The TE Connectivity 770003-3 is a rectangular connector, part of TE Connectivity's extensive range of interconnection solutions. These connectors are designed to provide reliable and efficient connections in various electronic applications. This particular connector is likely part of a larger connector system, offering multiple contacts for signal and power transmission.
Applications
- Industrial automation equipment
- Telecommunications systems
- Data communication devices
- Medical equipment
- Aerospace and defense applications
Features
- Rectangular housing
- Multiple contacts (number varies depending on the specific configuration)
- Durable construction
- Polarization features to prevent mis-mating
- Various mounting options (e.g., board mount, cable mount)
- Available in different materials and platings to suit various environmental conditions
Benefits
- Provides reliable electrical connections
- Ensures secure mating with polarization features
- Offers flexibility in design with various mounting options
- Withstands harsh environments with durable construction and material options
- Reduces assembly time with easy-to-use design
- Supports high-density packaging
Additional Details
Rectangular connectors like the 770003-3 are widely used to connect PCBs, cables, and other components in electronic systems. They are essential for maintaining signal integrity and power delivery across various parts of a device. The exact specifications, such as the number of contacts, contact plating material (e.g., gold, tin), and voltage/current rating, will depend on the specific configuration and intended application. Consult the TE Connectivity datasheet for detailed technical information. The connector's housing material is chosen to provide adequate insulation and protection against environmental factors.
These connectors may incorporate locking mechanisms or other retention features to ensure a secure and reliable connection, especially in applications subject to vibration or shock. Proper selection of a rectangular connector involves considering factors such as the required number of contacts, the operating voltage and current, the environmental conditions, and the desired mating and unmating cycles.
