electronic component Man Yue Tech EGT828M1CL35RR aluminum electrolytic capacitor for industrial applications
SAMXON Aluminum Electrolytic Capacitors - 2017-2018 Index
Product Overview
SAMXON Aluminum Electrolytic Capacitors offer a comprehensive range of solutions for various electronic and industrial applications. The product line includes miniature, large can, and V-Chip types, designed for high density assembly, power supplies, audio equipment, and high-temperature environments. Key features include high CV values, extended load life, high ripple current capability, low impedance, and adherence to international standards like JIS C 5101-4 and IEC 60384-4. The capacitors are manufactured with a focus on quality assurance, environmental compliance (RoHS Directive), and reliable performance across a wide temperature range.
Product Attributes
- Brand: SAMXON
- Origin: PRC
- Certifications: RoHS Directive compliant, Halogen Free Compliant
Technical Specifications
Series Overview:
| Series | Features | Temperature Range | Load Life | Page |
|---|---|---|---|---|
| KF | Super miniature, 5mmL, high temperature | -40 to +105C | 1,000 Hrs. | P.19 |
| KS | 7mmL, Wide temperature | -40 to +105C | 1,000 Hrs. | P.21 |
| GS | High CV value, General Purpose | -40(-25) to +85C | 2,000 Hrs. | P.23 |
| KM | General Purpose | -40(-25) to +105C | 2,000 Hrs. | P.26 |
| KG | Wide Temperature | -55 to +105C | 1,000 ~ 2,000 Hrs. | P.30 |
| OM | Withstanding Overvoltage | -25 to +105C | 2,000 Hrs. | P.32 |
| GF | High Ripple Current, Low Impedance | -40 to +105C | 1,000 ~ 4,000 Hrs. | P.34 |
| SF | High Ripple Current, Long Life, Low Impedance | -40 to +105C | 3,000 ~ 6,000 Hrs. | P.38 |
| GT | High Ripple Current, Longer Life, Low Impedance | -40 to +105C | 4,000 ~ 10,000 Hrs. | P.40 |
| GK | Higher Ripple Current, Lower Impedance | -40 to +105C | 2,000 ~ 5,000 Hrs. | P.43 |
| SH | Highest Ripple Current, Lowest Impedance, Long Life | -40 to +105C | 5,000 ~ 6,000 Hrs. | P.45 |
| SK | Highest Ripple Current, Longest Life, Lower Impedance | -40 to +105C | 6,000 ~ 10,000 Hrs. | P.47 |
| RS | High Ripple Current, Longer Life, Low Impedance | -40 to +105C | 3,000 ~ 7,000 Hrs. | P.51 |
| GY | Longer Life, Low Impedance | -40 to +105C | 4,000 ~ 10,000 Hrs. | P.55 |
| RF | Wide Temperature, High Ripple Current, Low Impedance | -55 to +105C | 1,000 ~ 4,000 Hrs. | P.57 |
| RR | Long Life, High Ripple Current | -40(-25) to +105C | 3,000 Hrs. | P.61 |
| RT | Long Life, High Ripple Current | -40(-25) to +105C | 5,000 Hrs. | P.63 |
| RE | Longer Life | -25 to +105C | 8,000 ~ 10,000 Hrs. | P.66 |
| RD | Longer Life, High Ripple Current | -40(-25) to +105C | 8,000 ~ 10,000 Hrs. | P.68 |
| RH | Longest Life, High Ripple Current | -40(-25) to +105C | 10,000 ~ 12,000 Hrs. | P.70 |
| BD | High Temperature | -40 to +125C | 1,000 ~ 2,000 Hrs. | P.72 |
| RA | High Temperature, High Ripple Current | -40(-25) to +130C | 1,000 ~ 4,000 Hrs. | P.74 |
| RB | High Temperature, High Ripple Current, Long Life | -40(-25) to +130C | 3,000 ~ 4,000 Hrs. | P.77 |
| RC | High Temperature, High Ripple Current, Longer Life | -25 to +130C | 5,000 ~ 6,000 Hrs. | P.79 |
| FA | Standard, For Audio | -40 to +85C | 1,000 Hrs. | P.81 |
| NP | Non-polar | -40 to +85C | 1,000 Hrs. | P.83 |
| NH | Non-polar, High Temperature | -40 to +105C | 1,000 Hrs. | P.85 |
| KM (Pen Cap) | Pen Cap, High Voltage, High Temperature | -25 to +105C | 2,000 Hrs. | P.87 |
| RW | Pen Cap, Long Life | -25 to +105C | 5,000 Hrs. | P.89 |
| RY | Pen Cap, Longer Life | -25 to +105C | 10,000 Hrs. | P.91 |
| LP | Lug/Snap-in, Standard | -40(-25) to +85C | 2,000 Hrs. | P.95 |
| AP | Lug/Snap-in, For Audio | -40 to +85C | 1,000 Hrs. | P.101 |
| QP | Lug/Snap-in, Withstanding Vibration | -40(-25) to +85C | 2,000 Hrs. | P.103 |
| DP | Lug/Snap-in, Long Life, Low Impedance | -40(-25) to +85C | 5,000 Hrs. | P.109 |
| TP | Lug/Snap-in, Ultra Long Life | -25 to +85C | 10,000 Hrs. | P.111 |
| HP | Lug/Snap-in, Wide Temperature | -40(-25) to +105C | 2,000 Hrs. | P.113 |
| UP | Lug/Snap-in, Withstanding Overvoltage | -25 to +105C | 2,000 Hrs. | P.119 |
| KP | Lug/Snap-in, Long Life | -40(-25) to +105C | 3,000 Hrs. | P.121 |
| EP | Lug/Snap-in, Long Life | -40(-25) to +105C | 5,000 Hrs. | P.127 |
| FP | Lug/Snap-in, Long Life, Low Impedance | -40(-25) to +105C | 5,000 Hrs. | P.132 |
| SP | Lug/Snap-in, Longer Life | -40(-25) to +105C | 7,000 Hrs. | P.134 |
| VP | Lug/Snap-in, Withstanding Vibration | -40(-25) to +105C | 2,000 Hrs. | P.137 |
| GP | Lug/Snap-in, Ultra Small Size | -40(-25) to +105C | 2,000 Hrs. | P.143 |
| WR | Screw Terminal, Standard | -40(-25) to +85C | 2,000 Hrs. | P.147 |
| WI | Screw Terminal, High Ripple Current | -25 to +85C | 2,000 Hrs. | P.152 |
| WT | Screw Terminal, Standard | -40(-25) to +105C | 2,000 Hrs. | P.155 |
| WX | Screw Terminal, Long Life | -40(-25) to +85C | 5,000 Hrs. | P.160 |
| WF | Screw Terminal, Long Life | -40(-25) to +105C | 5,000 Hrs. | P.164 |
| WH | Screw Terminal, Longer Life | -25 to +85C | 10,000 Hrs. | P.169 |
| WL | Screw Terminal, Ultra Long Life | -25 to +85C | 20,000 Hrs. | P.172 |
| WB | Screw Terminal, High Temperature | -25 to +125C | 3,000 Hrs. | P.175 |
| VS1 | V-Chip, General Purpose | -40 to +85C | 2,000 Hrs. | P.179 |
| VT1 | V-Chip, General Purpose, 1,000 Hours | -55 to +105C | 1,000 Hrs. | P.181 |
| VTD | V-Chip, General Purpose, 2,000 Hours | -55 to +105C | 2,000 Hrs. | P.183 |
| VTG | V-Chip, High Voltage, 3,000 Hours | -25 to +105C | 3,000 Hrs. | P.185 |
| VZ2 | V-Chip, Low Impedance | -55 to +105C | 2,000 Hrs. | P.187 |
| VTL | V-Chip, Long Life, 3,000/5,000 Hours | -40 to +105C | 3,000/5,000 Hrs. | P.189 |
Part Number System:
The part number system is structured to encode Series, Capacitance, Tolerance, Voltage, Case Size, and Feature. For example: E K F 336 M 1C E 05 RR.
Taping Specifications:
Detailed dimensions (mm) for taping, including Diameter (D), Height (A), Lead Diameter (d), Component Spacing (P), Carrier tape width (W), and others, are provided in tables for various component sizes and lead pitches.
Packing Specifications:
Packing quantities for taping and bulk types are specified for various case sizes (D x L) and include Inner Box Quantity and Outer Box Quantity. Snap-in terminal packing quantities are also detailed.
Lead Forming Specifications:
Specifications for lead forming (Shape Code, D, d, F, H, H1, H2, F1) are provided in tables for different series and dimensions.
Application Guidelines:
- Circuit Design: Ensure operating conditions (temperature, ripple current) are within catalog specifications. Capacitors are polarized; use non-polar types for circuits with potential reverse polarity. Avoid rapid charge/discharge circuits without special design capacitors. Do not exceed rated voltage; use balancing resistors for series connections. Outer sleeve is not insulated. Avoid water, oil, toxic gases, ozone, UV, radiation, and excessive vibration/shock. Pay attention to PC board layout for vent clearance and avoid placing conductive patterns beneath the capacitor. Prevent heat-generating components from being near capacitors.
- Mounting: Do not reuse assembled capacitors. Discharge capacitors before handling. Leakage current may increase after storage; perform voltage treatment if necessary. Confirm ratings and polarity before installation. Handle with care to avoid damage. Ensure lead spacing matches PC board hole spacing. Install snap-in types tightly to the PC board. Avoid excessive clinch force during automatic insertion. Protect against mechanical shock. Follow specified soldering conditions for Pb/Sn and Pb-free types. Do not tilt or twist the capacitor after soldering. Do not carry PC boards by grasping soldered capacitors. Prevent contact with components after soldering. Avoid cleaning with halogenated cleaning agents. Use caution with fixing and coating materials; avoid halogenated ingredients and ensure proper flux removal.
- Storage: Store in a cool, dry place (5-35C,
- Disposal: Dispose of as industrial waste through professional waste disposal specialists.
- Printed Circuit Board Cleaning: Halogen type cleaning agents can permeate capacitors and cause corrosion. Use water or alcohol-based cleaning agents, mount on pre-cleaned boards, or use capacitors with solvent-resistant end seals.
- Basic Electrical Characteristics: Capacitance is measured at 120Hz, 0.5Vrms AC with DC bias. Tan is the ratio of resistive to capacitive reactance. ESR is influenced by temperature and frequency. Impedance (Z) varies with frequency and temperature. Leakage current is a small DC current that flows to reform the oxide layer.
Manufacturing and Quality Assurance:
Procedures cover prefabrication (foil etching, forming), winding, impregnation, assembly, sealing, marking, aging, and final inspection to ensure product quality and conformance.
Environmental Policy:
Commitment to reducing environmental impact, minimizing resource consumption, preventing hazards, and promoting environmental awareness among employees and business associates.
Compliance with RoHS Directive:
Products comply with EU RoHS Directive (2011/65/EU) regarding hazardous substances like Lead (Pb), Mercury (Hg), Cadmium (Cd), Hexavalent chromium, PBBs, and PBDEs.
Halogen Free Compliant:
Products do not contain Bromine (Br) or Chlorine (Cl) exceeding specified ppm limits.
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