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{"title":"Compact aluminum electrolytic capacitor Xunda SM1071AMC072RB designed for in","imgUrl":"https:\/\/img.chinax.com\/nimg\/c7\/c1\/d62161f3761228a6180fcf0789e6-200x200-1\/compact_aluminum_electrolytic_capacitor_xunda_sm1071amc072rb_designed_for_in_ultra_small_electronic_circuits.jpg","attrs":{"Lifetime":"1000hrs@105\u2103","Capacitance":"100uF","Height - Seated (Max)":"7mm","Pin Spacing":"2mm"}}
The CapXon DV series Aluminum Electrolytic Capacitors are designed for general-purpose applications, offering reliable performance and durability. These capacitors are suitable for a wide operating temperature range of -55 to 105C and are built to meet stringent quality standards, including JIS-C-5101-1. They are manufactured by CapXon Electronic (Shenzhen) Co., Ltd., a company committed to environmental compliance and adherence to RoHS regulations.
Product Attributes
Brand: CapXon
Series: DV
Origin: Shenzhen, China
Environmental Policy: Compliant with Montreal Protocol (no ozone-depleting chemicals used), adheres to RoHS regulations.
Quality Standards: Meets or exceeds JIS-C-5101-1 and JIS-C-5101-4/-18 reliability requirements.
Technical Specifications
Model: DV221M025E077ETR
Specification
Value
Capacitance (F)
220
Capacitance Tolerance (%)
-20~20
Rated Working Voltage (VDC)
25
Surge Voltage (VDC)
29
Max. Dissipation Factor (%) at 100KHz/105C
14
Ripple Current (mA) at 100KHz/105C
530
Max. Leakage Current (A)
55
Max. Impedance () at 100KHz/20C
0.3
Operating Temperature (C)
-55~105
Case Size (D* L mm)
6.3X7.7
Endurance at 105C (Hrs)
2000
Lead Treatment
T/R (Tape & Reel)
Important Notes and Characteristics
General Information:
Maximum RMS Ripple Current: Specified at +105C, 100KHz. Adjustments for different temperatures and frequencies are necessary using provided coefficients. Verification methods follow JIS-C-5101-1(2010) No.: 4.23. Self-generated heat should be within 5C if ripple current is difficult to measure.
Working Voltage: Ensure applied voltage does not exceed the rated voltage. Peak voltage (DC + ripple) must not exceed the rated voltage.
Insulation: Standard capacitors have a vinyl sleeve for marking. For insulated aluminum cases, special types are recommended.
Soldering: Avoid excessive soldering temperature or time to prevent sleeve shrinkage. Solder on the reverse of the PC board. Maintain a distance between the capacitor and the circuit board to prevent sleeve damage.
Vent: Capacitors (10mm) have a safety vent at the bottom to release internal pressure during unsafe usage.
High Altitude: Capacitors can withstand transportation at -55~105C and altitudes up to 20,000 feet.
Cleaning Agents: Avoid halogenated organic solvents, as they may penetrate and cause corrosion.
Dissipation Factor (tan) Measurement: 202C, 120Hz, 0.5Vrms. Refer to Table 1 for criteria.
Leakage Current Measurement: Rated voltage applied for 2 minutes with a 100010% protection resistor. Criterion: I 55A.
Terminal Strength: Tested for tensile and bending strength with specified loads and cycles. Terminals must not be loose, broken, or have poor contact.
Temperature Characteristic: Impedance measured at different temperatures. Impedance ratio must not exceed values in Table 2. Leakage current (LC) 800% of initial specification.
High Temperature Load (2000H/105C): Capacitance change 30%, DF 300% of spec, LC spec, no visible damage.
High Temperature Exposure (Storage, 1000H/105C): Capacitance change 30%, DF 300% of spec, LC spec, no visible damage.
Surge Test (1000 cycles): Applied voltage 29V. Capacitance change 15%, DF spec, LC spec, no visible damage.
Vibration Test: 10~55Hz, 0.75mm amplitude, 98 m/s acceleration for 6 hours (X, Y, Z directions). Capacitance change 5%, DF spec, LC spec, no visible damage.
Solderability: Sn96.5%Ag3%Cu0.5% solder at 2455C for 2.00.5S. New solder coverage > 95%.
Resistance to Soldering Heat: Specific profiles for different sizes (T1, t1, Peak temp). Reflow acceptable twice.
Vent Test (for applicable products): Reverse voltage 80V. No explosion, flash, flame, spark, or fire when vent operates.
Temperature Cycling (10 cycles): Capacitance change 5%, DF spec, LC spec, no visible damage.
High Temp and Humidity (250H/40C/90~95%RH): Capacitance change 20%, DF 1.2 times spec, LC spec, no visible damage.
Marking Example:
220 25V DV 08 D
(1) 25V: Rated Voltage
(2) 220: Nominal Capacitance (F)
(3) Shadow part: Polarity (Cathode Indicate)
(4) DV: Series Mark
(5) 08: Date Code (Year: last digit, Month: 1-9, A=10, B=11, C=12)
Characteristics Tables:
Table 1: Dissipation Factor (DF) max (%) - Values provided for various working voltages (6.3V to 100V).
Table 2: Impedance Ratio (Z-25Z+20, Z-40Z+20) max - Values provided for various rated voltages.
Table 3: Multiplier for Ripple Current vs. Frequency - Coefficients for adjusting ripple current based on frequency and capacitance.
General Disclaimers:
Specifications are subject to change without notice.
Operating conditions affect lifetime; consult Capxon for calculations.
For aerospace, military, life-saving, or life-sustaining applications, consult Capxon before design-in.
Buyer is responsible for ensuring product suitability for their application.
Capxon provides express warranties only and disclaims all other warranties.
Further information is available at www.capxongroup.com.
