PCB Connectors - Socket Connectors
Double row
2 mm, Surface mount perpendicular gull-wing
"Hard metric" PCB socket connectors
SMD perpendicular mount.
Technical specs.:
| Insulator: |
Black glass filled polymer LCP-GF30-FR |
|---|---|
| Flammability: |
UL 94V-O |
| Sleeve: |
Brass CuZn36Pb3 (C36000) |
| Contact: |
Clip (6 finger): Beryllium copper (C17200) |
| Mating pin Ø: |
0.40 to 0.56 mm, 0.50 mm square |
| Insertion force: |
0.7 N typ. |
| Withdrawal force: |
0.4 N typ. (polished steel gauge Ø 0.46 mm) |
| Mechanical life: |
Min. 500 cycles |
| Rated current: |
3 A |
| Contact resistance: |
Max. 10 mΩ |
| Dielectric strength: |
Min. 1000 V RMS |
| Coplanarity SMD terminations: |
Max. 0.1 mm (measured on 25 mm long connectors) |
Ordering information RoHS-compliant parts
| PP Plating code | Sleeve | Clip |
| 87 | Tin | Gold flash |
| 83 | Tin | Gold 0.75 µm |
NNN number of poles. Replace NNN with the requested number of poles, e.g. 833-87-NNN-30-001101 for a double row version with 16 pins becomes 833-87-016-30-001101
833-PP-NNN-30-001101
SMD socket connector: double row, perpendicular mount.
Availability from: 4 to 100 contacts.
Standard number of contacts 100.
For connectors having more than 12 contacts per row, the coplanarity issue is to be addressed specifically.
833-PP-NNN-30-245101
SMD socket connector: double row, perpendicular mount, polarised.
Availability: 26 and 44 contacts.
Other pin number on request.
For connectors having more than 12 contacts per row, the coplanarity issue is to be addressed specifically.
833-PP-NNN-30-001101
SMD socket connector: double row, perpendicular mount.
Availability from: 4 to 100 contacts.
Standard number of contacts 100.
For connectors having more than 12 contacts per row, the coplanarity issue is to be addressed specifically.
833-PP-NNN-30-245101
SMD socket connector: double row, perpendicular mount, polarised.
Availability: 26 and 44 contacts.
Other pin number on request.
For connectors having more than 12 contacts per row, the coplanarity issue is to be addressed specifically.