Energizer SR66 Button Battery, 1.55 V, 6.8 mm Diameter

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€ 12,75

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RS-stocknr.:
683-365
Fabrikantnummer:
7638900253023
Fabrikant:
Energizer
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Merk

Energizer

Product Type

Button Battery

Battery Size

SR66

Chemistry

Silver Oxide

Nominal Voltage

1.55V

Battery Capacity

24mAh

Diameter

6.8mm

Termination Type

Flat Contact

NEDA Code

1176SO

Standards/Approvals

No

Weight

420mg

Height

2.6mm

IEC Code

SR66

Series

377/376

Vrijgesteld

Land van herkomst:
JP

Energizer 377/376 Series Button Battery, 1.55V Nominal Voltage, 24mAh Capacity - 7638900253023


This button battery provides a stable 1.55 V supply for low continuous drain devices and intermittent high-pulse demands. It uses a silver oxide chemical system and is designed for applications requiring compact, lightweight power where consistent voltage and predictable discharge behaviour are needed at room temperature.

Features and Benefits:


• 24 mAh capacity delivers extended service at low continuous drain
• 15-30 Ω impedance supports stable voltage under Pulse loads
• Flat contact termination enables reliable surface connection
• 0.42 g mass reduces added weight in portable assemblies
• 1.2 V cut-off under load prevents deep discharge damage

Applications


• Suitable for precision timekeeping devices in Compact form factors
• Ideal for small medical instruments requiring stable voltage
• Used with low-drain sensors and measurement tags
• Can be used for portable electronic controls needing Pulse bursts

What typical discharge test defines the capacity value?


Capacity is measured under a continuous 47 kΩ drain at 21 °C to a 1.2 V cut-off.

How does temperature affect service performance?


Service changes with temperature, higher temperatures increase delivered service percentage compared with lower temperatures.

What electrical behaviour should be expected under Pulse demand?


The cell maintains near-nominal voltage during high-current pulses due to low internal impedance.

How is end-of-life defined for operational cut-off?


End-of-life is reached when cell voltage falls to 1.2 V under the specified load conditions.

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