Connectors

Criteria for Selecting Connectors for LED Lighting/Industrial Applications

Criteria for Selecting Connectors for LED Lighting/Industrial Applications

Criteria for Selecting Connectors for LED Lighting/Industrial Applications Written By: Jeffery Wang | John Lee Abstract: Connectors used in industrial and solid-state lighting applications pose uniquely challenging design constraints on power density and form-factor while simultaneously demanding the highest reliability under harsh environmental conditions. As a designer in these spaces, one cannot simply prioritize piece cost in the connector selection process. The true value of a connector is much more nuanced and must include the amortized costs of manufacturability, reliability, and safety. Eliminating hand soldering, ease of use, and good yield are not free. Avoiding field failures and product recalls are not free. Regulatory compliance is not free. To best address these hidden costs, designers should choose connectors from suppliers

LED Lighting Interconnects Solutions

LED Lighting Interconnects Solutions

LED Lighting Interconnects Solutions Written By: Alex Guan Abstract: Solid-state lighting (SSL) solutions based on the light-emitting diode (LED) and its organic relative (OLED) have become the standard for luminaires across a wide variety of application sectors. SSL performance with respect to luminous output, power efficiency, lifetime, and reliability is unmatched. Many of the challenges endured by early adopters, such as cooling, manufacturability, and form factor limitations, have largely been solved. By the year 2035, it is projected that 85% of all lighting installations will be solid-state (“2019 Lighting R&D Opportunities”).

Five Advantages of AVX Poke-Home Connectors

Five Advantages of AVX Poke-Home Connectors

Five Advantages of AVX Poke-Home Connectors Written By: Raul Saucedo Abstract: The poke-home connector was originally introduced as a highly reliable solution for connecting a small number of discrete wires to a printed circuit board assembly. The wire is first stripped, and it is then inserted into the connector. Integral wire guides and an end stop assure proper positioning of the wire during insertion. Dual beam high force contacts (typically beryllium copper) provide extremely low electrical resistance and maximize wire retention. An example of a horizontal poke-home connector is shown in…

AVX Jumper Pins: Solutions for Solid-State Lighting Board-to-Board Applications

AVX Jumper Pins: Solutions for Solid-State Lighting Board-to-Board Applications

AVX Jumper Pins: Solutions for Solid-State Lighting Board-to-Board Applications Written By: Raul Saucedo Abstract: It is now a foregone conclusion that solid-state lighting (SSL), specifically based on the light-emitting diode (LED) and it’s organic relative (OLED), will become the technology standard for luminaires across a wide variety of application sectors. Its performance with respect to luminous output, power efficiency, lifetime, and reliability is unmatched. Many of the challenges endured by early adopters, such as cooling, manufacturability, and form factor limitations, have largely been solved. By the year 2035, it is projected that 85% of all lighting installations will be solid-state (“2019 Lighting R&D Opportunities”).

The History of Insulation Displacement Technology

The History of Insulation Displacement Technology

The History of Insulation Displacement Technology Written By: Hank Merkle Abstract: The need to physically connect pieces of metal together has been around for thousands of years. In the modern era of electronics, the physical connection requirement is compounded by the need for a low resistance electrical path. In both cases, the process of soldering has proven to be an excellent and time tested solution, with evidence dating back to 4,000 BC. Soldering two metal components together means that the joint is heated and a filler metal with a lower melting point than the constituent pieces is deposited to complete the connection.

Connector Solutions for Automotive & Transportation Applications

Connector Solutions for Automotive & Transportation Applications

Connector Solutions for Automotive & Transportation Applications Written By: Matthew Lawrence Abstract: Wiring interconnect in the transportation sector continues to evolve at an extremely fast pace. Automotive technologies, largely driven by electric vehicles and self-driving systems, are placing particularly stringent demands on wiring connectors. On one hand, high-speed busses like automotive ethernet are reducing total wire weight and complexity. On the other hand, reliability requirements are becoming more demanding with 200,000-mile lifetime expectations and routine reliance on highly advanced sensor technologies such as radar and video.

The 3 Rs of IDCs: Reliability, Repeatability, Reparability

The 3 Rs of IDCs: Reliability, Repeatability, Reparability

The 3 Rs of IDCs: Reliability, Repeatability, Reparability Written By: Tom Anderson Abstract: Even after more than 50 years in the marketplace, insulation displacement connectors (IDCs) continue to prove themselves in new and demanding applications, such as automotive safety systems, solid-state lighting (SSL), and industrial sensors and controls. IDCs have provided a cost-effective and reliable alternative to crimp-to-wire and hard-soldering wires to a PCB.

Aluminum Electrolytic Capacitor Holder For Ruggedized Automotive Applications

Aluminum Electrolytic Capacitor Holder For Ruggedized Automotive Applications

Aluminum Electrolytic Capacitor Holder For Ruggedized Automotive Applications Written By: Tom Anderson Abstract: Harsh environments such as automotive and industrial applications can be very demanding on larger electronic components, which are exposed to severe shock and vibration requirements. In order to protect these components, extra attention and most often times cost needs to be devoted to the processing and mechanical attachment within the device to the Printed Circuit Board (PCB).