EEH-ZE1H101P Capacitors

Aluminum-polymer capacitors are passive, non-linear components used in a variety of electrical applications and function primarily as energy storage devices. They are able to store significant amounts of energy due to their high dielectric constant. Aluminum - polymer capacitors are available in a wide range of formats and sizes to suit different applications. They are ideal for high-frequency operational amplifiers, active filters and automotive applications. In particular, the EEH-ZE1H101P is a surface-mount aluminum-polymer capacitor used in automotive, medical and telecommunications applications.

The EEH-ZE1H101P is available in two distinct versions – with and without an internal ESR (Equivalent Series Resistance). The versions without ESR are able to store more energy than the versions with ESR, although the latter offer higher pulse capability. The EEH-ZE1H101P is a polarization-free capacitance module, meaning that it is self-balancing and does not require an additional voltage source for proper performance. It has a 3.2V rating and is capable of storing large amounts of energy regardless of temperature due to the aluminum substrate used in its construction.

The EEH-ZE1H101P has a three-terminal architecture resembling a film capacitor. The terminals are identified as ‘+’ and ‘-’ and the third ‘G’ terminal is used to connect the capacitor to ground. The ‘+’ and ‘-’ terminals form the two electrodes between which the electric field is generated. A dielectric layer of aluminum-polymer material is inserted in between the two electrodes, which is responsible for the energy storage capability of this capacitor. The ‘G’ terminal is used to connect the capacitor to the electrical supply.

The working principle of the EEH-ZE1H101P is that when a voltage is applied to its two electrodes, the voltage across the dielectric layer will increase, inducing an electrical field. This field creates an electric dipole in the dielectric material, creating an accumulation of charge at each end. This charge accumulates until the voltage across the dielectric reaches its critical value, which is determined by the characteristics of the material and its geometry. Once the charge reaches its critical point, a certain amount of energy is stored in the capacitor. The amount of energy stored depends on the voltage applied, the magnitude of the charge, and the capacitance of the device.

Once the EEH-ZE1H101P has stored the energy, it is able to discharge this energy to the external circuit when a current is applied to the circuit. The current will flow through the dielectric layer, releasing the charge, and this in turn reduces the voltage across the dielectric layer. The energy stored in the capacitor is thus released to the circuit, providing it with power.

The EEH-ZE1H101P is an ideal choice for applications where high capacitance and high pulse capability are required. It is particularly useful for automotive, medical and telecommunications applications that require large amounts of energy storage. The EEH-ZE1H101P provides reliable performance and is an excellent solution for applications that require energy storage in a variety of voltage levels.

In summary, EEH-ZE1H101P aluminum-polymer capacitors are used in a variety of applications and offer excellent energy storage capacity due to their high dielectric constant. The EEH-ZE1H101P is available in two versions – with and without an internal ESR – and can withstand high voltages and suffer little voltage/temperature drift. It is easy to install and maintain, and provides reliable, long-lasting performance.