Product Overview
SAMXON Aluminum Electrolytic Capacitors offer a comprehensive range of miniature and large can V-Chip capacitors designed for various electronic applications. The product line emphasizes high performance, reliability, and durability, with series catering to specific needs such as low impedance, high ripple current, high temperature operation, long life, and audio applications. These capacitors are suitable for a wide array of electronic circuits, including those in consumer electronics, industrial equipment, power supplies, and communication devices.
Product Attributes
- Brand: SAMXON
Technical Specifications
Series Chart Summary:
| Series | Type | Temperature Range | Load Life (Hrs) | Key Features | Page |
|---|---|---|---|---|---|
| KF | Miniature Radial Lead | -40 ~ +105C | 1,000 | Super miniature, 5mmL, high temperature, suitable for high density assembly | P.19 |
| KS | Miniature Radial Lead | -40 ~ +105C | 1,000 | Rated voltage 6.3 to 50V DC, for communication equipment, switching power supply | P.21 |
| GS | Miniature Radial Lead | -40(-25) ~ +85C | 2,000 | High CV value, suitable for color TV receiver, video recorder | P.23 |
| KM | Miniature Radial Lead | -40(-25) ~ +105C | 2,000 | High temperature and high voltage, for communication equipment, switching power supply | P.26 |
| KG | Miniature Radial Lead | -55 ~ +105C | 1,000 ~ 2,000 | Wide CV value range, safety vent construction | P.30 |
| GF | Miniature Radial Lead | -40 ~ +105C | 1,000 ~ 4,000 | Low impedance for high frequency, suitable for high ripple current applications | P.34 |
| SF | Miniature Radial Lead | -40 ~ +105C | 3,000 ~ 6,000 | Low impedance for high frequency, long life assurance | P.38 |
| GT | Miniature Radial Lead | -40 ~ +105C | 4,000 ~ 10,000 | Low impedance for high frequency, longer life assurance | P.40 |
| GK | Miniature Radial Lead | -40 ~ +105C | 2,000 ~ 5,000 | High ripple current, low impedance, for personal computer and storage equipment | P.43 |
| SH | Miniature Radial Lead | -40 ~ +105C | 5,000 ~ 6,000 | Highest ripple current, lowest impedance, long life assurance | P.45 |
| SK | Miniature Radial Lead | -40 ~ +105C | 6,000 ~ 10,000 | Highest ripple current, longest life assurance, lower impedance | P.47 |
| RS | Miniature Radial Lead | -40 ~ +105C | 3,000 ~ 7,000 | High ripple current, longer life assurance, low impedance | P.51 |
| GY | Miniature Radial Lead | -40 ~ +105C | 4,000 ~ 10,000 | Longer life assurance, low impedance | P.55 |
| RF | Miniature Radial Lead | -55 ~ +105C | 1,000 ~ 4,000 | Wide temperature, high ripple current, low impedance | P.57 |
| RR | Miniature Radial Lead | -40(-25) ~ +105C | 3,000 | Long life assurance, high ripple current | P.61 |
| RT | Miniature Radial Lead | -40(-25) ~ +105C | 5,000 | Long life assurance, high ripple current | P.63 |
| RE | Miniature Radial Lead | -25 ~ +105C | 8,000 ~ 10,000 | Longer life assurance | P.66 |
| RD | Miniature Radial Lead | -40(-25) ~ +105C | 8,000 ~ 10,000 | Longer life assurance, high ripple current | P.68 |
| RH | Miniature Radial Lead | -40(-25) ~ +105C | 10,000 ~ 12,000 | Longest life assurance, high ripple current | P.70 |
| BD | Miniature Radial Lead | -40 ~ +125C | 1,000 ~ 2,000 | High temperature | P.72 |
| RA | Miniature Radial Lead | -40(-25) ~ +130C | 1,000 ~ 4,000 | High temperature, high ripple current | P.74 |
| RB | Miniature Radial Lead | -40(-25) ~ +130C | 3,000 ~ 4,000 | High temperature, high ripple current, long life assurance | P.77 |
| RC | Miniature Radial Lead | -25 ~ +130C | 5,000 ~ 6,000 | High temperature, high ripple current, longer life assurance | P.79 |
| FA | Miniature Radial Lead | -40 ~ +85C | 1,000 | Standard, for audio | P.81 |
| NP | Miniature Radial Lead | -40 ~ +85C | 1,000 | Non-polar | P.83 |
| NH | Miniature Radial Lead | -40 ~ +105C | 1,000 | Non-polar, high temperature | P.85 |
| KM | Miniature Radial Lead | -25 ~ +105C | 2,000 | Pen Cap, high voltage | P.87 |
| RW | Miniature Radial Lead | -25 ~ +105C | 5,000 | Pen Cap, long life assurance | P.89 |
| RY | Miniature Radial Lead | -25 ~ +105C | 10,000 | Pen Cap, longer life assurance | P.91 |
| LP | Large Can Lug/Snap-in | -40(-25) ~ +85C | 2,000 | Standard, directly mountable on PCB without holders | P.95 |
| AP | Large Can Lug/Snap-in | -40 ~ +85C | 1,000 | For audio equipment, high fidelity sound quality | P.101 |
| QP | Large Can Lug/Snap-in | -40(-25) ~ +85C | 2,000 | Withstanding vibration, suitable for washing machines | P.103 |
| DP | Large Can Lug/Snap-in | -40(-25) ~ +85C | 5,000 | Long life assurance, low impedance | P.109 |
| TP | Large Can Lug/Snap-in | -25 ~ +85C | 10,000 | Ultra Long Life assurance | P.111 |
| HP | Large Can Lug/Snap-in | -40(-25) ~ +105C | 2,000 | Wide temperature, highly reliable, best for switching power supplies | P.113 |
| UP | Large Can Lug/Snap-in | -25 ~ +105C | 2,000 | Withstanding Overvoltage Design | P.119 |
| KP | Large Can Lug/Snap-in | -40(-25) ~ +105C | 3,000 | Long Life Assurance | P.121 |
| EP | Large Can Lug/Snap-in | -40(-25) ~ +105C | 5,000 | Long Life Assurance | P.127 |
| FP | Large Can Lug/Snap-in | -40(-25) ~ +105C | 5,000 | Long Life Assurance, Low Impedance | P.132 |
| SP | Large Can Lug/Snap-in | -40(-25) ~ +105C | 7,000 | Longer Life Assurance | P.134 |
| VP | Large Can Lug/Snap-in | -40(-25) ~ +105C | 2,000 | Withstanding Vibration | P.137 |
| GP | Large Can Lug/Snap-in | -40(-25) ~ +105C | 2,000 | Ultra Small Size | P.143 |
| WR | Screw Terminal | -40(-25) ~ +85C | 2,000 | Standard, small case size, high rated voltage, suitable for computer power supplies | P.147 |
| WI | Screw Terminal | -25 ~ +85C | 2,000 | High Ripple Current, inverter-use | P.152 |
| WT | Screw Terminal | -40(-25) ~ +105C | 2,000 | Standard | P.155 |
| WX | Screw Terminal | -40 ~ +85C | 5,000 | Long Life Assurance | P.160 |
| WF | Screw Terminal | -40(-25) ~ +105C | 5,000 | Long Life Assurance | P.164 |
| WH | Screw Terminal | -25 ~ +85C | 10,000 | Longer Life Assurance | P.169 |
| WL | Screw Terminal | -25 ~ +85C | 20,000 | Ultra Long Life Assurance | P.172 |
| WB | Screw Terminal | -25 ~ +125C | 3,000 | High Temperature, automotive power electronics | P.175 |
| VS1 | V-Chip Surface Mount | 40 to +85C | 2,000 | Reflow soldering available, high density surface mounting | P.179 |
| VT1 | V-Chip Surface Mount | 55 to +105C | 1,000 | Wide temperature range, reflow soldering available | P.181 |
| VTD | V-Chip Surface Mount | 55 to +105C | 2,000 | Reflow soldering available, high stability and reliability | P.183 |
| VTG | V-Chip Surface Mount | 25 to +105C | 3,000 | Small size, large capacity, high ripple current | P.185 |
| VZ2 | V-Chip Surface Mount | 55 to +105C | 2,000 | Low impedance | P.187 |
| VTL | V-Chip Surface Mount | 40 to +105C | 3,000/5,000 | Long Life, reflow soldering available | P.189 |
Part Number System Structure:
Series | Capacitance (uF) Code | Tolerance (%) Code | Voltage (W.V.) Code | Case Size Diameter () Code | Case Size Length (mm) Code | Feature Code | Sleeve Material Code
Taping Specifications:
| Item | Dimensions (mm) | Tolerance |
|---|---|---|
| Diameter D | 3 to 18 | 0.05 to 0.8 |
| Component Spacing P | 12.7 to 30 | 1.0 |
| Pitch of sprocket holes P0 | 12.7 to 15 | 0.2 |
| Carrier tape width W | 18.0 | 0.5 |
Packing Specifications:
Quantities vary based on taping type, bulk type, and snap-in type, with specific counts provided for inner and outer boxes based on capacitor dimensions.
Lead Forming Specifications:
Provides dimensions (F, H, H1, H2, E) for various lead forming codes (CB, HE, FD, KD, EC, PC) across different capacitor diameters (D).
Application Guidelines:
- Circuit Design: Ensure operating conditions are within catalog specifications, avoid reverse/AC voltage, select capacitors for required life, do not use for rapid charge/discharge, avoid excess voltage, and respect insulation properties of the outer sleeve.
- Mounting: Discharge capacitors before reuse, perform voltage treatment for stored capacitors, confirm ratings and polarity, avoid dropping or deforming capacitors, ensure lead spacing matches PCB hole spacing, install snap-in types tightly, avoid excessive clinch force, and be mindful of mechanical shock during automated insertion.
- Soldering: Adhere to specified soldering temperatures and times for Pb/Sn and Pb-free types.
- Cleaning: Avoid halogenated cleaning agents; use water or alcohol-based cleaners.
- Storage: Store in cool, dry conditions (5-35C, <75% RH) away from direct sunlight. Capacitors stored for over a year may require voltage aging.
- Disposal: Dispose of as industrial waste through professional specialists.
- Environmental Compliance: RoHS Directive compliant, Halogen Free.
Basic Electrical Characteristics:
- Capacitance: Measured at 120Hz, 0.5Vrms, with DC bias. Decreases with increasing frequency and decreasing temperature.
- Tan : Increases with measuring frequency and decreases with measuring temperature.
- ESR: Varies with temperature and frequency; decreases as frequency increases.
- Impedance (Z): Varies with frequency and temperature, with capacitive reactance dominating at low frequencies and inductive reactance at high frequencies.
- Leakage Current: A small DC current that flows to reform the oxide layer; affected by temperature and voltage.
Quality Policy: Commitment to total quality, customer satisfaction, continuous improvement, and adherence to stringent international standards.
Manufacturing and Quality Assurance Procedures: Detailed steps from prefabrication to final inspection, including material inspection, winding, impregnation, assembly, testing, and dispatch.
Compliance with RoHS Directive: Products do not contain Lead (Pb), Mercury (Hg), Cadmium (Cd), Hexavalent chromium, PBBs, or PBDEs exceeding RoHS Directive limits.
Halogen Free Compliant: Products do not contain Bromine (Br) or Chlorine (Cl) above specified limits.
Company Information:
- Head Office: Hong Kong
- Branch Offices: Hong Kong, Taiwan, Shenzhen, Shanghai
- Manufacturing Plants: Dongguan, Wuxi (PRC)
- Website: www.samxon.com
2410121553_Man-Yue-Tech-EKM475M2GF12CB_C697507.pdf
Please Use Our Online Inquiry Contact Form Below If You Have Any Questions, Our Team Will Get Back To You As Soon As Possible