Product Description
In today's high-tech world, effective electronic device connectivity is a key factor in ensuring information flow and proper functioning of devices. The Kinghelm IDC Connector 2.54mm with 7 pins per row and 2 rows, model KH-2.54PH180-2X7P-L8.9, serves as a high-performance connector widely used in various fields, providing a stable and efficient solution for data transmission between electronic devices.


Features & Benefits

●  High Performance

●  Stable Data Transmission

●  Efficient Connectivity

●  Durable Construction

●  Easy Installation

●  Safety Features

●  Wide Temperature Range

●  High Current Capacity

KH-2.54PH180-2X7P-L8.9 Parameter

Product Images and Specifications

Application Field

●  Consumer Electronics

●  Industrial Automation

●  Telecommunications

●  Automotive Electronics

●  Medical Devices

●  Aerospace and Defense

●  IoT and Smart Home

●  Energy and Power Systems

About Kinghelm
Shenzhen Kinghelm Electronics Co., Ltd.（www.kinghelm.net）has technical backbones from Tsinghua University and UESTC, and has introduced overseas returnee professionals. Kinghelm is able to develop highly reliable and high-performance antenna and connector products.KH series products of "Kinghelm" brand include Beidou/GPS antennas, RF adapter connectors, plug connector, electrical data connectors, terminals, and customized vehicle harnesses, industrial / medical connectors, and special antenna connectors."Kinghelm connects Beidou", Kinghelm has grown with the development of China's Beidou industry. Starting from supplying Beidou/GPS dual mode antennas, IPEX terminals, and RF adapter cables for automotive manufacturers, Kinghelm has continuously developed products. Currently, it has a series of WiFi, Bluetooth, NB-loT, LoRa, Zigbee, UWB, and GSM antennas, RFID tags, RF adapter cables, standard microwave antennas, vehicle grade SMA, SMB, FAKRA holders, coaxial cables, and can customize non-standard antenna connectors based on customer drawings or samples.

KH-2.54PH180-2X7P-L8.9To Product Page