| Image | Part Number | Manufacturer | Description | Series | RoHS Status | Color | Termination | Terminal Type | Wire Gauge |
|---|---|---|---|---|---|---|---|---|---|
| 10-700300-001 | Amphenol Industrial | CONN TERM RCPT SCKT PRESS-FIT | RADSOK® PowerBlok™ | - | - | Press-Fit | Female, Receptacle (Socket) | - | |
| SLPIPB50BSO4EH | Amphenol Industrial | SURLOK PLUS 8.0MM STRAIGHT PLUG | SurLok Plus™ | - | Orange | Crimp | Male, Pin (Plug) | 1/0 AWG | |
| SLPIRBBPSO1 | Amphenol Industrial | 8.0MM SURLOK PLUS RECEPTACLE PAN | SurLok Plus™ | - | Orange | Screw | Female, Receptacle (Socket) | - | |
| 10-737424-001 | Amphenol Industrial | CONN TERM RCPT SCKT 1/0AWG CRIMP | RADSOK® | - | - | Crimp | Female, Receptacle (Socket) | 1/0 AWG | |
| SLPIRB35CPSB3 | Amphenol Industrial | 8.0MM SURLOK PLUS RECEPTACLE PAN | SurLok Plus™ | - | Black | Crimp | Female, Receptacle (Socket) | 2 AWG | |
| SLPIPB70BSB0EH | Amphenol Industrial | SURLOK PLUS 8.0MM STRAIGHT PLUG | SurLok Plus™ | - | Black | Crimp | Male, Pin (Plug) | 2/0 AWG | |
| SLPIRC70CPSO4 | Amphenol Industrial | 10.3MM SURLOK PLUS RECEPTACLE PA | SurLok Plus™ | - | Orange | Crimp | Female, Receptacle (Socket) | 2/0 AWG | |
| SLPIRB50CPSR1 | Amphenol Industrial | 8.0MM SURLOK PLUS RECEPTACLE PAN | SurLok Plus™ | - | Red | Crimp | Female, Receptacle (Socket) | 1/0 AWG | |
| 0040062003 | Affinity Medical Technologies - a Molex company | CONN TERM GND CLIP 16-18AWG | 42172 | - | - | Crimp | Ground Clip | 16-18 AWG | |
| 10-737406-245 | Amphenol Industrial | CONN TERM PIN THREADED | RADSOK® RADSERT™ | - | - | Threaded | Male, Pin (Plug) | - |
Specialized connectors in the electronics industry are designed for specific applications or functions. These connectors may include unique features or configurations tailored to meet the requirements of particular electronic systems. Examples include connectors for high-frequency applications, harsh environmental conditions, or specific industry standards. Specialized connectors play a critical role in ensuring the reliability and performance of electronic devices in diverse and demanding environments.