Name: E-L9823013TR
Brand: STMicroelectronics
SKU: E-L9823013TR
Availability: InStock

Manufacturer:STMicroelectronics

Product Category: Power Management, Power Load Distribution Switches

Avnet Manufacturer Part #: E-L9823013TR

Secondary Manufacturer Part#: E-L9823013TR

RoHS 10 Compliant
Tariff Charges

L9823 is a octal low-side driver circuit, dedicated for automotive applications.Output voltage clamping is provided for flyback current recirculation, when inductive loads are driven.Chip select and cascadable serial 8-bit Interface for outputs control and diagnostic data transfer.

Outputs current capability up to 0.5 A

Cascadable SPI control for outputs

Reset function with reset signal or undervoltage at VDD

Programmable intrinsic output voltage clamping at typ. 50 V for inductive switching

Overcurrent shutdown with latch-off for every write cycle (SFPD = low)

Independent thermal shutdown of outputs (SOA Protection)

Output status data available on the SPI using 8-bit I/O protocol up to 3.0 MHz

Low standby current with reset = low (typ. 35 µA @ VDD)

Open load detection (outputs off)

Single VDD logic supply

High EMS immunity and low EME (controlled output slopes)

Full functionality of the remaining device at negative voltage drop on outputs (-1.5 V or -3.0 A)

Output mode programmable for sustained current limit or shutdown

	Description	Value
	Current Limit	2 A
	Input Voltage	-0.3 to 7 V
	Lead Finish	Gold\|Matte Tin
	Max Processing Temp	260
	Minimum Output Current	0.5 A
	Mounting	Surface Mount
	MSL Level	MSL 3 - 168 hours
	No. of Channels	8
	No. of Pins	24
	Number of Outputs	8
	On State Resistance	1.25 Ohm
	Operating Supply Voltage Range	-0.3 to 7 V
	Operating Temperature Max	150 °C
	Operating Temperature Min	-40 °C
	Package	24SO
	Pin Count	24
	Product Dimensions	15.6 x 7.6 x 2.35 mm
	Supplier Package	SOIC
	Supply Current	6 mA
	Switch On Resistance	0.8 Ohm
	Type	Low Side

Description	Value
Country of Origin:	RECOVERY FEE
ECCN:	EAR99
HTSN:	8542330001
Schedule B:	8542330000

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E-L9823013TR

Description

Technical Attributes

ECCN / UNSPSC / COO