<
>
Specifications
Insulation Resistance(IR):
10MΩ
Operating Temperature:
-40℃~+85℃
DC Resistance(DCR):
4Ω
Voltage Rating - DC:
5V
Voltage Withstand:
12.5V
Mfr. Part #:
DLM0QSN900HY2D
Package:
SMD-4P,0.7x0.5mm
Key Attributes
Model Number:
DLM0QSN900HY2D
Product Description
Chip Common Mode Choke Coil DLM0QS Series
The DLM0QS Series Chip Common Mode Choke Coil is designed for differential signal interfaces in electronic applications. These coils offer effective common mode noise suppression, ensuring signal integrity in various electronic systems.
Product Attributes
- Brand: MURATA MFG.CO.,LTD
- Type: Chip Common Mode Choke Coil
- Series: DLM0QS
- Polarity: No polarity
- Structure: Magnetically shielded one circuit type
Technical Specifications
| Murata Part Number | Common Mode Impedance (at 100MHz) | Rated Voltage | Rated Current | DC Resistance | Cut-off Frequency | Operating Temperature | Storage Temperature |
|---|---|---|---|---|---|---|---|
| DLM0QSB120HY2D | 125 | 5V(DC) | 150mA | 1.625% | 8GHz(Typ.) | -40 to +85C | -40 to +85C |
| DLM0QSB120HY2B | 125 | 5V(DC) | 150mA | 1.625% | 8GHz(Typ.) | -40 to +85C | -40 to +85C |
| DLM0QSB350HY2D | 3530% | 5V(DC) | 120mA | 2.325% | 4GHz(Typ.) | -40 to +85C | -40 to +85C |
| DLM0QSB350HY2B | 3530% | 5V(DC) | 120mA | 2.325% | 4GHz(Typ.) | -40 to +85C | -40 to +85C |
| DLM0QSN500HY2D | 5035% | 5V(DC) | 100mA | 3.625% | 4GHz(Typ.) | -40 to +85C | -40 to +85C |
| DLM0QSN500HY2B | 5035% | 5V(DC) | 100mA | 3.625% | 4GHz(Typ.) | -40 to +85C | -40 to +85C |
| DLM0QSN650HY2D | 6535% | 5V(DC) | 100mA | 3.625% | 4GHz(Typ.) | -40 to +85C | -40 to +85C |
| DLM0QSN650HY2B | 6535% | 5V(DC) | 100mA | 3.625% | 4GHz(Typ.) | -40 to +85C | -40 to +85C |
| DLM0QSN900HY2D | 9025% | 5V(DC) | 50mA | 4.025% | 2GHz(Typ.) | -40 to +85C | -40 to +85C |
| DLM0QSN900HY2B | 9025% | 5V(DC) | 50mA | 4.025% | 2GHz(Typ.) | -40 to +85C | -40 to +85C |
Dimensions
0.650.5mm (Chip Size)
2410121457_muRata-DLM0QSN900HY2D_C7510111.pdf
Request A Quote
Please Use Our Online Inquiry Contact Form Below If You Have Any Questions, Our Team Will Get Back To You As Soon As Possible
