TE Connectivity AMPMODU Mod II, Header, Breakaway, 24 Positions, 0.100" (2.54mm) Pitch, Through Hole, Gold Mating, Tin-Lead Post, 3A, 30VAC
| Parameter | Value |
|---|---|
| Series | AMPMODU Mod II |
| Type | Male Pin |
| Mounting | Through Hole |
| Connector type | Header, Breakaway |
| Fastening type | Push-Pull |
| Voltage rating | 30VAC |
| Current rating | 3A |
| Operating temperature | -65°C~105°C |
| Contact material | Copper Alloy |
| Insulation color | Black |
| Insulation height | 0.090\" (2.29mm) |
| Insulation material | Thermoplastic |
| Parameter | Value |
|---|---|
| Material flammability rating | UL94 V-0 |
| Style | Board to Board or Cable |
| Package | Bulk |
| Shrouding | Unshrouded |
| Termination | Kinked Pin, Solder |
| Contact shape | Square |
| Rows | 1 |
| Pitch | 0.100\" (2.54mm) |
| Positions | 24 |
| Contact finish - post | Tin-Lead |
| Contact length - post | 0.120\" (3.05mm) |
| Overall contact length | 0.440\" (11.18mm) |
| Contact finish - mating | Gold |
| Contact length - mating | 0.230\" (5.84mm) |
| Contact finish thickness - post | 100.0µin (2.54µm) |
| Contact finish thickness - mating | 30.0µin (0.76µm) |
It mates with matching AMPMODU receptacles or IDC sockets for board-to-board or cable-to-board connections. The through-hole kinked-pin termination gives a solder anchor that handles moderate cable strain without a secondary lock.
The contact post finish is tin-lead (100.0 µin), which may affect RoHS compliance status for new designs.
Termination is kinked pin, solder through-hole. Insulation height is 0.090" (2.29mm) above the board surface.
This obsolete part is available through independent distribution channels. Submit an RFQ for current availability and pricing — we source per your BOM quantity from our multi-supplier network.
TE Connectivity does not list a direct pin-compatible replacement for this obsolete AMPMODU Mod II header. A board redesign may be required to use an active series such as AMPMODU Mod IV or BergStik II — confirm the pitch and mating interface before substituting.