logo

E-L9823013TR

Manufacturer

ST MICROELECTRONICS

data-sheet
Data sheet
Data sheet
L9823 is designed for automotive applications, specifically for controlling bulb, resistive, and inductive loads. Its features include SPI control for diagnostics and output protection, making it suitable for automotive lighting and motor control systems, ensuring reliable operation under various conditions.
Specification
Specification
IC PWR DRIVER N-CHANNEL 1:8 24SO
IC PWR DRIVER N-CHANNEL 1:8 24SO
Detailed specification
Detailed specification
Power Switch/Driver 1:8 N-Channel 500mA 24-SO
Power Switch/Driver 1:8 N-Channel 500mA 24-SO
Description
Description
The L9823 is an octal low-side driver IC designed for automotive applications, capable of driving resistive and inductive loads with a current output of up to 500 mA. It features SPI control, output protection, and diagnostics, including overcurrent shutdown and thermal protection. The device supports programmable output voltage clamping for inductive loads and has a low standby current of 35 µA. It operates with a supply voltage range of -0.3 to 7 V and includes open load detection.
The L9823 is an octal low-side driver IC designed for automotive applications, capable of driving resistive and inductive loads with a current output of up to 500 mA. It features SPI control, output protection, and diagnostics, including overcurrent shutdown and thermal protection. The device supports programmable output voltage clamping for inductive loads and has a low standby current of 35 µA. It operates with a supply voltage range of -0.3 to 7 V and includes open load detection.
Availability
Availability
Can be ordered from Westcomp
Can be ordered from Westcomp
Check stock
Contact sales
Contact Jan-Erik or one of our other skilled sales representatives. They'll help you find the right service option.
Jan-Erik Johannessen
Upload BOM
Do you want to upload an entire BOM and get a ready-made quote within a few hours? Our salespeople will immediately take care of your request and get back to you.