-
L9662TR
- For Product Pricing Customization Or Other Inquiries
- Contact Now
- Technical Documents
- Download Datasheet
Request Information For L9662TR
L9662TR Overview
The device is intended to deploy up to 8 squibs and to interface up to 4 satellites. 2 satellite interfaces can be used to interface Hall sensors. Squib drivers are sized to deploy 1.2 A minimum for 2 ms, 1.75 A minimum for 1 ms and 1.75 A minimum for 0.65 ms during load dump along with 1.5 A minimum for 2 ms for VRES voltages less than 25 V.
Full diagnostic capabilities of the squib interface are provided. Satellite interfaces support Manchester 1, 2 and PSI5 decoding with variable bit rate.
Features
- 8 deployment drivers with SPI selectable firing current and times
- Capability to deploy the squib with 1.2 A (min)/2 ms, 1.75 A (min)/1.0 ms and 1.75 A (min)/0.65 ms between VRES of 7 V to 37 V
- Capability to deploy the squib with 1.5 A (min)/2 ms between VRES of 7 V to 25 V
- Firing capability to deploy all channels simultaneously
- Independently controlled high-side and low-side MOS for diagnosis
- Analog output available for resistance measurement
- Squib short to ground, short to battery and MOS diagnostic available on SPI register
- Capability to deploy the squib the low side MOS is shorted to ground
- 4 Fire enable inputs
- Interface with 4 satellite sensors
- Programmable independent current trip points for each satellite channel
- Support Manchester 1 or 2 protocol for satellite sensors
- Support PSI5 (Parity) protocol for satellite sensors (reference PSI5 technical specification V 1.2 /14.06.07)
- Support for Sync pulse and minibus for satellites
- Supports for variable bit rate detection
- Independent current limit and fault timer shutdown protection for each satellite output
- Short to ground and short to battery detection and reporting for each satellite channel
- 2 independent SPI interfaces
- 5.5 MHz SPI interface
- Satellite message error detection
- Hall effect sensor support on satellite channels 3 and 4.
- Low voltage internal reset
- 2 kV ESD capability on all pins
- Package: LQFP64
- Technology: ST Proprietary BCD5
Product Parameters
-
prmis_id
CP218392
-
item_name
L9662TR
-
p_445
-
p_1387
5.57
-
p_4418
1000
-
parent_id
PF251903
-
p_4906
false
-
p_5113
0
-
p_163
Active
Other distributor's price
Distributor | Part # | Mfg. | Description | Price |
---|---|---|---|---|
L9662TR | STMicroelectronics | Sensor and Detector Interface 5.5V SPI Interface Automotive 64-Pin LQFP T/R |
1000---$7.2460 2000---$7.1730 3000---$7.1020 4000---$7.0310 5000---$6.9600 10000---$6.8910 24000---$6.8220 25000---$6.7540 50000---$6.6860 |
|
L9662TR | STMicroelectronics | IC INTERFACE SPECIALIZED 64LQFP |
1000---$5.7090 |
|
L9662TR | STMicroelectronics |
1000---$6.9200 |
||
L9662TR | STMicroelectronics | Interface - Specialized Octal squib driver & quad Manchester/PSI5 encoded sensor interface ASIC for safe |
1---$9.6100 10---$8.6800 25---$8.2700 100---$7.1900 250---$6.8600 500---$6.2600 1000---$6.0800 |
|
L9662TR | STMicroelectronics | Octal Squib Driver ASIC 64-Pin LQFP T/R - Tape and Reel (Alt: L9662TR) |
1000---$5.1381 2000---$5.0343 4000---$4.9305 6000---$4.8267 8000---$4.7229 10000---$4.6191 100000---$4.5153 |
Associated Products
Blogs
- How to Reset a Mass Air Flow Sensor
- How to Test an IGBT Using A Multimeter
- How to Reset a Nox Sensor
- How to Test Crankshaft Sensor with Multimeter
- How to Delete O2 Sensors from ECM
- ESP32 vs. STM32
- Difference Between BJT, MOSFET and IGBT: BJT vs MOSFET vs IGBT
- IGBT Symbol Diagram, Characteristics, Circuit
- Difference Between IGBT and Thyristor 【IGBT vs Thyristor】
- IGBT Rectifier: All You Want to Know