SAMXON Aluminum Electrolytic Capacitors - Miniature, Large Can, and V-Chip Series

Product Overview

SAMXON Aluminum Electrolytic Capacitors offer a comprehensive range of solutions for diverse electronic and industrial applications. The product line includes miniature, large can, and V-Chip types, designed to meet stringent performance requirements. These capacitors are engineered for reliability, featuring extended load life, high ripple current capabilities, and low impedance, making them suitable for applications such as power supplies, audio equipment, and high-density electronic circuits. SAMXON is committed to quality assurance and environmental compliance, adhering to RoHS directives and offering halogen-free solutions.

Product Attributes

• Brand: SAMXON
• Origin: PRC (Manufacturing Plants in Dongguan and Wuxi)
• Certifications/Compliance: RoHS Directive, EIAJ RCR-2367B, IEC 60384-4

Technical Specifications

Series Overview:

Part Number System:

The part number system is structured to encode Series, Capacitance, Tolerance, Voltage, Case Size, and Feature. For example: EKF336M1CE05RTCSAP.

Taping Specifications:

Detailed dimensions for taped products are provided, including carrier tape width, component spacing, and sprocket hole pitch, ensuring compatibility with automated insertion processes.

Packing Specifications:

Standard packing quantities for taping and bulk types are available, with inner and outer box quantities specified for various component sizes.

Lead Forming Specifications:

Specifications for lead forming shapes (CB, HE, FD, KD, EC, PC) are detailed with dimensions for lead pitch and height to accommodate different mounting requirements.

Application Guidelines:

Comprehensive guidelines cover circuit design considerations such as operating temperature, ripple current, polarity, voltage application, and safety vent clearance. Mounting recommendations include P.C. board layout, soldering conditions, and handling precautions. Storage recommendations focus on maintaining capacitor characteristics over time, and disposal guidelines emphasize professional waste management.

Basic Electrical Characteristics:

Information on capacitance measurement (AC vs. DC), tangent delta (dissipation factor), Equivalent Series Resistance (ESR), impedance (Z) behavior with frequency and temperature, and leakage current is provided.

Quality Policy:

SAMXON's commitment to total quality management, continuous improvement, process mastery, and customer satisfaction is outlined, reflecting adherence to stringent international standards.

Manufacturing and Quality Assurance Procedures:

A detailed process flow from prefabrication to final inspection and dispatch is described, highlighting quality control gates and sampling at various stages of production.

Environmental Policy:

SAMXON's dedication to environmental protection, resource conservation, and minimizing environmental impact is detailed, emphasizing environmentally conscious operations and collaboration with stakeholders.

Compliance with RoHS Directive:

Confirmation of compliance with the EU RoHS Directive, ensuring products do not contain hazardous substances exceeding specified limits.

Halogen Free Compliant:

Products are compliant with halogen-free requirements, with specified maximum limits for Bromine and Chlorine.

General Purpose Miniature Aluminum Electrolytic Capacitors (GS, KM, KG Series):

These series offer high CV values, extended load life, and are suitable for general electronic circuits. Specifications include operating temperature ranges, voltage and capacitance ranges, leakage current, and tan delta values.

Low Impedance Type Miniature Aluminum Electrolytic Capacitors (GF, SF, GT, GK, SH, SK, RS, GY, RF Series):

Designed for high ripple current and low impedance applications, these series feature higher ripple current capabilities, longer life assurances, and lower impedance at high frequencies, making them ideal for personal computers and storage equipment.

High Reliability Type Miniature Aluminum Electrolytic Capacitors (RR, RT, RE, RD, RH Series):

Engineered for high reliability with extended life assurances and high ripple current capabilities, suitable for applications like electronic ballasts and power supplies.

High Temperature Type Miniature Aluminum Electrolytic Capacitors (BD, RA, RB, RC Series):

Designed to operate at high temperatures up to 130C, with high ripple current and long life assurances, suitable for demanding applications.

For Audio Type Miniature Aluminum Electrolytic Capacitors (FA Series):

Specifically designed for audio equipment, offering standard performance with anti-vibration structures for low distortion ratios.

Non-polarized Type Miniature Aluminum Electrolytic Capacitors (NP, NH Series):

Non-polarized capacitors suitable for circuits where polarity may be reversed or fluctuating.

Pen Cap Type Miniature Aluminum Electrolytic Capacitors (KM, RW, RY Series):

Compact, high-voltage, and high-temperature capacitors designed for slim adaptors and power supplies for displays.

Large Can Aluminum Electrolytic Capacitors (LP, AP, QP, DP, TP, HP, UP, KP, EP, FP, SP Series):

These series offer a wide range of capacitance and voltage ratings, with features like direct P.C. board mountability, fixed terminal spacing, and explosion-proof vents. They are categorized by their standard, audio, vibration-withstanding, long-life, ultra-long-life, high-ripple, and wide-temperature characteristics.

Screw Terminal Type Aluminum Electrolytic Capacitors (WR, WI, WT, WX, WF, WH, WL, WB Series):

Featuring screw terminals for high capacitance and voltage, these capacitors are designed for industrial power supplies, inverter circuitry, and applications requiring high ripple current and reliability. They offer long load life and high-temperature operation.

V-Chip Type Surface Mount Capacitors (VS1, VT1, VTD, VTG, VZ2, VTL Series):

These surface-mount capacitors are designed for high-density mounting and reflow soldering, offering general-purpose, high-voltage, low-impedance, and long-life options with various load life ratings.