Power consumption has always been one of the focuses of mobile device manufacturers such as smartphones, notebooks, and tablets. The size and capacity of batteries are often limited. This means that energy management is critical to this type of equipment. As smartphone screens become larger and larger, and functions become more complex, the demand for longer-life batteries is growing. What are the challenges you face when designing power and system management products? How do you face this challenge?
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Battery consumption is a primary concern for portable devices. One way to extend battery life is to reduce current consumption because saving current can reduce battery drain and increase battery life. Any portable device needs to incorporate a variety of different technologies and is carefully designed to minimize power consumption and leakage. When you integrate these technologies into power and system management PMIC devices and buck converters, the benefits of each technology multiply, allowing the device to save more microamps of current and extend battery life.
The challenge of successfully overcoming battery life is due to design expertise and process technology. With strong design expertise, Micrel offers industry-leading products and optimal design solutions to ensure that equipment is delivered with minimal power consumption. Process technology is another important consideration because poor process can cause many leakage problems in transistors, resulting in reduced device performance. By using the best process technology combined with the most powerful design capabilities, Micrel was able to develop components that effectively extend battery life like the MIC826.
Recently, Micrel has launched a series of new and exciting products, including the latest manager MIC826. Can you talk about the advantages of this new product?
The MIC826 is primarily designed and introduced for portable devices, and battery life is the key to such devices. A key factor in battery life is to minimize current consumption. The MIC826 consumes 50% less power than competing devices and is by far the most power-hungry in the highly integrated voltage manager industry.
Another important consideration for portable devices is the shape, as these devices are trending toward thinner and smaller. The MIC826 is a highly integrated device with many important new features, including dual output, watchdog timer and manual reset, all in one of the industry's smallest packages measuring 1.6 x 1.6 x 65 mm – and competing with others The solution can be up to 70% smaller than the solution. .
Another important consideration is the voltage threshold accuracy, which means that the device's power failure accuracy is improved and the response time is increased. When a microprocessor fails, the MIC826 detects the minimum voltage error and sends a signal to reset the controller. Compared to competing devices, the MIC826's error detection speed is faster and is the fastest fault identification and correction device. The MIC826 has the best voltage threshold accuracy at room temperature compared to a similar voltage manager that provides equivalent functionality – up to 0.5% accuracy compared to the industry average of 1.5%.
When it comes to temperature, the MIC826 is rated at 125°C, while its competing solution is rated at 85°C. This means that the device is suitable for industrial, automotive and portable devices. In fact, the MIC826 maintains the industry's best accuracy over its entire rated operating temperature range (minus 40°C - 125°C).
Last but not least, there is no compromise in the performance of the MIC826. In order to take advantage of one aspect, one design component is often sacrificed. By providing the lowest current consumption in the smallest package and providing the best voltage threshold accuracy over the widest temperature range, Micrel demonstrates superior competitive advantages while meeting key industry specifications. Most importantly, the MIC826 is very cost effective and priced at only 1/3 to 1â„2 of its competing equipment, making it the ideal solution in the industry.
What are the target application areas of the MIC826?
The MIC826 is the ideal solution for a wide range of applications, including portable devices such as smartphones and tablets, computers, microprocessor systems, smart instruments, automotive and industrial applications.
Cylindrical Battery Contacts Clips Springs
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