TE Connectivity, Dynamic 2000 Female Connector Housing, 2.5mm Pitch, 6 Way, 2 Row

TE Connectivity DYNAMIC D-2100S and D-2100D 2.5 mm Tab and Receptacle Housings

Dynamic D-2100 series 2.5 mm tab and receptacle connector housings with a compact, space saving design. The D-2100S versions have a standard single row configuration and the D-2100D have a dual row configuration. These D-2100 connector housings feature locking lances to secure the contacts into place and to prevent damage to them during mating. An audible click is produced to indicate that the contact is fully secured in the housing. These D-2100 crimp housings feature keying ribs which prevent mismating and movement or twisting between the housings when mated. Centre locks on the top of the housing provide a secure mating connection with an audible click as positive mating assurance. The centre lock also saves space on the PCB allowing high density mounting. Crimp receptacle and tab contacts for these Dynamic D-2100 connector housings must be purchased separately

Features and Benefits:

• Compact, space saving design
• Locking lances for secure contact retention
• Keying to ribs prevent mismating
• Centre locking latch for secure mating connection and PCB space saving
• Audible click for mating assurance
• Fitting confirmation line for visual mating assurance

Applications:

These connectors are designed to be used in the automotive industry. Specifically, the uses are,
• Mirrors
• Multimedia applications
• Display screens
• Airbag ECU / Safety applications
• Switches
• Hand free smartphone
• Immobilizer
• Dashboard
• Safety applications
• Electrically controlled trunk lid latch
• Tyre pressure monitoring system
• Body controller management

TE Connectivity Dynamic 2000 Series

The D-2000 Series connectors are mainly for signal applications and incorporate a Keying system to prevent mis-mating. These D-2100 Series connectors have a 2.5 mm pitch with a maximum Voltage Rating of 250 Vac and a maximum Current Rating of 5 A with both ratings being dependent upon the number of ways and wire size used.