DF40 Series BtoB/Board-to-FPC Connectors
High-density and low-profile space-saving design. The minimum width of this connector is 3.38 mm, with ample space for vacuum pick and place mounting.
Hirose
Design with Hirose Electric:
Hirose continues to accelerate its product development to support the technologies of the future. By utilizing our...
2300 Warrenville Road, Suite 150, Downers Grove, Illinois, 60515, United States of America
Connecting the Future
Hirose Electric Co., Ltd. is a leading global supplier of innovative interconnects, employing advanced engineering services, superior customer support and worldwide manufacturing capabilities to provide value-based connector solutions for various industry.
Featured products
SignalBee™ DF51 Series Wire-to-Board Connectors
- Secure Side-locking design, both sides are firmly locked to achieve a stable connection that prevents the socket from being lifted by vibration or twisting.
- A wide variation for easy to select and meet various needs.
- Positive lock provides clear tactile click and secures reliable connection
ER8 Series Board-to-Board Connectors
- 0.8mm Pitch, High-Speed, High density, low profile series
- Abundant variations in the number of cores and connection methods
- Compatible with halogen-free
- 5-aggressor differential far end crosstalk (FEXT)
- Excellent insertion loss-to-crosstalk ratio
HIROSE Electric Group
HIROSE ELECTRIC is the global connector supplier "connecting wisdom". For more information, please visit our website.
FH34SRJ Series ZIF Connectors
A low profile of 1 mm height and a narrow width of 3.8 mm. These 0.5 mm FPC / FFC connectors have high retention force and a back flip rotary actuator.
MMCX Series Snap-On Coaxial Connectors
The robust Snap-on interface does not use outer conductor grooving, maintains mechanical stability by allowing constant mating force and rotation.
U.FL Series Ultra Small Coaxial Connectors
With a board footprint of 7.7 mm², weighs only 15.7 mg. Provides high frequency performance from DC to 6 GHz with a VSWR of 1.3 to 1.5 (maximum).