Capacitor 0.1µF to 1000µF – Low Frequency
125 د.ع
Complete your electronic projects, repairs, and circuit designs with this premium selection of Aluminum Electrolytic Capacitors, available in a comprehensive range of capacitance values from 0.1µF to 1000µF. These essential electronic components are widely used for power supply filtering, signal coupling and decoupling, timing circuits, audio equipment, and countless other applications in both professional and hobbyist electronics. Each capacitor features high-quality aluminum electrolytic construction with radial leads for through-hole PCB mounting, ensuring reliable performance, excellent ripple current handling, and long operational life
Description
Aluminum Electrolytic Capacitor Assortment – Multiple Value Options (Through-Hole Radial Type)
Complete your electronic projects, repairs, and circuit designs with this premium selection of Aluminum Electrolytic Capacitors, available in a comprehensive range of capacitance values from 0.1µF to 1000µF. These essential electronic components are widely used for power supply filtering, signal coupling and decoupling, timing circuits, audio equipment, and countless other applications in both professional and hobbyist electronics. Each capacitor features high-quality aluminum electrolytic construction with radial leads for through-hole PCB mounting, ensuring reliable performance, excellent ripple current handling, and long operational life.
The capacitors are available in various voltage ratings from 10V up to 50V, providing flexibility for different circuit requirements. The radial lead design with standard 2.54mm or 5mm pin spacing allows for easy insertion into breadboards, perfboards, and PCBs, making them ideal for prototyping, repairs, and production runs. Whether you’re building a power supply, repairing a motherboard, designing an audio amplifier, or experimenting with timing circuits, having the right capacitor value on hand is essential. This assortment allows you to select exactly the capacitance and voltage rating you need, in any quantity, making it perfect for both small repairs and larger production requirements.
Key Features
Wide Range of Capacitance Values
Available in values from 0.1µF to 1000µF, covering small-value filtering capacitors to large-value smoothing capacitors for power supply applications.
Multiple Voltage Ratings
Options include 10V, 16V, 25V, and 50V voltage ratings, allowing you to select the appropriate voltage for your specific circuit requirements.
High-Quality Aluminum Electrolytic Construction
Manufactured with precision aluminum electrolytic technology featuring a non-solid electrolyte and polarized design for stable performance and reliable operation.
Through-Hole Radial Design
Standard radial leaded package with 2.54mm or 5mm pin spacing allows for easy through-hole mounting on PCBs, breadboards, and perfboards with secure mechanical stability.
Wide Operating Temperature Range
Designed to perform reliably in various environments with an operating temperature range suitable for both commercial and industrial applications.
Low ESR and High Ripple Current
Engineered for excellent ripple current handling and low equivalent series resistance (ESR) for efficient filtering and smoothing in power supply circuits.
Lead-Free and RoHS Compliant
Manufactured in compliance with RoHS standards, featuring lead-free construction for environmental safety and compatibility with modern soldering processes.
Specifications (General)
| Parameter | Value |
|---|---|
| Capacitor Type | Aluminum Electrolytic Capacitor |
| Mounting Type | Through-Hole (Radial Leads) |
| Capacitance Tolerance | ±20% (standard) |
| Lead Pitch | 2.54mm or 5mm (depending on value/size) |
| Polarity | Polarized (cathode marked on body) |
| Operating Temperature | -40°C to +85°C or +105°C (varies by series) |
| Dielectric Material | Aluminum Oxide (Wet Aluminum Electrolyte) |
Available Capacitance and Voltage Options
Small Value Capacitors (0.1µF – 4.7µF)
| Capacitance | Voltage | Typical Applications |
|---|---|---|
| 0.1µF | 50V | Decoupling, bypass, noise filtering |
| 0.22µF | 50V | Coupling, timing circuits |
| 0.47µF | 50V | Audio coupling, filtering |
| 1µF | 50V | General-purpose, power supply filtering |
| 2.2µF | 50V | Timing, coupling circuits |
| 3.3µF | 50V | Filtering, smoothing applications |
| 4.7µF | 50V | Power supply filtering, coupling |
Medium Value Capacitors (10µF – 47µF)
| Capacitance | Voltage | Typical Applications |
|---|---|---|
| 10µF | 25V | General-purpose, power supply filtering |
| 10µF | 50V | Higher voltage filtering applications |
| 22µF | 16V | Low-voltage smoothing, coupling |
| 22µF | 25V | General-purpose smoothing |
| 33µF | 16V | Audio coupling, power supply filtering |
| 47µF | 10V | Low-voltage power supply smoothing |
| 47µF | 25V | General-purpose filtering |
| 47µF | 50V | Higher voltage filtering applications |
Large Value Capacitors (100µF – 1000µF)
| Capacitance | Voltage | Typical Applications |
|---|---|---|
| 100µF | 16V | Power supply output filtering |
| 100µF | 25V | General-purpose smoothing |
| 220µF | 10V | Low-voltage power supply smoothing |
| 220µF | 25V | Power supply output filtering |
| 470µF | 10V | Bulk capacitance for power supplies |
| 470µF | 16V | Audio amplifier power supply |
| 680µF | 16V | High-current power supply filtering |
| 1000µF | 16V | Large bulk capacitance for power supplies |
Special Value
| Capacitance | Voltage | Typical Applications |
|---|---|---|
| 30µF | 25V | Specialized circuits, timing applications |
Capacitance and Voltage Selection Guide
By Application
| Application | Recommended Values | Recommended Voltage |
|---|---|---|
| Power Supply Input Filtering | 100µF – 1000µF | 1.5x to 2x input voltage |
| Power Supply Output Smoothing | 10µF – 470µF | 1.5x to 2x output voltage |
| Signal Coupling | 0.1µF – 10µF | 16V – 50V |
| Decoupling/Bypass | 0.01µF – 0.1µF | 16V – 50V |
| Timing Circuits | 1µF – 100µF | 16V – 25V |
| Audio Coupling | 1µF – 47µF | 16V – 50V |
| Power Supply Bulk Capacitance | 470µF – 1000µF | 16V – 25V |
Voltage Selection Guidelines
For 5V circuits, choose 10V or 16V capacitors
For 12V circuits, choose 16V or 25V capacitors
For 15V circuits, choose 25V capacitors
For 24V circuits, choose 35V or 50V capacitors
For 30V circuits, choose 50V capacitors
Common Applications
Power Supply Circuits
Input and output filtering
Smoothing rectified AC
Bulk energy storage
Ripple voltage reduction
Audio Circuits
Signal coupling between stages
Power supply decoupling
Feedback networks
Tone control circuits
Timing and Oscillator Circuits
RC time constant setting
Monostable multivibrators
Oscillator frequency determination
Digital Circuits
Power supply decoupling
Reset circuit timing
Noise filtering on power rails
Polarity and Orientation
Important: Aluminum electrolytic capacitors are polarized components. The negative terminal (cathode) is clearly marked on the capacitor body with a stripe and minus (-) symbols. Incorrect polarity connection can cause the capacitor to overheat, vent, or explode.
+ - ┌───┐ ┌───┐ │ + │ │ - │ └───┘ └───┘ Longer lead Shorter lead (Positive) (Negative)
Soldering Recommendations
Use a soldering iron at 300-350°C (572-662°F)
Soldering time should not exceed 3-5 seconds per lead
Allow capacitor to cool between soldering operations
Do not apply excessive force to leads after soldering
Clean flux residue from PCB after soldering
Important Usage Notes
Always observe correct polarity when installing capacitors
Do not exceed the rated voltage (use 20-30% derating for reliability)
Do not expose to reverse voltage
Keep within rated temperature range
Do not use capacitors that show bulging or leakage
Store in cool, dry conditions when not in use
Capacitance may decrease over time; consider derating for long-life applications
Package Contents
1 x Aluminum Electrolytic Capacitor (selected capacitance and voltage value)
تشكيلة مكثفات ألومنيوم إلكتروليتية – خيارات قيم متعددة (من خلال الفتحة)
أكمل مشاريعك الإلكترونية وإصلاحاتك وتصاميم دوائرك باستخدام هذه التشكيلة الممتازة من المكثفات الإلكتروليتية الألومنيوم، المتوفرة بمجموعة شاملة من قيم السعة من 0.1µF إلى 1000µF. هذه المكونات الإلكترونية الأساسية تستخدم على نطاق واسع لترشيح مصادر الطاقة وربط وفصل الإشارات ودوائر التوقيت ومعدات الصوت والعديد من التطبيقات الأخرى. يتميز كل مكثف ببناء إلكتروليتي ألومنيوم عالي الجودة مع أسلاك نصف قطرية للتركيب من خلال الفتحة، مما يضمن أداءً موثوقًا.
المكثفات متوفرة بتصنيفات جهد متنوعة من 10V إلى 50V، مما يوفر مرونة لمتطلبات الدوائر المختلفة. يسمح التصميم ذو الأسلاك نصف القطرية بتباعد دبابيس قياسي 2.54 مم أو 5 مم بإدخال سهل في لوحات التجارب ولوحات التوصيل و PCBs، مما يجعلها مثالية للنمذجة الأولية والإصلاحات وعمليات الإنتاج.
المميزات الرئيسية
مجموعة واسعة من قيم السعة
متوفرة بقيم من 0.1µF إلى 1000µF، تغطي مكثفات الترشيح صغيرة القيمة إلى مكثفات التنعيم كبيرة القيمة لتطبيقات مصادر الطاقة.
تصنيفات جهد متعددة
تشمل الخيارات تصنيفات جهد 10V و 16V و 25V و 50V.
بناء إلكتروليتي ألومنيوم عالي الجودة
مصنعة بتقنية إلكتروليتية ألومنيوم دقيقة لأداء مستقر وتشغيل موثوق.
تصميم نصف قطري من خلال الفتحة
يسمح التصميم القياسي بتركيب سهل على PCBs ولوحات التجارب ولوحات التوصيل.
خيارات السعة والجهد المتاحة
قيم صغيرة (0.1µF – 4.7µF)
0.1µF / 50V
0.22µF / 50V
0.47µF / 50V
1µF / 50V
2.2µF / 50V
3.3µF / 50V
4.7µF / 50V
قيم متوسطة (10µF – 47µF)
10µF / 25V
10µF / 50V
22µF / 16V
22µF / 25V
33µF / 16V
47µF / 10V
47µF / 25V
47µF / 50V
قيم كبيرة (100µF – 1000µF)
100µF / 16V
100µF / 25V
220µF / 10V
220µF / 25V
470µF / 10V
470µF / 16V
680µF / 16V
1000µF / 16V
قيمة خاصة
30µF / 25V
إرشادات اختيار الجهد
لدوائر 5V، اختر مكثفات 10V أو 16V
لدوائر 12V، اختر مكثفات 16V أو 25V
لدوائر 24V، اختر مكثفات 35V أو 50V
قطبية المكثف
المكثفات الإلكتروليتية الألومنيوم مكونات مستقطبة. الطرف السالب محدد بوضوح على جسم المكثف بشريط ورموز ناقص (-). التوصيل الخاطئ للقطبية قد يتسبب في ارتفاع حرارة المكثف أو تلفه.
ملاحظات استخدام مهمة
احترم دائمًا القطبية الصحيحة عند تركيب المكثفات
لا تتجاوز الجهد المقنن
لا تعرض لجهد عكسي
حافظ على درجة الحرارة ضمن النطاق المقنن
لا تستخدم مكثفات تظهر عليها انتفاخ أو تسرب
محتويات العلبة
1 × مكثف ألومنيوم إلكتروليتي (بقيمة السعة والجهد المختارين)
Additional information
| Value | 0.1µF / 50V, 0.22µF / 50V, 0.47µF / 50V, 1µF / 50V, 2.2µF / 50V, 3.3µF / 50V, 4.7µF / 50V, 10µF / 25V, 10µF / 50V, 22µF / 16V, 22µF / 25V, 33µF / 16V, 47µF / 10V, 47µF / 25V, 47µF / 50V, 100µF / 16V, 100µF / 25V, 220µF / 10V, 220µF / 25V, 470µF / 10V, 470µF / 16V, 680µF / 16V, 1000µF / 16V, 30µF / 25V |
|---|






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