CD5FC121GO3F

Mica and PTFE capacitors have long been a mainstay in the electronics industry due to their unique properties. The model CD5FC121GO3F is a specific example of a mica/PTFE capacitor and is characterised by its application fields, as well as its working principles.

Mica and PTFE capacitors find use in power-supply and pulse-generator circuitry, because of their low equivalent series resistance and stringent stability requirements. The model CD5FC121GO3F in particular is particularly suitable in both fields, providing excellent performance and reliability. A further advantage of this model is that its high capacitance and small volume gives it a higher power density than traditional capacitors.

The CD5FC121GO3F capacitor utilizes the dielectric properties of both mica and PTFE. Mica provides the capacitor with higher permittivity and excellent tolerance to current, voltage, and temperature. PTFE provides high stability and good insulation, withstanding up to 5,000V of electrical stress. Furthermore, the combination of these two materials results in a capacitor of significantly low ESR compared to other capacitors.

The CD5FC121GO3F capacitor works on the principle of the displacement of electric charge. When a voltage is applied to a capacitor’s positive and negative terminals, an electric field is created between them. The electric field causes the positive terminal to build up positive charge and the negative terminal to build up negative charge. This displacement of electric charge creates a field of energy called a ‘capacitance’, or, in the case of the CD5FC121GO3F, a ‘mica/PTFE capacitance.’

The CD5FC121GO3F is a general-purpose capacitor with a wide application field. Its combination of mica/PTFE materials makes it ideal for use in applications such as cancer therapy, radar antennas, RFID tags, aerospace circuitry, and microwave ovens. Such applications benefit from the capacitor’s combination of low equivalent series resistance and exceptional stability.

The CD5FC121GO3F capacitor also has wider applications in the analogue and digital circuits, and is commonly used in power distribution networks. Due to its highly efficient power delivery, the capacitor helps to reduce electromagnetic interference and provides an excellent noise immunity. Furthermore, the combination of its mica and PTFE construction gives it greater heat-dissipation abilities, and greater power handling capabilities.

In summary, the CD5FC121GO3F capacitor is a high-performance, general-purpose mica/PTFE capacitor, suitable for a variety of applications ranging from cancer therapy to power distribution networks. Its combination of materials provides it with benefits such as a high power-per-volume ratio, low equivalent series resistance, and exceptional stability. Furthermore, its resistance to voltage, current, temperature, and electromagnetic interference are also known to be excellent.