inter-connection blog
  • Home
  • Knowledge base
  • Sister Sites
    • Passive Components Blog
    • PCNS Symposium
    • The Passives Times
    • EPCI Home
  • About
No Result
View All Result
  • Home
  • Knowledge base
  • Sister Sites
    • Passive Components Blog
    • PCNS Symposium
    • The Passives Times
    • EPCI Home
  • About
No Result
View All Result
inter-connection blog
No Result
View All Result

Yamaichi Extended Board-to-Cable Connectors for Battery Management

August 15, 2023
A A

The Y-Lock Pullforce connector system from Yamaichi Electronics is the reliable and process-safe solution for applications with high requirements, especially for battery management or cell contacting systems in the automotive industry. The system will now be extended by version V4 with Connector Position Assurance and integrated contact protection for the FFC/FPC.

The Pullforce System (Non-ZIF) of the Y-Lock features the intelligent One-Push locking mechanism, which is available in different versions. Here, the flexible flat cable (FFC) or the flexible printed circuit board (FPC) is inserted into the connector using the pre-assembled stiffener. In the V3 and V4 versions, the stiffener automatically engages in two steps, first via lateral locking hooks and in the next step via the double front locking.

RelatedPosts

JAE Releases Next Generation Single Pair Ethernet Connector

Samtec Releases the Industry Slimmest Cable System

Samtec Releases Nitrowave High-Performance Microwave Cable Assemblies

Blind plugging and contacting possible

Thanks to the guide pins on the system, blind plugging and contacting is also possible. This blind mating is particularly advantageous for applications that are difficult to access or where space is limited. The connection is disconnected by simply pulling out the FFC/FPC – mechanical actuation of the connector is not required.

The Y-Lock version 3 has already successfully established itself in the market. Due to the double locking, the blind mating function and the low profile of 3.9mm, this solution is suitable for battery systems where the FFC/FPC is not under voltage after disconnection from the connector. The Y-Lock system has been qualified based on LV214.

Y-Lock Version 4 with CPA – Connector Position Assurance

The next stage of development of the Y-Lock series is the V4 version. The connector has an optional Connector Position Assurance (CPA) that provides additional locking of the cable side with the connector. The CPA is located on the stiffener side and latches with the connector when actuated. The FFC/FPC can only be released after the CPA has been unlocked. Of course, the V4 also has the front and side locking with pullforce function, so that secure locking is ensured even without CPA.

Another advantage of Y-Lock V4 is the integrated contact protection in the contact area of the FFC/FPC. This protection ensures that the FFC/FPC is covered by the stiffener from all four sides and that there is no danger if the cable is still under voltage after it has been released.

With V4 the contact distances of e.g., 1.3 mm or 1.8 mm can be individually adapted to the requirements for clearance and creepage distances. All versions are available with different pitches and a range of pin counts. Due to the low profile height of 4.5mm, the Y-Lock V4 is the right choice especially for applications where space is critical.

Related

Source: Yamaichi
Next Post

Würth Elektronik Introduces micro SIM Card Interface with Card Detection

RF Compression-Mount Connectors Enhance Millimeter Wave Designs

Murata Announced Completion of New Plating Research Building in Japan

Popular Posts

  • Crimped Connections

    0 shares
    Share 0 Tweet 0
  • The Electrical Interface: Contact Resistance

    0 shares
    Share 0 Tweet 0
  • Test Explanations: Connector Resistance

    0 shares
    Share 0 Tweet 0
  • THR (Through Hole Reflow) Technology: Introduction & History:

    0 shares
    Share 0 Tweet 0
  • Basic Principles of Connectors

    0 shares
    Share 0 Tweet 0

Archive

2023
2022

  • About
  • Inter-Connection Blog
  • Inter-Connection News
  • Knowledge base
  • NEWS
  • Privacy Policy
  • Sister Sites
  • Subscribe

© 2023 EPCI - Premium Passive Components & Inter-Connect News

No Result
View All Result
  • About
  • Inter-Connection Blog
  • Inter-Connection News
  • Knowledge base
    • Applications
    • Basic Principles of Connectors
    • Design Selection Assembly
  • NEWS
  • Privacy Policy
  • Sister Sites
  • Subscribe

© 2023 EPCI - Premium Passive Components & Inter-Connect News

This website uses cookies. By continuing to use this website you are giving consent to cookies being used. Visit our Privacy and Cookie Policy.
Go to mobile version