CM4440 Series
Power Line Common Mode Chokes For High Frequency
Product Description
Laird's high current Common Mode chokes provide small form factor high performance and economical power filtering for common mode noise in applications up to 20 amps. Multi-line surface mount filters provide EMI suppression for groups of conductors like power traces and high-speed data lines. They offer effective filtering into the GHz range.
Product Video
Image Gallery
Industries
- Automotive
- Automotive and Industrial Electronics
- Consumer Electronics
- Data Infrastructure
- Datacom
- Energy & Utilities
- Healthcare / Medical
- Industrial Electronics
- Networking
- Telecommunications
- Wireless
Applications
- For Power Lines
- For Power Supply Unit / Circuit
Features and Benefits
- Rohs compliant
- Common mode filter for large current applications
- Operating temperature range: –40 to +125°C
- Automotive grade chokes available upon request
Technical Specification
Typical Properties
Mounting TypeSMTNumber of Lines3Operating Temperature Max (Celsius)125Operating Temperature Min (Celsius)-40Electrical Properties
DCR (Ω) Max Max0.00100DCR (Ω) Max Min0.00100Filter Type 1Power LineImpedance (Ohm) at 1 GHz Max117Impedance (Ohm) at 1 GHz Min117Impedance (Ohm) at 100 MHz Max120Impedance (Ohm) at 100 MHz Min110Impedance (Ohm) at 25 MHz Max82Impedance (Ohm) at 25 MHz Min79Impedance (Ohm) at 500 MHz Max122Impedance (Ohm) at 500 MHz Min122Peak Impedance Freq. (MHz) Max500Peak Impedance Freq. (MHz) Min460RATED CURRENT (A) Max Max20.000RATED CURRENT (A) Max Min20.000RATED CURRENT (A) Max Min20.000Rating Voltage Max (VDC) Max100Rating Voltage Max (VDC) Min100Typical Peak Impedance (Ω) Max123Typical Peak Impedance (Ω) Min122Dimensions
Height/Thickness (inches) Max0.367Height/Thickness (inches) Min0.367Height/Thickness (mm) Max9.32Height/Thickness (mm) Min9.32Length (Inches) Max0.435Length (Inches) Min0.435Length (mm) Max11.05Length (mm) Min11.05Width (inches) Max0.395Width (inches) Min0.395Width (mm) Max10.00Width (mm) Min10.00Compliance
ROHS CompliantYes