6648239-1

Introduction

The 6648239-1 is an electrical backplane contactor used for many different projects. It is a single row, 9-pin contactor built from a variety of materials and materials combinations.

Features

• Low contact resistance: 0.8mΩ max
• Excellent temperature stability: (-55°C to +105°C)
• Flexible: standard lead-time, custom orders available
• Custom available in wire-to-board varieties

Application Fields

The 6648239-1 is used for a wide range of applications, such as in automotive, telecommunications, data acquisition, HVAC, white goods, and medical equipment.

Automotive:

The connector is used in vehicles to connect electronic devices such as headlights, anti-theft systems, ignition switches, climate controls, and engine diagnostics.

Telecommunications:

The connector is typically used in large-scale communications projects such as fiber optic systems, radio frequency systems, and cellular networks.

Data Acquisition:

The connector is used to connect electronic sensors that measure pressure, temperature, humidity, and other conditions for applications such as data logging, monitoring, and measuring.

HVAC:

The connector is typically used in heating, ventilation, and air conditioning systems to connect electronic components such as thermostats and fans.

White Goods:

The connector is used to connect electrical components such as blenders, toasters, refrigerators, and washing machines.

Medical Equipment:

The connector is used in medical devices such as pacemakers, defibrillators, and monitors.

Working Principle

The 6648239-1 connector has a low contact resistance of 0.8mΩ max. It features a 9-pin design, consisting of a high temperature solder flux core and a rugged body for enhanced performance in extreme conditions such as repeated insertions and removals, vibration, and shock.

Conclusion

The 6648239-1 backplane contactor is an electrical connector used for a variety of applications including automotive, telecommunications, data acquisition, HVAC, white goods, and medical equipment. It features a low contact resistance of 0.8mΩ max, an excellent temperature stability rating of (-55°C to +105°C), and a rugged body for enhanced performance in extreme conditions.