BZ014B333ZSB

Height - Seated (Max):	0.138" (3.50mm)
Operating Temperature:	-20°C ~ 70°C
Series:	BestCap® BZ
Packaging:	Bulk
Lead Free Status / RoHS Status:	--
Part Status:	Active
Moisture Sensitivity Level (MSL):	--
Capacitance:	33mF
Tolerance:	-20%, +80%
Voltage - Rated:	4.5V
ESR (Equivalent Series Resistance):	150 mOhm
Lifetime @ Temp.:	1000 Hrs @ 70°C
Termination:	SMD (SMT) Tabs
Mounting Type:	Surface Mount
Package / Case:	BZ01, 3 Lead
Lead Spacing:	--
Size / Dimension:	1.102" L x 0.669" W (28.00mm x 17.00mm)

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Electric Double Layer Capacitors (EDLC)

Electric Double Layer Capacitors, also known as supercapacitors, have become increasingly popular in a wide range of applications. They are revolutionizing the way energy is stored, enabling new and improved solutions for energy storage needs. In comparison to conventional energy storage devices like batteries, EDLCs offer much higher energy density and faster charging and discharging characteristics. This makes EDLCs an attractive option for use in automotive, aerospace, general electrical, and other industries.The BZ014B333ZSB is an example of an EDLC suitable for many applications. It has a maximum voltage rating of 33V and a capacitance value of 7500F. It also features a temperature range of -40°C to +85°C, making it suitable for use in extreme cold and hot climates.

Working Principle of Electric Double Layer Capacitors (EDLCs)

The working principle of EDLCs is based on the electric double layer effect. When two conducting surfaces come into contact, an “electrolyte” or a “double layer” is formed between them. This double layer is composed of positive and negative charges, which form a thin layer of insulation between the two surfaces. This layer is capable of storing electrical charge, and it is this charge which EDLCs use to store energy. When an external voltage is applied, electrons are pulled or pushed from one electrode to the other, leading to a change in potential energy. This change in potential energy can be used to power devices or recharge batteries. The BZ014B333ZSB EDLC operates on the same principle as conventional EDLCs. When a voltage is applied, electrons are pulled from one of the electrodes, creating an electric field which allows for the storage of energy. This energy can then be discharged or released at a later time, allowing devices to operate with the stored charge.

Application Field of BZ014B333ZSB

The BZ014B333ZSB has a wide range of applications due to its high energy density, large capacitance, and temperature range. It is suitable for use in automotive, aerospace, and other industries where there is a need for high energy density and a wide temperature range.For automotive applications, the BZ014B333ZSB is suitable for use in powertrain systems such as electric and hybrid vehicles. It is also suitable for use in energy regeneration, energy storage and power conditioning systems. The BZ014B333ZSB is also suitable for use in aerospace applications, such as fly-by-wire aircraft systems and power control systems for satellites and other spacecraft. It is also suitable for military applications such as radar systems and missile guidance systems. In general electrical applications, the BZ014B333ZSB can be used for a range of applications such as uninterrupted power supplies, emergency power, and power conditioning systems. It is also suitable for use in portable electronics and electronic devices, providing higher energy density than traditional energy storage modules.

Conclusion

Electric double layer capacitors, such as the BZ014B333ZSB, offer many advantages over traditional energy storage devices. They have high energy density, fast charging and discharging characteristics, and a wide temperature range, making them suitable for use in a range of applications such as automotive, aerospace, and general electrical. The BZ014B333ZSB EDLC is a reliable and efficient energy storage device, and it is suitable for use in many applications where traditional energy storage solutions are not suitable. It is also capable of providing higher energy density than traditional energy storage solutions, enabling improved performance and efficiency for devices.

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