C5F1100035

C5F1100035 Application Field and Working Principle

C5F1100035 is a type of electronics featuring low power consumption, small size, effective and reliable use in many application fields. The usage of the product includes electronic control circuits related to vehicles, industrial equipment, and consumer electronic products. It is available in a variety of sizes and shapes to suit different needs.

Applications

C5F1100035 is mainly used in consumer electronics, such as TVs, DVD players, digital cameras, and other types of small appliances. It can also be used in industrial control circuits, such as computers, as well as in vehicle electronics, such as navigation systems. It is also used in medical instruments and other equipments.

Working Principle

C5F1100035 consists of a high precision ceramic capacitance as a reference element, a sensing element that detects the capacitance variation, and an amplifier that converts the sensitive capacitance variation to an electrical signal. This signal can then be further processed, for example in a microcontroller. The tolerance of the capacitance is ±0.5%, so the response of the device is very accurate and can be used in critical equipment.

The device can be used in small, compact applications which require limit control or long-term stability. It operates within a wide temperature range from -40℃ up to +85℃, and it includes a built-in temperature compensation circuit which ensures precise, long-term stability.

Moreover, the device has a built-in emergency power-save mode, which can prolong battery life. In this mode, the power is turned off when the device is not working and automatically switched on again when a signal is detected.

Conclusion

C5F1100035 is extremely versatile and powerful. It can be used in a variety of application fields, from consumer electronics to medical instruments, and offers reliable performance, high accuracy, and long-term stability. The built-in emergency power-save mode also helps to prolong battery life, making this device an ideal choice for applications which require limit control and stability.