FPC 1.0mm Pitch 2.5H Drawer Half Shield Bottom Contact

Gold plating sets the FPC 1.0mm Pitch 2.5H Drawer Half Shield Bottom Contact apart from bare-finish parts, holding contact resistance to 40 mΩ maximum at initial so signal links stay clean through thermal cycling. The side drawer pulls out to seat the flex cable flat against the bottom contacts, then pushes back to lock without the swing room a flip latch needs, which suits tight 2.5 mm stacks. A partial metal shield covers the contact face to cut radiated EMI while keeping cost and height below a fully shielded body. The 1.0mm pitch carries medium-density routing where board space is limited but the link must survive repeated mating. With a 200 V AC withstanding rating, 800 MΩ minimum insulation resistance, and an operating range of −40 °C to +105 °C, the receptacle fits display drivers, handheld instruments, and industrial boards that need a stable, serviceable flex connection.

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Model:
19、101027-*****1-1

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Product Description

Specifications

Current Rating‌：1A	Insulation Resistance‌：800MΩ
Voltage Rating：50V	Withstand Voltage：200 V AC/rms
Contact Resistance‌：≤40mΩ	Operating Temperature Range‌：-40℃~+105℃

Material

Plastic material‌：——

Terminal material：——

Package Type

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.

Drawing/Model

Product Features

**Gold Plating** — The FPC 1.0mm Pitch 2.5H Drawer Half Shield Bottom Contact uses gold-finished contacts that hold contact resistance to 40 mΩ maximum at initial, so low-level signals and thin traces keep a stable path through thermal cycling and storage. Gold also resists oxidation at the mating surface, which matters on links that are mated and unmated during service.

**Bottom Contact Interface** — The flex cable sits conductor-side down on the bottom contacts, and the side drawer clamps it flat after it slides in. This leaves the cable's exposed face upward for inspection and keeps the actuator profile inside the 2.5 mm height, close to neighbouring parts.

**Isolation and Withstanding** — The part is specified at 200 V AC withstanding voltage and 800 MΩ minimum insulation resistance, with a 1 A / 50 V rating for normal operation. Those figures set the clearance and leakage budget for the board and guide creepage on dense layouts.

**Drawer Actuation and Half Shield** — The pull-out drawer removes the rotational clearance a flip latch needs, and the partial shield covers the contact zone to trim radiated EMI at lower cost than a full shield, keeping the same 1.0mm pitch and −40 °C to +105 °C range as the family.

Application Scenarios

**Display Drivers** — On a panel driver board, the FPC 1.0mm Pitch 2.5H Drawer Half Shield Bottom Contact reaches the timing controller inside a thin bezel; the 2.5 mm height and drawer actuation leave room beside the touch layer, and gold contacts keep the link stable across temperature swings.

**Portable Instruments** — Battery or sensor modules in handheld testers need a flex link that disconnects fast. The drawer release lets a technician swap the module without desoldering, and the bottom-contact layout keeps each re-mate aligned across service cycles.

**Sensor and I/O Boards** — PLC and sensor boards in cabinets or on plant floors benefit from the 200 V withstanding rating, 800 MΩ insulation, and the −40 °C to +105 °C range, so one connector serves links that see wide temperature and voltage stress without a separately qualified variant.

Why Choose FPC 1.0mm Pitch 2.5H Drawer Half Shield Top Contact Connector

**Gold-Finish Signal Stability** — The FPC 1.0mm Pitch 2.5H Drawer Half Shield Bottom Contact carries gold-plated contacts rated at 40 mΩ maximum contact resistance, giving designers a low and stable path for sensitive signals instead of a bare-finish part.

**Published Isolation Margins** — The 200 V AC withstanding voltage and 800 MΩ minimum insulation resistance are stated for this part, setting a concrete creepage and leakage budget when the board is laid out.

**Fixed Part Configuration** — Part number 101027-*****1-1 identifies a locked set of pitch, height, contact style, plating, and shielding, so each lot and rework matches the original specification without re-confirmation.

FAQs

**Q: Why does gold plating matter for this FPC connector?**

**A:** Gold plating keeps the mating surface from oxidizing, so contact resistance stays at 40 mΩ maximum through storage and thermal cycling. On low-level signal links that are mated and unmated in service, that stability protects signal integrity through the product life.

**Q: What withstanding voltage and insulation resistance does it provide?**

**A:** The connector is specified for 200 V AC withstanding voltage and 800 MΩ minimum insulation resistance. Those figures set the creepage and leakage budget for the board and let the link sit beside higher-voltage traces without extra isolation parts.

**Q: Which side of the FPC meets the contacts in the FPC 1.0mm Pitch 2.5H Drawer Half Shield Bottom Contact?**

**A:** The flex cable lies conductor-side down on the bottom contacts, and the drawer clamps it flat after insertion. The exposed face stays upward for visual inspection, while the 2.5 mm actuator profile fits tight stacks beside neighbouring components.

**Q: Can the gold-plated contacts survive repeated mating cycles?**

**A:** The gold finish resists wear at the mating surface, and the side drawer releases the cable without tools, so modules swap during service without resoldering. The bottom-contact layout keeps each re-mate aligned across cycles within the stated −40 °C to +105 °C range.