제조사부품번호

Energizer SR69 Button Battery, 1.55 V, 9.5 mm Diameter

RS 제품 번호:: 683-362
제조사 부품 번호:: 7638900253016
제조업체:: Energizer

Energizer SR69 Button Battery, 1.55 V, 9.5 mm Diameter

Subtotal (1 pack of 10 units)*

₩26,300.00

추가로 2026년 10월 19일 부터 58 개 단위 배송

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팩	한팩당	한팩당*
1 +	₩26,300.00	₩2,630.00

* 참고 가격: 실제 구매가격과 다를 수 있습니다

RS 제품 번호:: 683-362
제조사 부품 번호:: 7638900253016
제조업체:: Energizer

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모두 선택	제품 정보	값
	브랜드	Energizer
	Battery Size	SR69
	Product Type	Button Battery
	Chemistry	Silver Oxide
	Nominal Voltage	1.55V
	Battery Capacity	34mAh
	Diameter	9.5mm
	Termination Type	Flat Contact
	Standards/Approvals	No
	Height	2.1mm
	Weight	700mg
	Series	371/370
	IEC Code	SR69

	모두 선택
	브랜드 Energizer
	Battery Size SR69
	Product Type Button Battery
	Chemistry Silver Oxide
	Nominal Voltage 1.55V
	Battery Capacity 34mAh
	Diameter 9.5mm
	Termination Type Flat Contact
	Standards/Approvals No
	Height 2.1mm
	Weight 700mg
	Series 371/370
	IEC Code SR69

Datasheet - 371

COO (Country of Origin):: JP

Energizer 371/370 Series Button Battery, 9.5mm Diameter, 1.55V Nominal Voltage - 7638900253016

This button battery is a Compact silver oxide cell designed to supply low continuous voltage for small electronic devices. It operates at 1.55V nominal and is intended for applications requiring steady low-drain power with occasional higher Pulse demands, offering consistent output across normal ambient temperatures.

Features and Benefits:

• 34mAh capacity provides extended low-drain service life
• 10-20Ω impedance ensures stable voltage under load
• 0.7g mass reduces added weight in portable devices
• Gel anode chemistry supports predictable discharge behaviour
• 1.2V load cut‑off prevents excessive depletion during use

Applications

• Suitable for wrist-instrument timing mechanisms
• Used with Compact medical monitoring sensors
• Ideal for remote controls with infrequent transmissions
• Can be used for memory back-up in small electronics
• Suitable for low-power LED indicators and sensors

How was capacity measured for typical ratings?

Capacity was determined under a continuous 33kΩ drain at 21°C to a 1.5V cut‑off.

What electrical behaviour should be expected during pulses?

The cell is intended for continuous low drains with the capability to deliver higher pulses on demand due to its internal impedance range.

What temperature effects influence service life?

Service performance varies with temperature, relative service changes are charted across −20°C to 40°C indicating reduced capacity at lower temperatures.

What is the voltage threshold to consider the cell depleted?

Practical load cut‑off for service assessment is specified at 1.2V for typical discharge scenarios.