Product overview
- Part Number
- 392-035-542-102
- Manufacturer
- EDAC
- Product Category
- Standard Card Edge Connectors
- Description
- Standard Card Edge Connectors Card Edge Connector
Documents & Media
- Datasheets
- 392-035-542-102
Product Attributes
- Board Thickness :
- 1.57 mm
- Contact Plating :
- Gold
- Mounting Angle :
- Straight
- Mounting Style :
- Panel
- Number of Positions :
- 35 Position
- Pitch :
- 2.54 mm
Description
Standard Card Edge Connectors Card Edge Connector
Price & Procurement
Associated Product
You May Also Be Interested In
Part | Manufacturer | Stock | Description |
---|---|---|---|
3-1423164-0 | TE Connectivity / Agastat | 3,000 | Time Delay & Timing Relays 7022PHT=RLY,STD,OFF 2P,125VDC |
7-1472995-5 | TE Connectivity / Raychem | 3,000 | Time Delay & Timing Relays 7012WBLV=RLY,STD,ON,2P,96V,5S,L,V |
7014AFLL | TE Connectivity | 3,000 | Time Delay & Timing Relays RLY STD 4P 120VAC 15MIN.LL |
7012OIY1 | TE Connectivity | 3,000 | Time Delay & Timing Relays RLY STD ON 2P 24VDC 60MIN Y1 OP |
7022X11CSV | TE Connectivity | 3,000 | Time Delay & Timing Relays RLY STD OFF 2P 72VD |
7012SBGZ | TE Connectivity | 3,000 | Time Delay & Timing Relays RLY STD ON 2P 250V 5S GZ |
6-1755142-4 | TE Connectivity / Raychem | 3,000 | Time Delay & Timing Relays 7022WDIM=RLY,STD,OFF,2P,96V,50S,I,M |
1472962-1 | TE Connectivity | 15 | Time Delay & Timing Relays SSC12FBA="RLY,ON,2P 48VAC/48VD |
7022AEH6T | TE Connectivity | 3,000 | Time Delay & Timing Relays RLY STD OFF 2P 120V 300S H6 T |
7022X3I | TE Connectivity | 3,000 | Time Delay & Timing Relays RLY STD OFF 2P 110VDC |
7012X3CN | TE Connectivity | 3,000 | Time Delay & Timing Relays 110V DC 1.5-15 SEC |
7012NCV | TE Connectivity | 3,000 | Time Delay & Timing Relays RLY STD ON 2P 48VDC 15S V OPT |
7014CD | TE Connectivity | 3,000 | Time Delay & Timing Relays RLY STD 4P 480VAC 100SEC |
7012AAA2I | TE Connectivity | 3,000 | Time Delay & Timing Relays RLY STD ON 2P 120V 1S A2 I |
7012NALL | TE Connectivity | 3,000 | Time Delay & Timing Relays RLY STD ON 2P 48VDC |