E36D151CHS353TEE3M

Aluminum electrolytic capacitors are essential components in a large variety of consumer, industrial and automotive applications. They are commonly used to store energy, control voltage, filter noise, and participate in timing circuits. The E36D151CHS353TEE3M is an aluminum electrolytic capacitor of 35mm diameter and 15mm height with a capacitance rating of 10 µF and a working voltage rating of 16V. This capacitance rating and voltage rating make it suitable in a variety of applications.

Application Field

• Resonance circuit: This capacitor can be used to set the frequency of a resonance circuit used in a circuit oscillator.
• High voltage power circuits: It can also be used in high voltage power circuits.
• Timing circuit: This capacitor can be used to store energy for a specific length of time in a timing circuit, thereby speeding up the response time of the circuit.
• Low-frequency filtering circuits: This capacitor can also be used in filtering circuits to remove lower-frequency noise from the signal.

Working Principle

The E36D151CHS353TEE3M aluminum electrolytic capacitor consists of two aluminum plates separated by a porous dielectric material. This dielectric material is made of a highly porous, electrolytic substrate that is impregnated with a electrolyte. The electrolyte enables removal of the majority of the gate current during charge and discharge cycles, allowing the capacitor to store charge more effectively. When charge is stored on the capacitor, positive charges accumulate on one plate while negative charges accumulate on the other plate. This charges causes an electric field to form that pushes the charges apart, increasing the capacitance of the device. A reverse electric field is created when the charge on the capacitor is released, resulting in a discharge of the capacitor.

Conclusion

The E36D151CHS353TEE3M is an aluminum electrolytic capacitor with a working voltage rating of 16V and a capacitance rating of 10 µF. This type of capacitor is suitable in a variety of applications, including resonance, high voltage power, timing, and low-frequency filtering circuits. The device works by storing charge on the two aluminum plates, separated by a porous dielectric material that is impregnated with an electrolyte. This electrolyte enables efficient storage and release of charge, allowing the capacitor to perform its various duties in circuitry.