Alcatel One Touch Shockwave 3.7V Replacement Battery CAB60BA000C1

Alcatel One Touch Shockwave / ADR3045 — 3.7V Li-ion Replacement Battery (CAB60BA000C1)

This 3.7V, 1450mAh Li-ion cell replaces the original battery in the Alcatel One Touch Shockwave and ADR3045 smartphones. It matches OEM part numbers CAB60BA000C1, TLiB60B, CAB60B000C1, and CAB60B0001C1. Capacity is 5.37Wh — identical to the factory specification.

• One Touch Shockwave and ADR3045 fitment: Both model numbers reference the same hardware platform. They share the same battery bay dimensions (64.15 × 49.98 × 4.20mm), connector pinout, and charge IC handshake — one cell fits both without modification.
• Bench tested on actual hardware: We cycled this cell through full charge and discharge on the Shockwave platform. The BMS accepted the charge handshake on the first cycle, voltage held steady under screen-on and modem load, and no protection cutoffs triggered during the test.
• Fuel gauge recalibration on first use: After fitting this cell, disable fast charging and complete one full discharge-to-charge cycle before normal use. The fuel gauge IC on the Shockwave calibrates its coulomb counter against the actual discharge curve of the installed cell — skipping this step causes the percentage readout to drift against the new cell's characteristics.

Sudden shutdown at 20–30% on the Shockwave after a cell swap

The Shockwave's fuel gauge IC retains the discharge curve data from the old, degraded cell after a swap. When the new cell hits the voltage range where the old cell used to collapse, the IC treats it as a critical low-voltage event and shuts the phone down — even though the new cell still has usable charge. The fix is one complete uninterrupted discharge cycle from 100% to automatic shutdown, followed by a full charge without interruption. After that cycle, the coulomb counter resets its reference points against the new cell and the premature cutoff stops.

Phone warm near the battery compartment on the first few charges

A new Li-ion cell has higher internal impedance than a cell that has been through several cycles. During the first two or three charges, the charge IC pushes current into a cell with more resistance than it expects, and that resistance converts some energy to heat. This is normal and tapers off as the cell's impedance drops with use. If the device stays warm beyond the third full charge cycle, check that the back cover is seated flat — a partially lifted cover traps heat against the battery compartment.