KEMET Electronics SC-02-100 AC Chokes
Best common mode filter for industrial electromagnetic interference suppression.
The KEMET Electronics SC-02-100 AC Choke is engineered for effective Electromagnetic Compatibility (EMC) in demanding applications. This Common Mode filter is designed for 250 VAC systems, offering a substantial 1000 µH inductance and a 2 A continuous current rating. It ensures reliable performance up to +105°C and features magnetic shielding for enhanced noise suppression. Ideal for industrial environments, this Through Hole mounted component is a key part of Electromagnetic Interference filtering solutions.
$477.38
Owner Satisfaction
4.6
/ 5
Category Rank
105
/ 221
#105 in Electronic Filters
Price vs Category Average
+96%
Above average
Inductance
1000
/ µH
Who it's for
- Engineers prioritizing signal integrity and regulatory compliance
- Designers working with limited space on crowded circuit boards
- Developers needing consistent performance under heavy electrical loads
Who should skip it
- Budget-conscious buyers seeking the lowest possible component price
- Efficiency-focused teams minimizing heat and power dissipation
- Novice hobbyists lacking advanced circuit layout and impedance expertise
Performance breakdown
Noise Suppression
Magnetic shielding provides superior attenuation for clean signal integrity.
Thermal Resilience
Reliable operation up to 105°C suits demanding industrial environments.
Current Capacity
Handles 2A loads effectively for standard power filtering requirements.
Inductance Precision
High 1000 µH rating ensures robust filtering for common mode interference.
Installation Ease
Standard through-hole mounting simplifies integration into existing circuit board designs.
Voltage Compatibility
Optimized for 250 VAC systems, covering most standard power applications.
Key Specs
Inductance
1000 µH
Rated Current
2 A
Voltage Rating
250 VAC
Mounting Type
Through Hole
Maximum Operating Temperature
+105°C
Shielding
Magnetic Shield
Manufacturer Part Number
SC-02-100
Inductor Type
AC Chokes, Common Mode
Features
- Effective common mode noise suppression
- Designed for 250 VAC systems
- High 1000 µH inductance
- Rated for 2 A continuous current
- Durable +105°C maximum operation
- Standard Through Hole mounting
- Magnetic shielding for performance
- Ideal for EMC applications
What customers say
Reviewers consistently praise the KEMET SC-02-100 AC Choke for its exceptional reliability and superior quality. Engineers value its stable inductance and robust current handling, confirming it meets precise technical specifications for critical noise suppression in sensitive power circuits. The physical build quality is excellent, reflecting KEMET’s reputation for durable components that handle demanding operational environments. While this component carries a premium price, users agree the validated performance and reduced risk of system failure significantly justify the investment. This choke is highly recommended for applications where long term stability and technical precision are paramount, solidifying its status as a trusted, high-grade engineering component.
Know before you buy
This component acts as a common mode filter designed to suppress electromagnetic interference (EMI) in 250 VAC systems. It helps ensure your electronics maintain electromagnetic compatibility by filtering out unwanted noise.
Yes, it is rated for reliable operation in temperatures up to +105°C. This makes it suitable for most standard industrial applications where thermal management is a consideration.
The integrated magnetic shielding is designed to enhance noise suppression performance. It helps contain the magnetic field within the component, reducing the risk of interference with other nearby sensitive electronics.
Yes, the SC-02-100 features a standard through-hole mounting design. This allows for a secure, durable connection to your printed circuit board, which is ideal for power-related filtering applications.
This choke is rated for a maximum of 250 VAC and a continuous current of 2 A. Ensure your circuit requirements do not exceed these specifications to maintain safe and effective operation.
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