KK 396 Connectors are ideal for automotive, medical and consumer power applications. The housings have built-in polarization features and are available in UL 94V-2 and UL 94V-0 nylons. Headers and receptacles are available in various configurations, termination styles, breakaway varieties and friction locks for a more secure mating interface. Available in 22 to 30 AWG wire, an optional box-style dual-cantilevered terminal is optimal for high-vibration applications. Dual-cantilever terminals offer a square-post contact area that interfaces with the male pin header through a spring-like contact. KK 254 Connectors are ideal for signal applications in the automotive, medical and consumer industries, delivering up to 5.0A and 250V per circuit in a 2.54mm centerline pitch.
4 PIN SQUARE MOLEX CONNECTOR PLUS
However, the KK Plus headers will not mate with the JST receptacle. KK Plus 3.96mm Connectors can provide a direct drop-in replacement on a PCB for JST – VH products. KK Plus 2.50mm Connectors can provide a direct drop-in replacement on a PCB for JST – XA products. In addition, the TPA design of the KK Plus Connector System provides security for the terminals inside the receptacle, preventing failure in end products by reducing terminal back-out. In that case, we consider the left pin at the FFC/FPC insertion open mouth side as the PIN 1, leaving the option for the end-user to choose from left-to-right or right-to-left.KK Plus Connector System prevents mismating with a unique keying design and clear audible click for connection assurance. But, in some series, the triangle mark may not be there. The triangle mark on the actuator indicates PIN 1. Non-ZIF: Features one-action mating (insert FFC/FPC to mate) without any actuator operation and allows the removal of foreign substances by wiping the FFC/FPC with the contacts.One-Touch: Notched FFC/FPC with auto-lock mechanism and a push-button facilitating easy cable removal, the One-Touch design facilitates the ease of the mating process.It has a higher retention force than other FFC/FPC connectors without ears. Slider Type: The actuator's linear opening and closing trajectory make it easy to operate with automation.Back Flip: Located on the anti-slip side, reducing its height, the actuator with its wide depth can connect the top and the bottom surfaces.Front Flip: The actuator and terminal are vertically stacked, with a wide frontage for easier insertion and a higher height and narrower depth.ZIF: A Zero Insertion Force actuator allows no friction mating, resulting in a higher mating life cycle.The different types of actuator methods of FFC/FPC connectors are: What are the features and benefits of the different types of actuator methods of FFC/FPC connectors? As a proven leader within the industry, Molex provides dependable quality products that meet various environmental standards and RoHS certifications, assured capacity, knowledgeable engineering support and reliable business continuity planning (BCP). With minimized warpage and Nickel-plated terminals, Molex's Flexible Flat Cable/Flexible Printed Circuit Connectors are designed and tested to solve coplanarity or other issues that occur during the SMT process.Ĭustomers need stable supply chains and manufacturers that meet various product compliances requirements. Molex's Easy-On FFC and FPC connectors are reliable, robust and easy to operate, ideal for robotic mating and fully automated SMT processes. Ideal for consumer, mobile devices, and automotive markets.ĭuring assembly, coplanarity issues and multiple-step processes can cause errors and delays.
Among such features are pitch sizes that range from 0.20 to 2.00mm, circuit sizes from 2 to 96, actuator types that include front flip, back flip, slider, One-Touch and LIF, in a right-angle or vertical orientation. Molex's Easy-On FFC/FPC Connecters are available with a wide variety of features to promote design flexibility. Many new product designs require specific numbers of signal circuits, and it can be difficult to source small-pitch, multiple-circuit FFC/FPC connectors.
0 kommentar(er)
