CR1225 Batteries
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CR1225 batteries provide reliable 3V power to microelectronics.
CR1225 lithium cells (12.5 mm x 2.5 mm) combine a reduced diameter with a 48mAh capacity, CReating a perfect balance between compactness and power. This 3V element is intended for devices where space is strictly limited – for example, medical electronics, small digital watches, and bicycle pressure sensors. The Anti-Leak technology built into the steel shell provides maximum protection against oxidation even under significant temperature fluctuations. Its 5-year storage standard allows for the CReation of safe logistics and spare parts supply systems in companies.
Physical and technical advantages:
- 48mAh resource: For long-term performance in medical devices and small watches.
- Constant flow: Does not overload the equipment's electronic circuit and extends its life.
- 2.5 mm height: Specially designed for compact niche standards.
Stable energy flow makes this power format an integral part of modern and innovative devices. If the technology requires an even thinner design with a 2.0 mm thickness, check out our stable CR1220 Batteries. Safety standards require the use of only certified and tested elements in the equipment. Properly selected components that meet technical specifications significantly extend the operating cycle of the hardware in extreme working conditions. Careful selection of materials and engineering during the manufacturing process ensure maximum reliability and safety in all technical application scenarios. This analytical approach is fundamental to today's demanding industrial needs, where there is no room for error and where energy efficiency is always a primary requirement for any reliable system. This allows for significant resource savings in the long run, guaranteeing safety.
Q: What is the specification of the CR1225 battery and its role in small-sized equipment?
Q: Why are CR1225 batteries frequently built into dog night LED collars and bicycle valve lights?
Q: Why are digital medical thermometers with backlighting switching from silver oxide to lithium CR1225 power?
Q: How to distinguish the thinner CR1220 from the CR1225 if the marking has worn off?
Q: How to safely replace the small CR1225 battery in sports equipment sensors (e.g., cadence sensors)?
A: The CR1225 has a diameter of 12.5 mm and a thickness of 2.5 mm; its 3.0V lithium system provides about 50 mAh capacity. This compact but relatively thick format guarantees higher energy density for devices with very small diameter sockets, such as small-format blood pressure monitors or special LED indicators.
Q: Why are CR1225 batteries frequently built into dog night LED collars and bicycle valve lights?
A: Maintaining light diode brightness requires a strong impulse (around 3.0V), while motion sensors demand a long standby mode. The VIDEX CR1225 lithium element offers a slow discharge curve at low temperatures, maintaining bright LED output in autumn and winter outdoor conditions.
Q: Why are digital medical thermometers with backlighting switching from silver oxide to lithium CR1225 power?
A: If the thermometer has a backlight, two 1.5V coin cell batteries take up too much space in thickness. A single 3.0V lithium CR1225 battery can simultaneously power both the sensor's ADC converter and the LCD screen's LED diode, providing sufficient (50 mAh) capacity for multiple years of measurement cycles.
Q: How to distinguish the thinner CR1220 from the CR1225 if the marking has worn off?
A: Both have an identical 12.5 mm diameter, but the thickness difference is microscopic (2.0 mm versus 2.5 mm). If a CR1220 is inserted into a 2.5 mm socket, the contact will be loose and the device will reset, but if you try to press a 2.5 mm thick CR1225 into a 2.0 mm socket, it will physically deform the casing's plastic seal.
Q: How to safely replace the small CR1225 battery in sports equipment sensors (e.g., cadence sensors)?
A: Plastic or ceramic tweezers MUST be used, because the 12.5 mm battery area is so small that a metal tool touching both the flat cap (+) and the side edge (-) will instantly cause a short circuit, ruining the element even before it is inserted into the sensor.
