi connection. It also is great for military sector for ground communication and aboard the destroyers.
The digital isolator improves the performance and also improves the power and reliability they also have low power consumption.The New ADN465X device has high-speed LVDS signals that can directly isolate the prior model needed to deserialize. The new design resources are saves time by offering high-performance LVDS Solution.The main feature of the LVDS is the digital isolator that comes with 600 – Mbps throughput. The new ADN465x comes with 70 -ps total jitters, 10-kVpk with 6KV to reinforce surge protection. This device comes with 3 – channel configurations.
On December 12 2016, Enaie Azambuja wrote an article on Electronic Specificer that talks about how Schurter is creating a fuseholder that is used from rough applications. The fuesholder was built based off the FUL series which in used for high performance applications. These will be available in size 5 x 20 mm / 6.3 x 32 mm.