Bourns SRN301xBTA Semi-shielded Power Inductors
Bourns SRN301xBTA Semi-shielded Power Inductors are automotive-grade inductors with up to 0.46A minimum saturation current and up to 0.65A minimum heating current. These inductors feature a 1mm maximum profile, -55°C to 125°C operating temperature range, and improved product reliability with soldered lead-wire. The SRN310xBTA power inductors are RoHS and AEC-Q200 compliant. These inductors are used in automotive systems, DC-DC converters, consumer electronics, and power supplies.
Features
- Semi-shielded construction
- Inductance range:
- SRN3010BTA:
- 1μH to 22μH
- SRN3012BTA:
- 0.22μH to 47μH
- SRN3015BTA:
- 0.24μH to 47μH
- SRN3010BTA:
- Improved product reliability with soldered lead-wire
- 1mm maximum profile
- -55°C to 125°C operating temperature range
- Up to 0.46A minimum saturation current
- Up to 0.65A minimum heating current
Applications
- Automotive systems
- DC-DC converters
- Consumer electronics
- Power supplies
Datasheets
Related Products
Bourns SRN Semi-Shielded Power Inductors
Available in several sizes that provide effective magnetic shielding, 200mA to 12A rated current.
View Results ( 43 ) Page
| Part Number | Datasheet | Inductance | Maximum DC Current | Maximum DC Resistance | Saturation Current | Self Resonant Frequency |
|---|---|---|---|---|---|---|
| SRN3012BTA-R68M |  |
680 nH | 4.8 A | 37 mOhms | 4.3 A | 175 MHz |
| SRN3015BTA-100M | |
10 uH | 1.5 A | 264 mOhms | 1 A | 45 MHz |
| SRN3010BTA-3R3M | |
3.3 uH | 2.2 A | 156 mOhms | 1.4 A | 86 MHz |
| SRN3012BTA-2R2M | |
2.2 uH | 2.9 A | 90 mOhms | 2.4 A | 95 MHz |
| SRN3015BTA-220M | |
22 uH | 1 A | 540 mOhms | 680 mA | 26 MHz |
| SRN3010BTA-100M | |
10 uH | 1.1 A | 504 mOhms | 800 mA | 40 MHz |
| SRN3010BTA-150M | |
15 uH | 900 mA | 678 mOhms | 650 mA | 33 MHz |
| SRN3010BTA-1R0M | |
1 uH | 3.4 A | 67 mOhms | 2.4 A | 145 MHz |
| SRN3010BTA-220M | |
22 uH | 700 mA | 912 mOhms | 500 mA | 25 MHz |
| SRN3010BTA-2R2M | |
2.2 uH | 2.6 A | 120 mOhms | 1.8 A | 101 MHz |
Published: 2023-08-23
| Updated: 2023-08-28