aluminum electrolytic capacitors Man Yue Tech ESK477M1VF20CB for electronic industrial applications
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Product Description
SAMXON Aluminum Electrolytic Capacitors
Product Overview
SAMXON Aluminum Electrolytic Capacitors are designed for a wide range of electronic and industrial applications, offering reliable performance and various specialized features. The product line includes miniature, large can, and V-chip types, catering to diverse circuit requirements such as general purpose, low impedance, high reliability, high temperature, and audio applications. These capacitors are engineered for durability and efficiency, suitable for use in consumer electronics, power supplies, and industrial equipment.
Product Attributes
- Brand: SAMXON
- Origin: China (Manufacturing Plants in Dongguan and Wuxi)
- Compliance: RoHS Directive, Halogen Free Compliant
Technical Specifications
Miniature Aluminum Electrolytic Capacitors
| Series | Features | Temp. (C) | Voltage (VDC) | Cap. (F) | Load Life | Page |
|---|---|---|---|---|---|---|
| KF | 5mmL (High), +105C | -40 ~ +105 | 4 ~ 50 | 3.3 ~ 330 | 1,000 Hrs. | P.19 |
| KS | 7mmL (High), -40C ~ +105C | -40 ~ +105 | 6.3 ~ 50 | 3.3 ~ 330 | 1,000 Hrs. | P.21 |
| GS | +85C, General Purpose | -40(-25) ~ +85 | 6.3 ~ 450 | 2.2 ~ 22000 | 2,000 Hrs. | P.23 |
| KM | +105C, General Purpose | -40(-25) ~ +105 | 6.3 ~ 450 | 0.47 ~ 33000 | 2,000 Hrs. | P.26 |
| KG | -55C ~ +105C, Wide Temperature | -55 ~ +105 | 6.3 ~ 100 | 2.2 ~ 22000 | 1,000 ~ 2,000 Hrs. | P.30 |
| OM | +105C, Withstanding Overvoltage | -25 ~ +105 | 200 & 400 | 22 ~ 330 | 2,000 Hrs. | P.32 |
| GF | +105C, High Ripple Current, Low Impedance | -40 ~ +105 | 6.3 ~ 100 | 3.3 ~ 4700 | 1,000 ~ 4,000 Hrs. | P.34 |
| SF | +105C, High Ripple Current, Long Life, Low Impedance | -40 ~ +105 | 6.3 ~ 100 | 15 ~ 3900 | 3,000 ~ 6,000 Hrs. | P.38 |
| GT | +105C, High Ripple Current, Longer Life, Low Impedance | -40 ~ +105 | 6.3 ~ 100 | 15 ~ 3900 | 4,000 ~ 10,000Hrs. | P.40 |
| GK | +105C, Higher Ripple Current, Lower Impedance | -40 ~ +105 | 6.3 ~ 25 | 100 ~ 3900 | 2,000 ~ 5,000 Hrs. | P.43 |
| SH | +105C, Highest Ripple Current, Lowest Impedance, Long Life | -40 ~ +105 | 6.3 ~ 50 | 100 ~ 8200 | 5,000 ~ 6,000 Hrs. | P.45 |
| SK | +105C, Highest Ripple Current, Longest Life, Lower Impedance | -40 ~ +105 | 6.3 ~ 100 | 33 ~ 8200 | 6,000 ~ 10,000 Hrs. | P.47 |
| RS | +105C, High Ripple Current, Longer Life, Low Impedance | -40 ~ +105 | 6.3 ~ 100 | 15 ~ 4700 | 3,000 ~ 7,000 Hrs. | P.51 |
| GY | +105C, Longer Life, Low Impedance | -40 ~ +105 | 6.3 ~ 100 | 3.3 ~ 15000 | 4,000 ~ 10,000Hrs. | P.55 |
| RF | -55C ~ +105C, Wide Temperature, High Ripple Current, Low Impedance | -55 ~ +105 | 6.3 ~ 100 | 22 ~ 4700 | 1,000 ~ 4,000 Hrs. | P.57 |
| RR | Long Life, High Ripple Current | -40(-25) ~ +105 | 160 ~ 450 | 1 ~ 220 | 3,000Hrs. | P.61 |
| RT | Long Life, High Ripple Current | -40(-25) ~ +105 | 160 ~ 450 | 1 ~ 220 | 5,000Hrs. | P.63 |
| RE | Longer Life | -25 ~ +105 | 160 ~ 450 | 1 ~ 220 | 8,000 ~ 10,000Hrs. | P.66 |
| RD | Longer Life, High Ripple Current | -40(-25) ~ +105 | 160 ~ 500 | 1 ~ 330 | 8,000 ~ 10,000Hrs. | P.68 |
| RH | Longest Life, High Ripple Current | -40(-25) ~ +105 | 160 ~ 500 | 1 ~ 220 | 10,000 ~ 12,000Hrs. | P.70 |
| BD | +125C, High Temperature | -40 ~ +125 | 10 ~ 50 | 3.3 ~ 3900 | 1,000 ~ 2,000Hrs. | P.72 |
| RA | +130C, High Temperature, High Ripple Current | -40(-25) ~ +130 | 10 ~ 450 | 1 ~ 4700 | 1,000 ~ 4,000Hrs. | P.74 |
| RB | +130C, High Temperature, High Ripple Current, Long Life | -40(-25) ~ +130 | 160 ~ 450 | 1.5 ~ 100 | 3,000 ~ 4,000Hrs. | P.77 |
| RC | +130C, High Temperature, High Ripple Current, Longer Life | -25 ~ +130 | 160 ~ 450 | 1.5 ~ 100 | 5,000 ~ 6,000Hrs. | P.79 |
| FA | Standard, For Audio | -40 ~ +85 | 6.3 ~ 100 | 2.2 ~ 10000 | 1,000Hrs. | P.81 |
| NP | +85C, Non-polar | -40 ~ +85 | 6.3 ~ 100 | 2.2 ~ 6800 | 1,000Hrs. | P.83 |
| NH | +105C, Non-polar | -40 ~ +105 | 6.3 ~ 100 | 2.2 ~ 1000 | 1,000Hrs. | P.85 |
| KM | +105C, Pen Cap | -25 ~ +105 | 200 ~ 450 | 22 ~ 270 | 2,000Hrs. | P.87 |
| RW | +105C, Pen Cap, Long Life | -25 ~ +105 | 200 ~ 450 | 22 ~ 220 | 5,000Hrs. | P.89 |
| RY | +105C, Pen Cap, Longer Life | -25 ~ +105 | 200 ~ 450 | 22 ~ 220 | 10,000Hrs. | P.91 |
Large Can Aluminum Electrolytic Capacitors
| Series | Features | Temp. (C) | Voltage (VDC) | Cap. (F) | Load Life | Page |
|---|---|---|---|---|---|---|
| LP | Lug / Snap-in Terminal, Standard | -40(-25) ~ +85 | 10 ~ 500 | 56 ~ 82000 | 2,000Hrs. | P.95 |
| AP | Lug / Snap-in Terminal, For Audio | -40 ~ +85 | 16 ~ 100 | 680 ~ 10000 | 1,000Hrs. | P.101 |
| QP | Lug / Snap-in Terminal, Withstanding Vibration | -40(-25) ~ +85 | 10 ~ 500 | 56 ~ 82000 | 2,000Hrs. | P.103 |
| DP | Lug / Snap-in Terminal, Long Life, Low Impedance | -40(-25) ~ +85 | 160 ~ 450 | 47 ~ 2200 | 5,000Hrs. | P.109 |
| TP | Lug / Snap-in Terminal, Ultra Long Life | -25 ~ +85 | 200 ~ 450 | 56 ~ 2200 | 10,000Hrs. | P.111 |
| HP | Lug / Snap-in Terminal, Wide Temperature | -40(-25) ~ +105 | 10 ~ 500 | 47 ~ 56000 | 2,000Hrs. | P.113 |
| UP | Lug / Snap-in Terminal, Withstanding Overvoltage | -25 ~ +105 | 200 ~ 450 | 56 ~ 1200 | 2,000Hrs. | P.119 |
| KP | Lug / Snap-in Terminal, Long Life | -40(-25) ~ +105 | 10 ~ 450 | 47 ~ 56000 | 3,000Hrs. | P.121 |
| EP | Lug / Snap-in Terminal, Long Life | -40(-25) ~ +105 | 10 ~ 450 | 82 ~ 47000 | 5,000Hrs. | P.127 |
| FP | Lug / Snap-in Terminal, Long Life, Low Impedance | -40(-25) ~ +105 | 10 ~ 450 | 100 ~ 33000 | 5,000Hrs. | P.132 |
| SP | Lug / Snap-in Terminal, Longer Life | -40(-25) ~ +105 | 160 ~ 450 | 39 ~ 2200 | 7,000Hrs. | P.134 |
| VP | Lug / Snap-in Terminal, Withstanding Vibration | -40(-25) ~ +105 | 10 ~ 500 | 39 ~ 56000 | 2,000Hrs. | P.137 |
| GP | Lug / Snap-in Terminal, Ultra Small Size | -40(-25) ~ +105 | 160 ~ 450 | 100 ~ 3300 | 2,000Hrs. | P.143 |
Screw Terminal Type Aluminum Electrolytic Capacitors
| Series | Features | Temp. (C) | Voltage (VDC) | Cap. (F) | Load Life | Page |
|---|---|---|---|---|---|---|
| WR | +85C, Screw Terminal, Standard | -40(-25) ~ +85 | 10 ~ 630 | 100 ~ 680000 | 2,000Hrs. | P.147 |
| WI | +85C, Screw Terminal, High Ripple Current | -25 ~ +85 | 350 ~ 450 | 390 ~ 22000 | 2,000Hrs. | P.152 |
| WT | +105C, Screw Terminal, Standard | -40(-25) ~ +105 | 10 ~ 500 | 180 ~ 680000 | 2,000Hrs. | P.155 |
| WX | +85C, Screw Terminal, Long Life | -40(-25) ~ +85 | 10 ~ 550 | 1000 ~ 1500000 | 5,000Hrs. | P.160 |
| WF | +105C, Screw Terminal, Long Life | -40(-25) ~ +105 | 10 ~ 500 | 330 ~ 390000 | 5,000Hrs. | P.164 |
| WH | +85C, Screw Terminal, Longer Life | -25 ~ +85 | 350 ~ 500 | 470 ~ 22000 | 10,000Hrs. | P.169 |
| WL | +85C, Screw Terminal, Ultra Long Life | -25 ~ +85 | 350 ~ 450 | 2200 ~ 12000 | 20,000Hrs. | P.172 |
| WB | +125C, Screw Terminal, High Temperature | -25 ~ +125 | 160 ~ 400 | 330 ~ 15000 | 3,000Hrs. | P.175 |
V-Chip Aluminum Electrolytic Capacitors
| Series | Features | Temp. (C) | Voltage (VDC) | Cap. (F) | Load Life | Page |
|---|---|---|---|---|---|---|
| VS1 | +85C, Surface Mount, General Purpose | 40 ~ +85 | 6.3 ~ 50 | 0.1 ~ 1500 | 2,000Hrs. | P.179 |
| VT1 | +105C, Surface Mount, General Purpose, 1,000 Hours | 55 ~ +105 | 6.3 ~ 50 | 0.1 ~ 220 | 1,000Hrs. | P.181 |
| VTD | +105C, Surface Mount, General Purpose, 2,000 Hours | 55 ~ +105 | 6.3 ~ 100 | 4.7 ~ 1500 | 2,000Hrs. | P.183 |
| VTG | +105C, Surface Mount, High Voltage, 3,000 Hours | 25 ~ +105 | 400 | 2.2 ~ 4.7 | 3,000Hrs. | P.185 |
| VZ2 | +105C, Surface Mount, Low Impedance | 55 ~ +105 | 6.3 ~ 100 | 1 ~ 1500 | 2,000Hrs. | P.187 |
| VTL | +105C, Surface Mount, Long Life, 3,000/5,000 Hours | 40 ~ +105 | 6.3 ~ 50 | 0.1 ~ 1000 | 3,000/5,000Hrs. | P.189 |
Application Guidelines Summary
- Circuit Design: Ensure operating conditions are within catalog specifications. Respect operating temperature and ripple current limits. Capacitors are polarized; use non-polar types for circuits with potential reverse polarity. Avoid rapid charge/discharge cycles without special design capacitors. Do not exceed rated voltage; use balancing resistors for series connections. Outer sleeve is not insulated. Blank terminals on snap-in types should not be connected to circuits. Avoid water, brine, oil, toxic gases, ozone, UV, radiation, and excessive vibration/shock. Ensure proper PC board hole spacing and clearance around safety vents. Do not install screw terminal capacitors with end seal side down; for horizontal mounting, positive terminal must be upper. Electrolyte is combustible and conductive; avoid circuit patterns beneath end seals. Keep heat-generating components away from capacitors. Electrical characteristics vary with temperature and frequency.
- Mounting: Do not reuse assembled capacitors in different applications. Discharge capacitors before handling. Leakage current may increase after long storage; perform voltage treatment if necessary. Confirm ratings and polarity before installation. Do not drop or deform capacitors. Ensure lead spacing matches PC board hole spacing. Snap-in types should be installed tightly to the PC board. Avoid excessive clinch force during automatic insertion. Be cautious of mechanical shock from automated equipment. Follow specified soldering conditions for Pb/Sn and Pb-free types. Do not tilt, lay down, or twist capacitors after soldering. Do not carry PC boards by grasping soldered capacitors. Prevent anything from touching capacitors after soldering. Avoid cleaning with halogenated cleaning agents. When using fixing or coating materials, avoid halogen content and ensure proper flux removal and drying.
- Storage: Store capacitors at 5C to 35C,
- Disposal: Dispose of capacitors as industrial waste through professional waste disposal specialists.
- Printed Circuit Board Cleaning: Halogen type organic solvents can permeate capacitors and cause corrosion due to chlorine ions. While water and alcohol are less hazardous, halogenated solvents are corrosive to aluminum foil and tabs.
- Basic Electrical Characteristics: Capacitance is measured at 120Hz, 0.5Vrms AC with DC bias. Capacitance decreases with increasing frequency and decreasing temperature. Tan (dissipation factor) increases with frequency and decreases with temperature. ESR is affected by the oxide layer and electrolyte; it increases with decreasing temperature and decreases with increasing frequency. Impedance is frequency-dependent, with capacitive reactance dominating at low frequencies, ESR at mid-frequencies, and inductive reactance at high frequencies. Leakage current is a small DC current that flows to reform the oxide layer; it is higher at increased temperatures and voltages.
Part Number System Example
E K F 336 M 1C E 05 RR Breakdown:
- Series: E-CAP (EKF)
- Capacitance: 336 (33F)
- Tolerance: M (20%)
- Voltage: 1C (16V)
- Case Length: E (5mm)
- Diameter: 05 (6.3mm)
- Type: RR (Radial Bulk)
Taping Specifications
Details on dimensions for taped components, including diameter, height, lead diameter, component spacing, carrier tape width, and lateral deviation.
Packing Specifications
Quantities for taped and bulk packaging are provided for various case sizes.
Lead Forming Specifications
Details on lead forming codes and corresponding dimensions for various capacitor diameters.
Environmental Policy
Commitment to minimizing environmental impact, reducing resource consumption, preventing hazards, and promoting environmental consciousness among employees and business associates.
Compliance with RoHS Directive
Products comply with EU Restriction of Hazardous Substances (RoHS) Directive (2011/65/EU), with specified limits for Lead (Pb), Mercury (Hg), Cadmium (Cd), Hexavalent Chromium (Cr6+), PBBs, and PBDEs.
Halogen Free Compliant
Products do not contain Bromine (Br) or Chlorine (Cl) above specified maximum limits.
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Company
Beijing Silk Road Enterprise Management Services Co., Ltd.
Location
16 Floor, Unit B, Jiatai International Mansion, No 41, Dongsihuan Zhong Road, Chaoyang District, Beijing
Contact Person
Sellina