CMR05E750GODP

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Mica and PTFE capacitors are increasingly being used in a variety of applications, as devices that can store high amount of energy and perform at low temperatures. The CMR05E750GODP is one such capacitor which is becoming more popular due to its ability to optimize energy storage and also exhibiting other features desired in high temperature applications. This article will discuss the application field of CMR05E750GODP, as well as its working principle.

CMR05E750GODP Application Field

The CMR05E750GODP is designed primarily for low temperature applications, and is often used in a variety of applications including energy storage, transmitters and receivers, and switching. The device is capable of storing energy in the range of 0.6V - 2.5V and has a high current rating of 3A, making it ideal for use in high-precision systems that require sustained energy storage over a long period of time. Additionally, the CMR05E750GODP is suitable for applications involving low switching frequencies (<10 kHz) and high LVT TLI Filament temperatures (< 100°C). In addition to these applications, the CMR05E750GODP is also well-suited for use in RFID systems, as they provide a small package size and low power consumption, both of which are important when utilizing such a system.

CMR05E750GODP Working Principle

The CMR05E750GODP utilizes a combination of mica and PTFE capacitors to achieve the desired energy storage and performance characteristics. Mica capacitors are mainly used for high current applications, as they possess higher dielectric strength and yield less distortion as compared to the ceramic capacitors. However, due to their limited voltage range, mica capacitors need to be combined with PTFE capacitors, which can provide a greater range of energy storage and better temperature stability. The combination of mica and PTFE capacitors in the CMR05E750GODP allows for a voltage range of 0.6V - 2.5V and excellent thermal and dielectric stability.

The CMR05E750GODP is also highly efficient in terms of energy storage, as it incorporates a material that exhibits low resistance. This material, often referred to as the dielectric, is composed of polymeric particles that are suspended within an electrolyte solution. These particles are then charged by applying an appropriate voltage, thereby causing them to store the energy and release it when the voltage is removed.

The CMR05E750GODP capacitors are also capable of offering good performance at wide operating temperature range, making them suitable for applications that involve severe temperature fluctuations. This is possible due to the fact that the device is fabricated using thermally stable materials that can withstand the high temperatures that are commonly encountered in such systems. Furthermore, the capacitor is also equipped with a hermetic seal, which further improves its protection against temperature variations.

Conclusion

The CMR05E750GODP is a mica and PTFE capacitor that is becoming increasingly popular due to its ability to optimize energy storage and perform well in low temperature applications. It is suitable for a variety of applications that require sustained energy storage, such as transmitters and receivers, switching, and RFID systems. The working principle of the CMR05E750GODP involves a combination of mica and PTFE capacitors, which are capable of providing a voltage range of 0.6V - 2.5V and excellent temperature stability. The device is also highly efficient in terms of energy storage, as it incorporates a material that exhibits low resistance, making it suitable for applications that involve severe temperature fluctuations.

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