TE Connectivity AMP Connectors Universal MATE-N-LOK header, 12 positions, 0.250" pitch, 3 rows, tin-plated female socket contacts, through-hole solder termination, locking ramp, natural nylon housing, tray pack.
| Parameter | Value |
|---|---|
| Series | Universal MATE-N-LOK |
| Type | Female Socket |
| Mounting | Through Hole |
| Connector type | Header |
| Fastening type | Locking Ramp |
| Contact material | Phosphor Bronze |
| Insulation color | Natural |
| Insulation height | 0.550\" (13.97mm) |
| Insulation material | Polyamide (PA), Nylon |
| Material flammability rating | UL94 V-2 |
| Style | Board to Cable/Wire |
| Package | Tray |
| Parameter | Value |
|---|---|
| Termination | Solder |
| Contact shape | Circular |
| Rows | 3 |
| Pitch | 0.250\" (6.35mm) |
| Positions | 12 |
| Row spacing - mating | 0.250\" (6.35mm) |
| Contact finish - post | Tin |
| Contact length - post | 0.155\" (3.94mm) |
| Contact finish - mating | Tin |
The 350764-4 is a 12-position female socket header from TE's Universal MATE-N-LOK series, laid out in 3 rows on a 0.250" (6.35 mm) pitch. The locking ramp on each side of the housing holds the header mated to the corresponding receptacle, so the connection stays put under vibration or cable tug.
The 350764-4 is sourced through independent distribution channels. Submit an RFQ for current availability and pricing — we confirm both at quote time against your BOM quantity.
Yes, the 350764-4 has a datasheet that includes the 0.250" pitch, 0.550" insulation height, 0.155" post length, and the 3-row footprint. The product drawing is available from TE Connectivity's documentation portal.
The 350764-4 header mates with a Universal MATE-N-LOK receptacle housing that accepts the corresponding female crimp terminals. The locking ramp on the header engages the receptacle latch for a vibration-resistant connection.
The 350763-4 is a functional sibling with the same 3-row, 0.250" pitch, tin plating, and locking ramp, but it carries 9 positions instead of 12. It is not a direct pin-for-pin replacement — the circuit count differs.