HA72L-1040
HA72L-1040 is Power Inductors manufactured by TT Electronics.
Features
:
- Operating Temperature Range
- 55°C to +155°C
- Ambient Temperature, Maximum +115°C
- Temperature Rise, 40°C
- Ro HS pliant
- AEC-Q200 Certified
Description
: HA72L series molded inductors are designed with the latest posite molded core materials made from iron alloy core to maximize inductance, temperature performance and saturation current while minimizing DC resistance and physical size. The result is a pact, surface mount ponent that operates in demanding environment with saturation currents up to 80 amps. It is magnetically shielded.
The HA72L series has been designed as a 155°C high temperature rated molded inductor for high stress environment that require high current saturation levels. It is ideal for high power density applications where size is critical and AEC-Q200 performance is certified.
Due to their iron alloy core properties, HA72L series offers good temperature flux density. They are also ideal for high efficiency DC-DC converters using high switching frequencies up to 3 MHz as well as EMI and low pass DC ripple filters in high temperature environment. Molded inductors deliver clean power in a small, lightweight surface mount package. AECQ200 certification assures performance and reliability levels that automotive applications demand.
Applications:
- Transportation
Lighting Engine Control Transmission control Powertrain Braking Electric power steering
General Note TT Electronics reserves the right to make changes in product specification without notice or liability. All information is subject to TT Electronics’ own data and is considered accurate at time of going to print.
© TT electronics plc
TT Electronics | BI Technologies A-1445, Jalan Tanjung Api, 25050 Kuantan, Pahang Darul Makmur, Malaysia
Ph: +60 9 565 8888 https://.ttelectronics./contact-us/
Issue C 12/2022 Page 1
Power Inductors HA72L-1040 series
Part Number
Electrical Specifications
(1) Inductance (u H)
±20% @0A
DCR (mΩ) Typ
DCR (mΩ) Max
SRF (MHz) Ref
(2)...