OUCCA DC-T300 Replacement Battery 3.7V 720mAh Li-ion

OUCCA Kodak EasyShare DC-T300 / DC-A1200 / T-1200 — 3.7V Li-ion Replacement Battery

This OUCCA 3.7V 720mAh Li-ion cell replaces the original KLIC-7001 battery in the Kodak EasyShare DC-T300, DC-A1200, and T-1200 compact digital cameras. It matches OEM voltage and capacity exactly. Slot it in and the camera body powers on normally.

• DC-T300, DC-A1200, and T-1200 fit group: All three models draw from the same 3.7V rail and use the KLIC-7001 form factor — same connector pin-out, same 39.50 × 35.40 × 5.60mm footprint, same BMS handshake threshold. One cell covers the group.
• Bench tested on actual hardware: We cycled this cell through charge and discharge on a DC-T300 body. The BMS accepted the cell without rejection flags, voltage held steady through both photo burst and video capture sequences, and the protection circuit tripped correctly at low-voltage cutoff.
• First-use charge cycle on Kodak EasyShare bodies: Run one complete charge cycle through the camera body or OEM charger before heavy shooting. The Kodak BMS maps battery-remaining display against a learned discharge curve — skipping this step often causes the indicator to read inaccurately across the whole charge range.

Flash recycling lag on the DC-T300 with a new replacement cell

The EasyShare DC-T300 flash capacitor draws a sharp recharge current spike after every fired shot. A replacement cell that hasn't completed its first full charge cycle delivers slightly lower resting voltage, and the camera's power management circuit throttles the recharge current it allows to the capacitor. This shows up as a longer-than-expected pause between flash-ready beeps. After two or three full charge cycles, the cell's internal resistance settles and capacitor recharge returns to normal pace.

Battery percentage jumping erratically on the DC-A1200 display

The DC-A1200 maps its battery indicator to fixed voltage thresholds tuned for the original KLIC-7001 discharge curve. A new Li-ion cell has a flatter mid-range discharge curve than a worn OEM cell, so the indicator can jump from 100% to 60% quickly then sit at one bar for a long time — even though total capacity is normal. This is a calibration gap, not a faulty cell. Charge the battery fully in the camera body, allow it to discharge through normal use once, then recharge fully — the indicator stabilises after that cycle.