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101007-*****1-1
| Current Rating：0.5A | Withstand Voltage：800MΩ/min |
| Voltage Rating：≤50V | Operating Temperature Range：-25℃~+85℃ |
tape and reel、 tube packaging、Tape and Reel Package
Note For Wafer Connectors, FPC Connectors, FAKRA Connectors, and HSD Connectors, please contact customer service to confirm the final packaging method based on product specifications, size, and quantity requirements.
FPC 0.5mm Pitch 2.0H Drawer Vertical SMT Half Shield Top Contact pairs a slim profile with a cable retention method that fits automated production lines.
Drawer Actuator — The slide-in actuator secures the FPC without a flip cover, so operators and pick-and-place equipment load the cable in one motion and the latch keeps it from walking out under vibration.
Half Shield — A partial metal shield covers the contact zone to reduce EMI at the signal path while keeping the connector lighter than a fully enclosed type, useful where weight and height are constrained.
Top Contact — Contacts sit on the upper side of the terminal, aligning with FPC cables that terminate on the top face and giving a consistent insertion reference during assembly.
Vertical SMT Mounting — The 2.0mm body stands perpendicular to the board and reflows onto pads, saving lateral footprint on dense PCBs and supporting standard surface-mount assembly.
Electrical Limits — Each contact carries 50V AC/DC and 0.5A, with initial contact resistance capped at 40 mΩ and dielectric withstanding set at 200V AC, figures that hold across the -25°C to +85°C service band.
FPC 0.5mm Pitch 2.0H Drawer Vertical SMT Half Shield Top Contact fits inside slim consumer devices where a top-terminated flex cable meets a crowded main board. In handheld instruments and wearables, the vertical body keeps the flex route short while the half shield tones down interference near sensitive analog traces.
Industrial control modules use the same connector to link display flexes and sensor ribbons to a vertically mounted logic board, where the drawer latch resists loosening from equipment vibration.
Portable medical and test gear benefits when boards pass through reflow and later sit in environments that swing between cold storage and warm operation, since the part holds its 50V/0.5A rating across that thermal span.
FPC 0.5mm Pitch 2.0H Drawer Vertical SMT Half Shield Top Contact is supplied against a documented specification and a manufacturing base with certified processes.
Traceable Part Number — Every unit ships against part number 101007-*-1, with the full electrical specification on file so procurement and engineering can match it to the design without ambiguity.
Documented Electrical Verification — The connector is specified to 200V AC dielectric withstanding and 40 mΩ max initial contact resistance, giving a concrete benchmark rather than a generic claim.
Proven Manufacturing Base — Jinkeji has manufactured connectors since 2000 and runs ISO 9001 and IATF 16949 certified processes, supporting consistent lot-to-lot quality.
Wide Service Temperature — Rated for continuous use from -25°C to +85°C, the part covers both room-temperature and thermally demanding installations under one specification.
Q: What voltage and current does the FPC 0.5mm Pitch 2.0H Drawer Vertical SMT Half Shield Top Contact carry?
A: The connector is rated at 50V AC/DC and 0.5A per contact. These limits apply across the full -25°C to +85°C operating range, so the same part serves both room-temperature and thermally varied boards without derating.
Q: Which shield type keeps the connector lighter on an FPC, half shield or full shield?
A: A half shield covers only the contact zone, cutting EMI at the signal path while keeping the body lighter. A full shield encloses the whole connector for broader protection but adds height and weight. Choose half shield when space and mass are the priority.
Q: Where does the drawer actuator differ from a flip-lock ZIF type?
A: The drawer actuator is a low-insertion-force slide mechanism, not a flip-lock ZIF. The cable slides in and the latch holds it, so no cover lifts. It suits automated loading but uses a retention method unlike flip-lock types.
Q: How much contact resistance does this connector allow at initial condition?
A: Initial contact resistance is 40 mΩ maximum per contact. This is measured at the initial condition before life testing, giving a baseline for signal-loss planning in low-current flex circuits.
Q: Does this vertical SMT connector survive reflow soldering?
A: Yes. The vertical SMT body reflows onto board pads through standard surface-mount assembly. Keep the 2.0mm profile and pad layout to the recommended land pattern so the half shield and contacts seat correctly during the thermal cycle.
