Allicdata Part #: | THAS700M400AA0C-ND |
Manufacturer Part#: |
THAS700M400AA0C |
Price: | $ 7.63 |
Product Category: | Capacitors |
Manufacturer: | Cornell Dubilier Electronics (CDE) |
Short Description: | THINPACK CAP ALUM 70 400V |
More Detail: | 70µF 400V Aluminum Electrolytic Capacitors FlatPac... |
DataSheet: | THAS700M400AA0C Datasheet/PDF |
Quantity: | 1000 |
120 +: | $ 6.94030 |
Ratings: | -- |
Package / Case: | FlatPack |
Mounting Type: | Through Hole |
Surface Mount Land Size: | -- |
Height - Seated (Max): | 0.366" (9.30mm) |
Size / Dimension: | 1.433" L x 1.000" W (36.40mm x 25.40mm) |
Lead Spacing: | 0.394" (10.00mm) |
Ripple Current @ High Frequency: | 1.02A @ 20kHz |
Ripple Current @ Low Frequency: | 600mA @ 120Hz |
Applications: | General Purpose |
Series: | THAS |
Polarization: | Polar |
Operating Temperature: | -55°C ~ 105°C |
Lifetime @ Temp.: | 3000 Hrs @ 105°C |
ESR (Equivalent Series Resistance): | 2.45 Ohm @ 120Hz |
Voltage - Rated: | 400V |
Tolerance: | ±20% |
Capacitance: | 70µF |
Part Status: | Active |
Packaging: | Bulk |
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Aluminum electrolytic capacitors are non-polarized capacitors that can store energy and are made with an etched aluminum foil anode, impregnated paper separator, and an electrolyte. THAS700M400AA0C application field and working principle are related to the design of these capacitors.
Application Field
THAS700M400AA0C aluminum electrolytic capacitors are used in applications that require a high level of electrical performance and precise capacitance. These capacitors are commonly used in automotive, aerospace, communication, medical, and military applications.
THAS700M400AA0C aluminum electrolytic capacitors are designed to operate at a rated voltage of 400V. They are capable of handling extremely high voltages up to 700V, which makes them ideally suited for applications such as high voltage switching power supplies, power supply filters, PFC, and LED lighting.
In addition, these capacitors are designed to withstand high temperatures, making them suitable for use in extreme environments like exposed outdoor locations or in very high temperature applications.
Working Principle
THAS700M400AA0C aluminum electrolytic capacitors are constructed from a series of metallic plates or foils that are laminated together. The lamination process creates a positive and negative pole that enables the capacitor to store and distribute electrical energy.
The positive pole consists of an etched aluminum foil anode that is soaked in an electrolyte consisting of a mixture of an anode-active material, such as manganese dioxide, and a solvent, such as ethylene glycol. The negative pole of the capacitor consists of an anode-passive material, such as a carbon-filled paper separator. The anode-active and anode-passive materials impregnate each side of the foil plates.
As current passes through the capacitor, a voltage drop is generated across its terminals. The electrolyte material within the capacitor accelerates the ionic reaction between the anode and cathode, allowing electrons to flow freely in both directions across the capacitor\'s plates. This creates an electric field within the capacitor, which charges the capacitor and stores energy.
As the capacitor is charged, the strength of the electric field increases. This in turn increases the capacitance, which is the amount of electrical energy stored in the capacitor. When the capacitor is fully charged, the electric field can no longer increase and its capacitance reaches its maximum value. The capacitor then acts like a short circuit, effectively preventing any further current from passing through it.
Conclusion
THAS700M400AA0C aluminum electrolytic capacitors are designed to handle extremely high voltage and temperatures, making them suitable for applications in high voltage switching power supplies, power supply filters, PFC, and LED lighting. The capacitors are constructed from laminated aluminum foil anode and paper separator, with an electrolyte material between the two. As current passes through the capacitor, a voltage drop is generated across its terminals, strengthening the electric field within the capacitor and allowing it to store energy.
The specific data is subject to PDF, and the above content is for reference
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