Long Life Aluminum Electrolytic Capacitor 2200uF 50V 4000hrs 18*50
Features:
105℃,4000 hours, high Ripple, Low impedance, Long life.
Suitable for using in switching power, Communications equipment and
Other electronic products.
Electric Characteristics
| P/N | Cap(uF) | Cap.Tolerance. | Rate WV.(VDC) | Surge Voltage(VDC) | DF(%) | Max.Ripple Current(A) | L.C.(uA) | Ope. Tem.(℃) | Case Size |
| 2200 | +/-20% | 50V | 75V | 10 | 120HZ | 100KHz | 2200 | -55~+105C | 18X50 |
| Maximum Ripple Current @ 85℃ | 4.352 | 6.96 | |
| Maximum Ripple Current @ 105℃ | 2.56 | 4.10 |
|
Diagram of Dimensions
Leakage Current Test:I≤0.02CV(μA).After 2 minutes with rate working
voltage applied.
Operating temperature: -55～+105℃
Capacitance and Dissipation factor(D.F)Test: At +20℃,120Hz
Load life Test: At +85℃ 5000hrs(equal to 105℃ 2000hrs)
Shelf life Test: At +105℃ 1000hrs
Vent: Safety vent(D≥Ф8)
GUIDE TO APPLICATION
Maximum ripple current
Maximum ripple current at ＋105℃ 100KHz is given.
When capacitors are operated at temperatures other than ＋105℃,and
frequency other than50K~100KHz,the maximum ripple currents must be
multiplied by the factors shown.
Multiplier for Ripple Current vs. Frequency
| Frequency(Hz) | 50(60) | 100(120) | 1K | 10K | 100K |
| Voltage | 10~100WV | 0.707 | 1.0 | 1.25 | 1.4 | 1.6 |
Multiplier for Ripple Current vs. Temperature
|
| Temperature(℃) | +40 | +55 | +70 | +85 | +105 |
| Multiplier | 2.7 | 2.5 | 2.1 | 1.7 | 1.0 |
Ripple voltage
Ripple voltage must not exceed the following:
The sum of the voltage plus the AC ripple voltage must not exceed
the rated DC voltage. The DC voltage plus the peak AC voltage must
not cause a voltage reversal more than 1.5 voltage.
Insulating
General types of aluminum electrolytic capacitors are covered with
a vinyl sleeve or the like. And this sleeve is used for marking.
Don’t connect the blank terminal of a multi-terminal product to
another circuit. It may cause a short circuit.
Soldering
When soldering a printed circuit board with various components, too
high soldering temperature or too long dipping times may cause
secondary shrinking of the sleeve which unnecessarily exposes the
container. Soldering is allowed to perform at less than 260℃
forless
than 10 seconds.
Soldering may melt or break the sleeve, if the sleeve is contacted
with circuit patterns. To avoid this trouble, the capacitors are
recommended to be slightly apart from the circuit boards.
Vent
The capacitors are provided with a prissure resistive controlled
safety vent formed on the bottom of the container. The vent is
designed to rupture in the event that higher internal pressure is
developed.
Cleaning agents
For cleaning flux, Gicon recommends an aqueous or upmarket alcohol
detergent or isopropyl alcohol. The concentration of flux with
regard to a detergent is recommended 2wt% or less. If let any flux
stick to any part of the terminal or let any of it remain on the
capacitor between printed boards, may result in corrosion.
Environment-friendly Policy
In the entire process of design, manufacture, packaging, storage or
transportation of the products, our company shall not violate any
of the substances banned/restricted related requirements as set
forth in the related th Environmental Protection Laws and
Regulations, such as RoHS and other clicnt’s request.
