Description
10PK Maxell Silver Oxide SR920SW Low Drain Watch Battery Replaces 370, 371, 371BP, 371A, 371B, 371L, 537, 605, AG6, B370H, CX69 GP71 S21, D 371, D370, D370/371 This battery is a Silver-Oxide cell normally used in watches, with a shelf life of 5+ years. Other applications may include calculators, film cameras, medical instruments, cash registers, or FA instruments (measuring instruments, onboard microcomputers, sensors). Low drain batteries are best used in devices that use a small amount of power over a long period of time: Analog watches, TV remotes, alarm clocks, etc. This is in comparison to high drain batteries, which are for devices with a continuous, low power use and occasional high peaks: Analog and digital watches with extra functions (backlight, alarm), pocket calculators, electronic games, cameras, etc. Maxell Silver Oxide SR920SW Low Drain Watch Battery Specifications Chemistry: Silver Oxide, Nominal Voltage: 1.55V, Nominal Capacity: 45(mAh), Nominal Discharge Current: 50 (�A), Diameter: 9.5 mm, Height: 2.1 mm, Maxell Silver Oxide SR920SW Low Drain Watch Battery Features Flat discharge characteristics A flat discharge curve during discharge supplies a stable voltage until the end of the discharge life., High-energy density High-energy density per unit volume provides approx. twice as the amount of energy capacity as button-type alkaline batteries., Excellent discharge load characteristics Employing an alkaline electrolyte, the SR battery features excellent discharge load characteristics. Depending on the composition of the electrolytes, two models are available;, a low-drain type for analog watches, and a high-drain type for multi-function watches incorporating an alarm, illumination light, etc., Superior leakage* resistance Featuring Maxell's original leak-resistant processing, the SR battery has excellent leakage resistance, which suppresses the electrolyte from rising up and seeping out � a basic phenomenon of alkaline electrolytes.
10PK Maxell Silver Oxide Watch Battery SR920SW Low Drain Replaces 371
Price is below average
Current Price
$6.9
Average
$6.92
Min Price
$6.9
Max Price
$6.95
Price dynamics
0%
Description
10PK Maxell Silver Oxide SR920SW Low Drain Watch Battery Replaces 370, 371, 371BP, 371A, 371B, 371L, 537, 605, AG6, B370H, CX69 GP71 S21, D 371, D370, D370/371 This battery is a Silver-Oxide cell normally used in watches, with a shelf life of 5+ years. Other applications may include calculators, film cameras, medical instruments, cash registers, or FA instruments (measuring instruments, onboard microcomputers, sensors). Low drain batteries are best used in devices that use a small amount of power over a long period of time: Analog watches, TV remotes, alarm clocks, etc. This is in comparison to high drain batteries, which are for devices with a continuous, low power use and occasional high peaks: Analog and digital watches with extra functions (backlight, alarm), pocket calculators, electronic games, cameras, etc. Maxell Silver Oxide SR920SW Low Drain Watch Battery Specifications Chemistry: Silver Oxide, Nominal Voltage: 1.55V, Nominal Capacity: 45(mAh), Nominal Discharge Current: 50 (�A), Diameter: 9.5 mm, Height: 2.1 mm, Maxell Silver Oxide SR920SW Low Drain Watch Battery Features Flat discharge characteristics A flat discharge curve during discharge supplies a stable voltage until the end of the discharge life., High-energy density High-energy density per unit volume provides approx. twice as the amount of energy capacity as button-type alkaline batteries., Excellent discharge load characteristics Employing an alkaline electrolyte, the SR battery features excellent discharge load characteristics. Depending on the composition of the electrolytes, two models are available;, a low-drain type for analog watches, and a high-drain type for multi-function watches incorporating an alarm, illumination light, etc., Superior leakage* resistance Featuring Maxell's original leak-resistant processing, the SR battery has excellent leakage resistance, which suppresses the electrolyte from rising up and seeping out � a basic phenomenon of alkaline electrolytes.
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