DELL
DELL Latitude 7285 2-in-1 Docking POGO Connector Circuit Board
Replacement POGO connector board restores docking capability for the Latitude 7285 2-in-1
- Genuine Dell replacement restores reliable docking for Latitude 7285 2-in-1
- POGO connector board ensures secure keyboard-dock attachment every time
- Direct-fit design matches original CAJ00 part for tool-free installation
- New OEM component eliminates intermittent connection faults on supported models
- LS-E444P circuit board maintains factory charging and data transfer speeds
Replacement POGO connector board
This circuit board provides the docking connector for the Latitude 7285 2-in-1 and sits at the bottom edge of the tablet. It restores the physical link between the system and the keyboard dock. The part carries Dell numbers CAJ00, LS-E444P and JPOGO2. It is supplied as a new component.
Thermal noise and power profile
The board is a passive interconnect with no active cooling, fans or power circuitry of its own. It adds no audible noise and draws no measurable power beyond the signals passed through the POGO pins. Normal operation is silent and thermally neutral.
Fit and compatibility scope
Installing this board re-enables docking for the Latitude 7285 2-in-1 when the original connector is damaged or missing. It does not add new ports, change data rates or provide standalone connectivity. Buyers who need a complete dock assembly or a different tablet model will not be served by this part alone.
Highlights
- Genuine Dell replacement restores reliable docking for Latitude 7285 2-in-1
- POGO connector board ensures secure keyboard-dock attachment every time
- Direct-fit design matches original CAJ00 part for tool-free installation
- New OEM component eliminates intermittent connection faults on supported models
- LS-E444P circuit board maintains factory charging and data transfer speeds
Specifications
| Brand | DELL |
|---|
Questions about this item
How is the POGO connector board installed on the Latitude 7285 2-in-1, and what step is often missed?
The board mounts at the bottom edge of the tablet and connects to the internal flex cable. The step often missed is re-seating the flex cable fully before tightening the screws, otherwise the dock will not detect.
What maintenance or replacement will the POGO connector board need over time?
The spring-loaded POGO pins can wear or accumulate debris after repeated dock cycles. Cleaning the pins with isopropyl alcohol and a soft brush restores contact; if pins are bent or recessed, the board must be replaced.
What limit appears first on the POGO connector board during sustained docking use?
The 444-pin interface is rated for thousands of insertion cycles. The first limit is typically mechanical wear on the spring pins, which increases contact resistance and causes intermittent charging or data loss.
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