Ikari Pin Header PCB Male Automotive Header China Factory BNC RF Coaxial Electrical Male / Jack Connector for Rg58 Rg213 Flexible Cable Connector

Ikari Pin Header PCB Male Automotive Header China Factory BNC RF Coaxial Electrical Male / Jack Connector for Rg58 Rg213 Flexible Cable Connector

Overview IKARI MECHATRONICS INDSTRIAL (KUNSHAN) CO., LTD. ADD: NO.101 Shunyang Road, Huaqiao Town, Kunshan City, Jiangsu
Basic Info
Model NO. KH35369
Product Group Connector
Product Name Socket Header
Pin Number 7 Pin
Pin Pitch 2.20mm
Pin Width 0.64mm 0.64mm
Bending Angle 90 Degrees Bended or 180 Degrees Straight
Pin Material Cuzn30
Push in Force 40n
Pull out Force 40n
Transport Package PE Bag/Reel/Tray + Carton for Electronic PCB Term
Specification On-Demand Customization
Trademark IKARI
Origin Jiangsu, China
Production Capacity 5000000000PCS/Month
Product Description
IKARI MECHATRONICS INDSTRIAL (KUNSHAN) CO., LTD.
ADD: NO.101 Shunyang Road, Huaqiao Town, Kunshan City, Jiangsu Province, China.
MAIN PRODUCTS:* AUTOMOTIVE CONNECTOR ( PRESS FIT PIN CONNECTOR / THROUGH HOLE PIN CONNECTOR / SMT CONNECTOR )* INSERT MOULDING* SENSOR COMPONENTS* STAMPING* NEW ENERGY COMPONENTS

WELCOME TO ON-DEMAND CUSTOME YOUR AUTOMOTIVE CONNECTOR
Product Description

IKARI Traditionally, through-hole technology (THT) was used to construct the vast majority of PCBs. Through-hole technology involves inserting components with tails or leads into holes drilled in the PCB. The leads can then be soldered onto pads or lands on the underside of the board, usually with a wave solder process

Product Parameters
ERPProduct GroupProduct NamePin NumberPin pitchPin WidthBending AnglePIN MaterialPush in ForcePull out ForcePLATINGHOUSING MATERIAL
KH35369ConnectorSocket Header72.20mm0.64mm0.64mm90° bended or180° straightCuZn3040N40NNi 1.0-2.0+ Sn 1.0-2.0Ni 1.0-3.0+ Sn 1.0-3.0Ni 1.0-3.0+ Ag 1.5-5.0Ni 2.0-4.0+ Sn 3.0-6.0PBT GF20PBT GF30PA6 GF30PA66 GF15PPA GF30ABS PC T65
IKARI PIN HEADER PCB MALE AUTOMOTIVE HEADER CHINA FACTORY PLASTIC SINGLE/DOUBLE ROW AUTOMOTIVE PLUG 7 PIN PRESS IN PIN CONNECTOR FOR AUTOMOTIVE

IKARI AUTOMOTIVE

FAQ

Q1: What are the different types of IKARI PCB Connectors/Headers?

A: IKARI offers an extensive header portfolio in all possible configurations to ensure signal transmission in automotive applications, such as automotive DCU/ECU/BCU, Various automotive switches, Steering Column modules. Roof Module, Front end camera, Onboard charger, etc. IKARI offers a broad low/medium power product portfolio including a Press-fit pin connector, Through-hole pin connector, SMT connectors, that are used in the different PCB assembly processes.

Q2: How do I select different types of IKARI PCB Connectors/Headers?

A: IKARI manufactures a complete portfolio of automotive PCB headers which are designed for a wide range of automotive applications in the different PCB assembly processes. Press-fit pin connectors offer compliant pin elastic designs of the press-fit zone providing stress-free, solderless terminal-to-PCB connectivity suitable for the harshest of automotive environments Through-hole pin connectors and SMT connectors are selected if the components are assembled through the soldering process. Through-hole pin connectors are preferred when the connector will be mechanically stronger than SMD solder points If the connector will be plugged and unplugged repeatedly, then you should use a through-hole pin connector as its lifetime will be longer.

Q3: What is the purpose of press-fit connectors?

A: Press-fit pin connectors allow the manufacture to avoid soldering when assembling PCB electronics. The press-fit connection is formed when the pin is pressed into a fitted, plated-through hole in a PCB, which provides manufacturers to reduce the complexity of the PCB assembly process as well as lower manufacturing cost.

Q4: Where do you place a through-hole connector?

A: A standard way to place a connector is to place a through-hole connector on the opposite side of the trace to which its connecting shaft will be soldered. The connection is provided by a through-hole via.