DLP2ADN161HL4L Film Type Common Mode Choke Coil Array for Noise Reduction in Electronic Applications
Product Overview
The DLP2ADN Series Chip Common Mode Choke Coil Arrays are designed for noise suppression in electronic circuits. These film-type choke coils offer effective common mode noise filtering, crucial for maintaining signal integrity in various electronic applications.
Product Attributes
- Brand: MURATA MFG.CO.,LTD
- Origin: Japan (implied by manufacturer)
- Material: Film Type
- Color: Not specified
- Certifications: RoHS Marking (R)-Y ()
Technical Specifications
| Customer Part Number | Murata Part Number | Common Mode Impedance (at 100MHz) | Rated Voltage | Rated Current | DC Resistance | Insulation Resistance | Operating Temperature | Storage Temperature |
| DLP2ADN670HL4L | DLP2ADN670HL4B | 6720% | 5V(DC) | 140mA | 1.325% | 100M min. | -40 to +85C | -40 to +85C |
| DLP2ADN900HL4L | DLP2ADN900HL4B | 9020% | 5V(DC) | 130mA | 1.725% | 100M min. | -40 to +85C | -40 to +85C |
| DLP2ADN121HL4L | DLP2ADN121HL4B | 12020% | 5V(DC) | 120mA | 2.025% | 100M min. | -40 to +85C | -40 to +85C |
| DLP2ADN161HL4L | DLP2ADN161HL4B | 16020% | 5V(DC) | 100mA | 2.525% | 100M min. | -40 to +85C | -40 to +85C |
| DLP2ADN201HL4L | DLP2ADN201HL4B | 20020% | 5V(DC) | 90mA | 3.225% | 100M min. | -40 to +85C | -40 to +85C |
| DLP2ADN241HL4L | DLP2ADN241HL4B | 24020% | 5V(DC) | 80mA | 3.825% | 100M min. | -40 to +85C | -40 to +85C |
| DLP2ADN281HL4L | DLP2ADN281HL4B | 28020% | 5V(DC) | 80mA | 4.625% | 100M min. | -40 to +85C | -40 to +85C |
Application Scenarios
These choke coil arrays are suitable for applications requiring high reliability and noise suppression, including but not limited to: Aircraft equipment, Aerospace equipment, Undersea equipment, Power plant control equipment, Medical equipment, Transportation equipment (vehicles, trains, ships, etc.), Traffic signal equipment, Disaster prevention/crime prevention equipment, and Data-processing equipment. Mounting direction is critical to prevent circuit failure and potential hazards.
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