 |
101004-******-1
| Current Rating：0.5A | Withstand Voltage：800MΩ/min |
| Voltage Rating：≤50V | Operating Temperature Range：-40℃~+105℃ |
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.
Drawer slide lock - A side actuator opens to near-zero insertion force, so the flex cable seats without bending stress, then clicks shut to clamp. Because it needs only lateral clearance, it fits automated SMT lines where a top-opening flip lock would need vertical headroom.
Bottom contact - The terminals face downward, letting the flex gold fingers meet the connector from below. This keeps the space above the connector open for top-layer routing and steers dust and handling debris away from the contact tips.
Half shield - A partial shield covers the exposed side to cut radiated noise at lower cost and weight than a full shield. It is the pragmatic choice for moderate EMI rather than densely noisy enclosures.
2.0mm profile - The low mounted height reclaims vertical space in thin assemblies, yet the body stays thick enough for stable handling and reflow without warping.
Fine 0.5mm pitch - Tight contact spacing packs more circuits into a small footprint, supporting high-pin-count flex links in compact consumer and automotive cabin layouts.
Thin client and laptop displays - The FPC 0.5mm Pitch 2.0H Drawer Bottom Contact Half Shield links the main board to an LCD or touch panel where the flex bends upward; its bottom contact and 2.0mm height leave the top layer free and the stack slim.
Automotive cabin modules - Infotainment and instrument clusters carry many flex links; the drawer lock resists vibration and the -40C to +105C range covers the cabin without special derating.
Wearables and IoT sensors - Crowded, low-clearance layouts benefit from the slim profile and side actuation, which keep automated placement fast even where a flip lock would not fit.
The FPC 0.5mm Pitch 2.0H Drawer Bottom Contact Half Shield earns its place in compact, automated builds for several reasons.
Placement-friendly actuation - The side slide lock needs no top clearance, so automated SMT placement runs at higher throughput than top-opening locks and avoids actuator collisions.
Balanced EMI cost - The half shield gives meaningful noise reduction at a lower bill-of-material cost and weight than a full shield, a sound trade for moderate-noise products.
Sound electrical ratings - 50V and 0.5A per contact, 40mOhm max initial contact resistance, 200VAC withstand and 800MOhm insulation support clean, stable signal and light-power flex links.
Wide thermal range - Rated -40C to +105C, the connector serves consumer, in-cabin automotive and light industrial products from one part number.
Compact yet serviceable - At 2.0mm mounted height it saves vertical space while staying easy to handle, reflow and rework compared with thinner alternatives.
Q: How does the drawer slide lock work?
A: Slide the side actuator to release the clamp, insert the flex cable at near-zero force, then slide it back to lock. It needs only lateral clearance, so it fits automated lines where a top-opening flip lock would need vertical space.
Q: Why choose bottom contact instead of top contact?
A: The terminals face down, so the flex gold fingers meet the connector from below. That keeps the area above the connector free for top-layer routing and keeps dust off the contact during handling and SMT.
Q: Is the half shield enough for typical EMI?
A: For moderate EMI it usually is, cutting noise on the open side at lower cost and weight than a full shield. In high-noise enclosures, add grounded board traces or choose a full-shield variant.
Q: What are the electrical and temperature ratings of this connector?
A: The FPC 0.5mm Pitch 2.0H Drawer Bottom Contact Half Shield is rated 50V and 0.5A per contact, with 40mOhm max initial contact resistance, 200VAC withstand, 800MOhm insulation, and operation from -40C to +105C.
