220uF 16V Aluminum Electrolytic Capacitor CapXon GF221M016E110A with PET Sleeve and RoHS Compliance

Product Overview

The CAPXON GF Series Aluminum Electrolytic Capacitors are designed for general-purpose applications. These capacitors offer reliable performance across a wide operating temperature range of -55 to +105. They are manufactured by CAPXON ELECTRONIC INDUSTRIAL CO.,LTD and CAPXON ELECTRONIC (SHEN ZHEN) CO.,LTD, with production complying with RoHS environmental policies.

Product Attributes

• Brand: CAPXON
• Series: GF
• Origin: Taiwan / China
• Material: Aluminum Electrolytic
• Sleeve Material: PET Sleeve
• Environmental Compliance: RoHS
• Certifications: Applicable to general-purpose grade capacitors of JIS-C-5101-1(2010)

Technical Specifications

Dimensions

Diagram of Dimensions (Unit=mm):

Note: L1.5

Part Number System

The catalog part number format describes the product as follows:

• (1) Series: The series name (e.g., GF).
• (2) Capacitance: Capacitance in microfarads (F).
• (3) Capacitance tolerance: Tolerance percentage (e.g., 20%).
• (4) Voltage (W.V): Rated working voltage in VDC (e.g., 16V).
• (5) Case (D: mm): Diameter of the case in mm (e.g., 6.3).
• (6) Height (L: mm): Height of the case in mm (e.g., 11).
• (7) Product type: Type of product (e.g., Radial type).
• (8) Lead Treatment: Type of lead treatment (e.g., Without Lead Treatment).
• (9) Special & appearance requirement: Special requirements or appearance modifications.

Performance Test Environment & Criteria

• Leakage current (L.C.): I0.01CV or 3(), whichever is greater, measured after 2 minutes at rated working voltage.
• Capacitance (Cap.): Within specified tolerance at 120Hz20%, 0.5Vrms max.
• Dissipation factor (tan): Max values specified for different voltage ratings. For capacitance > 1000F, add 2% per 1000F.
• Terminal strength: Pull strength and lead bending strength tests performed according to specified forces and criteria.
• Soldering Heat Resistance Test: Criteria include appearance, capacitance change (within 5%), tan , and leakage current.
• Solderability Test: At least 95% of the dipped terminal surface covered with new solder.
• Temperature cycles: Capacitance change within 5%, tan and leakage current within specified values.
• Vibration: Capacitance change within 5%, tan and leakage current within specified values.
• Damp Heat Steady State Test: Capacitance change within 20% (or 10% for endurance >2000H), tan and leakage current within specified values.
• Endurance: Capacitance change within 20%, tan (not more than 200% of specified), leakage current within specified values. Test times vary by case size (2000Hrs for 5-6.3, 3000Hrs for 8, 5000Hrs for 10) at 1052.
• Surge voltage test: Surge voltage is 1.15x rated voltage (315V) or 1.1x rated voltage (>315V). Capacitance change within 15%.
• Pressure relief vent: Vent operates under reverse voltage; no sparking, shorting, or electrolyte paper breaking out.
• High Temperature Storage: Capacitance change within 20%, tan (not more than 200% of specified), leakage current within specified values after 1000 hours at 1052.
• High and Low Temperature characteristics: Impedance ratio and capacitance change within specified values at different temperatures.

Marking

Each capacitor is marked with:

• CapXon: Manufacturer trademark
• Rated voltage (e.g., 16V)
• Nominal capacitance (e.g., 100F)
• Polarity indicator (-)
• Maximum operating temperature (e.g., 105)
• Series (e.g., GF)
• Production date code (e.g., P1018)
• VENT (for safety vent)

Remarks

• Leakage Current Test: Measured with rated working voltage applied after 2 minutes.
• Operating temperature: -55+105 for 6.3~100VDC, 4.76800F.
• Capacitance and Dissipation factor Test: At +20, 120Hz.
• Load Life Test: At +105 for specified durations based on case size.
• Shelf Life Test: At +105 for 1000hrs.
• Capacitors are suitable for specified electric models; contact manufacturer for other applications.
• Capacitors can withstand transportation conditions from -55 to +105 and altitudes up to 200,000 feet.
• Cleaning with halogenated agents may cause corrosion.
• Mounting and Installation design according to EIAJ RCR-2367 standards.