Power Management

L99ASC03

STMicroelectronics

The L5958 includes 6 linear voltage regulators and a 2 A power switch, working down to 4.5 V battery level. All the voltage regulators can be switched off through the three enable pins.

Manufacturer: STMicroelectronics

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For more information on ST products and solutions, visit www.st.com © STMicroelectronics - October 2013 - Printed in United Kingdom - All rights reserved The STMicroelectronics corporate logo is a registered trademark of the STMicroelectronics group of companies All other names are the property of their respective owners www.st.com/automotive Smart power solutions for car body applications Order code: SGCAR1013

Special devices – Integrated solenoid driver - Injection gas system 19 Packages SOT‑223 SO‑8 SO‑16 SO‑16L SO‑20 SO‑28 SO‑34 PowerSO‑10 PowerSO‑16 PowerSO‑20 PowerSO‑30 PowerSO‑36 PowerQFN DPAK PPAK PowerSSO‑12 PowerSSO‑24 PowerSSO‑36 MultiPowerSO‑30 IPAK TQFP64 OCTAPAK P²PAK HPAK Note: All packages are Lead Free compliant

Note: M0-7 High side switches and OMNIFET III are to be preferred for new design-in.

HIGH-SIDE SWITCHES – SINGLE CHANNEL Part number Package Technology Supply voltage (VCC) Absolute max supply voltage (V) Max on-state resistance RDS(on) max (mΩ) Drain current limit (Ilim) typ (A) Digital status Current sense Multi-sense min (V) max (V) VN7140AJ-E PowerSSO‑16 M0‑7 4 28 38 140 12 • VN7140AS-E SO‑8 M0‑7 4 28 38 140 12 • VN7050AJ-E PowerSSO‑16 M0‑7 4 28 38 50 30 • VN7050AS-E SO‑8 M0‑7 4 28 38 50 30 • VN7040AJ-E PowerSSO‑16 M0‑7 4 28 38 40 34 • VN7040AS-E SO‑8 M0‑7 4 28 38 40 34 • VN7020AJ-E PowerSSO‑16 M0‑7 4 28 38 20 63 • VN7016AJ-E PowerSSO‑16 M0‑7 4 28 38 16 77 • VN7010AJ-E PowerSSO‑16 M0‑7 4 28 38 10 91 • VN7007AH-E (*) Octapak M0‑7 4 28 38 7 110 • VN7004AH-E (*) Octapak M0‑7 4 28 38 4.9 140 • VN5E160MS-E SO‑8 M0‑5Enhanced (M vers.) 4.5 28 41 160 10 • VN5E050MJ-E PowerSSO‑12 M0‑5Enhanced (M vers.) 4.5 28 41 50 27 • VN5E025MJ-E PowerSSO‑12 M0‑5Enhanced (M vers.) 4.5 28 41 25 60 • VN5E016MH-E HPAK M0‑5Enhanced (M vers.) 4.5 28 41 16 73 • VN5E010MH-E HPAK M0‑5Enhanced (M vers.) 4.5 28 41 10 85 • VN5E160AS-E SO‑8 M0‑5Enhanced 4.5 28 41 160 10 • VN5E160ASO-E SO‑16L M0‑5Enhanced 4.5 28 41 160 10 • VN5E160S-E SO‑8 M0‑5Enhanced 4.5 28 41 160 10 • VN5E050AJ-E PowerSSO‑12 M0‑5Enhanced 4.5 28 41 50 27 • VN5E050ASO-E SO‑16L M0‑5Enhanced 4.5 28 41 50 27 • VN5E050J-E PowerSSO‑12 M0‑5Enhanced 4.5 28 41 50 27 • VN5E025AJ-E PowerSSO‑12 M0‑5Enhanced 4.5 28 41 25 60 • VN5E025ASO-E SO‑16L M0‑5Enhanced 4.5 28 41 25 60 • VN5E016AH-E HPAK M0‑5Enhanced 4.5 28 41 16 73 • VN5E010AH-E HPAK M0‑5Enhanced 4.5 28 41 10 85 • VN5160S-E SO‑8 M0‑5 4.5 36 41 160 5 • VN5050AJ-E PowerSSO‑12 M0‑5 4.5 36 41 50 18 • VN5050J-E PowerSSO‑12 M0‑5 4.5 36 41 50 18 •

HIGH-SIDE SWITCHES – SINGLE CHANNEL Part number Package Technology Supply voltage (VCC) Absolute max supply voltage (V) Max on-state resistance RDS(on) max (mΩ) Drain current limit (Ilim) typ (A) Digital status Current sense Multi-sense min (V) max (V) VN5025AJ-E PowerSSO‑12 M0‑5 4.5 36 41 25 40 • VN5016AJ-E PowerSSO‑12 M0‑5 4.5 36 41 16 60 • VN5012AK-E PowerSSO‑24 M0‑5 4.5 36 41 12 65 • VN5010AK-E PowerSSO‑24 M0‑5 4.5 36 41 10 65 • VN5E006ASP-E PowerSO‑10 M0‑5 4.5 28 41 6 100 • VN800PS-E SO‑8 M0‑3 5.5 36 41 135 1.3 • VN800PT-E PPAK M0‑3 5.5 36 41 135 1.3 • VN750B5-E P²PAK M0‑3 5.5 36 41 60 9 • VN750-E PENTAWATT M0‑3 5.5 36 41 60 9 • VN750PS-E SO‑8 M0‑3 5.5 36 41 60 9 • VN750PT-E PPAK M0‑3 5.5 36 41 60 9 • VN750SMP-E SO‑8 M0‑3 5.5 36 41 55 9 • VN820B5-E P²PAK M0‑3 5.5 36 41 40 13 • VN820PT-E PPAK M0‑3 5.5 36 41 40 13 • VN820SP-E PowerSO‑10 M0‑3 5.5 36 41 40 13 • VN920DB5-E P²PAK M0‑3 5.5 36 41 18 45 • VN920B5-E P²PAK M0‑3 5.5 36 41 16 45 • VN920DSP-E PowerSO‑10 M0‑3 5.5 36 41 16 45 • VN920-E PENTAWATT M0‑3 5.5 36 41 16 45 • VN920PEP-E PowerSSO‑24 M0‑3 5.5 36 41 15 45 • VN920SP-E PowerSO‑10 M0‑3 5.5 36 41 15 45 • VN610SP-E PowerSO‑10 M0‑3 5.5 36 41 10 75 • (*) In development. Available in Q1/2014

HIGH-SIDE SWITCHES – DUAL CHANNEL Part number Package Technology Supply voltage (VCC) Absolute max supply voltage (V) Max on-state resistance RDS(on) max (mΩ) Drain current limit (Ilim) typ (A) Digital status Current sense Multi-sense min (V) max (V) VND7140AJ-E PowerSSO‑16 M0‑7 4 28 38 140 12 • VND7050AJ-E PowerSSO‑16 M0‑7 4 28 38 50 30 • VND7040AJ-E PowerSSO‑16 M0‑7 4 28 38 40 34 • VND7030AJ-E PowerSSO‑16 M0‑7 4 28 38 30 56 • VND7020AJ-E PowerSSO‑16 M0‑7 4 28 38 20 63 • VND7012AY-E (*) PowerSSO‑36 M0‑7 4 28 38 12 75 • VND7004AY-E (**) PowerSSO‑36 M0‑7 4 28 38 4 100 • VND5E160MJ-E PowerSSO‑12 M0‑5Enhanced (M vers.) 4.5 28 41 160 10 • VND5E050MCJ-E PowerSSO‑12 M0‑5Enhanced (M vers.) 4.5 28 41 50 27 • VND5E050MCK-E PowerSSO‑24 M0‑5Enhanced (M vers.) 4.5 28 41 50 27 • VND5E050MJ-E PowerSSO‑12 M0‑5Enhanced (M vers.) 4.5 28 41 50 27 • VND5E050MK-E PowerSSO‑24 M0‑5Enhanced (M vers.) 4.5 28 41 50 27 • VND5E025MK-E PowerSSO‑24 M0‑5Enhanced (M vers.) 4.5 28 41 25 60 • VND5E012MY-E PowerSSO‑36 M0‑5Enhanced (M vers.) 4.5 28 41 12 74 • VND5E008MY-E PowerSSO‑36 M0‑5Enhanced (M vers.) 4.5 28 41 8 85 • VND5E160AJ-E PowerSSO‑12 M0‑5Enhanced 4.5 28 41 160 10 • VND5E160ASO-E SO‑16L M0‑5Enhanced 4.5 28 41 160 10 • VND5E160J-E PowerSSO‑12 M0‑5Enhanced 4.5 28 41 160 10 • VND5E050ACJ-E PowerSSO‑12 M0‑5Enhanced 4.5 28 41 50 27 • VND5E050ACK-E PowerSSO‑24 M0‑5Enhanced 4.5 28 41 50 27 • VND5E050AJ-E PowerSSO‑12 M0‑5Enhanced 4.5 28 41 50 27 • VND5E050AK-E PowerSSO‑24 M0‑5Enhanced 4.5 28 41 50 27 • VND5E050ASO-E SO‑16L M0‑5Enhanced 4.5 28 41 50 27 • VND5E050J-E PowerSSO‑12 M0‑5Enhanced 4.5 28 41 50 27 • VND5E050K-E PowerSSO‑24 M0‑5Enhanced 4.5 28 41 50 27 • VND5E025AK-E PowerSSO‑24 M0‑5Enhanced 4.5 28 41 25 60 • VND5E025AY-E PowerSSO‑36 M0‑5Enhanced 4.5 28 41 25 47 • VND5E025AS-E SO‑16L M0‑5Enhanced 4.5 28 41 25 60 • VND5E025BK-E PowerSSO‑24 M0‑5Enhanced 4.5 28 41 25 60 • VND5E025LK-E PowerSSO‑24 M0‑5Enhanced 4.5 28 41 25 40 • VND5E025NAY-E PowerSSO‑36 M0‑5Enhanced 4.5 28 41 25 60 •

HIGH-SIDE SWITCHES – DUAL CHANNEL Part number Package Technology Supply voltage (VCC) Absolute max supply voltage (V) Max on-state resistance RDS(on) max (mΩ) Drain current limit (Ilim) typ (A) Digital status Current sense Multi-sense min (V) max (V) VND5E012AY-E PowerSSO‑36 M0‑5Enhanced 4.5 28 41 12 74 • VND5E008ASP-E PowerSO‑16 M0‑5Enhanced 4.5 28 41 8 85 • VND5E008AY-E PowerSSO‑36 M0‑5Enhanced 4.5 28 41 8 85 • VND5E006ASP-E PowerSO‑16 M0‑5Enhanced 4.5 28 41 6 100 • VND5E004A-E PQFN M0‑5Enhanced 4.5 28 41 4 100 • VND5E004A30-E MultiPowerSO‑30 M0‑5Enhanced 4.5 28 41 4 100 • VND5160AJ-E PowerSSO‑12 M0‑5 4.5 36 41 160 5 • VND5160J-E PowerSSO‑12 M0‑5 4.5 36 41 160 5 • VND5050AJ-E PowerSSO‑12 M0‑5 4.5 36 41 50 18 • VND5050AK-E PowerSSO‑24 M0‑5 4.5 36 41 50 18 • VND5050J-E PowerSSO‑12 M0‑5 4.5 36 41 50 18 • VND5050K-E PowerSSO‑24 M0‑5 4.5 36 41 50 18 • VND5025AK-E PowerSSO‑24 M0‑5 4.5 36 41 25 40 • VND5012AK-E PowerSSO‑24 M0‑5 4.5 36 41 12 60 • VND810P-E SO‑16 M0‑3 5.5 36 41 160 5 • VND810PEP-E PowerSSO‑12 M0‑3 5.5 36 41 160 5 • VND810SP-E PowerSO‑10 M0‑3 5.5 36 41 160 5 • VND810MSP-E PowerSO‑10 M0‑3 5.5 36 41 150 0.9 • VND830AEP-E PowerSSO‑24 M0‑3 5.5 36 41 60 10 • VND830ASP-E PowerSO‑10 M0‑3 5.5 36 41 60 9 • VND830LSP-E PowerSO‑10 M0‑3 5.5 36 41 60 23 • VND830P-E SO‑16L M0‑3 5.5 36 41 60 9 • VND830MSP-E PowerSO‑10 M0‑3 5.5 36 41 60 9 • VND830PEP-E PowerSSO‑24 M0‑3 5.5 36 41 60 9 • VND830SP-E PowerSO‑10 M0‑3 5.5 36 41 60 9 • VND600P-E SO‑16L M0‑3 5.5 36 41 35 40 • VND600PEP-E PowerSSO‑24 M0‑3 5.5 36 41 30 40 • VND600SP-E PowerSO‑10 M0‑3 5.5 36 41 30 40 • VND920P-E SO‑28 M0‑3 5.5 36 41 16 45 • (*) In development. Available in Q1/2014 (**) In development. Available in Q4/2014

HIGH-SIDE SWITCHES – QUAD CHANNEL Part number Package Technology Supply voltage (VCC) Absolute max supply voltage (V) Max on-state resistance RDS(on) max (mΩ) Drain current limit (Ilim) typ (A) Digital status Current sense Multi-sense min (V) max (V) VNQ7140AJ-E PowerSSO‑16 M0‑7 4 28 38 140 12 • VNQ7050AJ-E (**) PowerSSO‑16 M0‑7 4 28 38 50 27 • VNQ7040AY-E (*) PowerSSO‑36 M0‑7 4 28 38 40 34 • VNQ5E160MK-E PowerSSO‑24 M0‑5Enhanced (M vers.) 4.5 28 41 160 10 • VNQ5E050MK-E PowerSSO‑24 M0‑5Enhanced (M vers.) 4.5 28 41 50 27 • VNQ5E250AJ-E PowerSSO 16 M0‑5Enhanced 4.5 28 41 250 5 • VNQ5E160AK-E PowerSSO‑24 M0‑5Enhanced 4.5 28 41 160 10 • VNQ5E160K-E PowerSSO‑24 M0‑5Enhanced 4.5 28 41 160 10 • VNQ5E050AK-E PowerSSO‑24 M0‑5Enhanced 4.5 28 41 50 27 • VNQ5E050K-E PowerSSO‑24 M0‑5Enhanced 4.5 28 41 50 27 • VNQ5160K-E PowerSSO‑24 M0‑5 4.5 36 41 160 5 • VNQ5050AK-E PowerSSO‑24 M0‑5 4.5 36 41 50 18 • VNQ5050K-E PowerSSO‑24 M0‑5 4.5 36 41 50 18 • VNQ5027AK-E PowerSSO‑24 M0‑5 4.5 36 41 27 40 • VNQ500PEP-E PowerSSO‑12 M0‑3 5.5 36 41 500 0.6 • VNQ810P-E SO‑28 M0‑3 5.5 36 41 160 5 • VNQ810PEP-E PowerSSO‑24 M0‑3 5.5 36 41 160 7.5 • VNQ05XSP16-E PowerSO‑16 M0‑3 5.5 36 41 110 7.5 • VNQ690SP-E PowerSO‑10 M0‑3 6 36 41 90 14 • VNQ830P-E SO‑28 M0‑3 5.5 36 41 65 9 • VNQ830PEP-E PowerSSO‑24 M0‑3 5.5 36 41 60 18 • VNQ660SP PowerSO‑10 M0‑3 6 36 41 50 10 • VNQ600AP-E SO‑28 M0‑3 5.5 36 41 35 40 • VNQ600P-E SO‑28 M0‑3 5.5 36 41 35 40 • (*) In development. Available in Q1/2014 (**) In development. Available in Q4/2014

HIGH-SIDE SWITCHES WITH SPI AND ASYMMETRICAL OUTPUT Part number Package Technology Supply voltage (VCC) Absolute max supply voltage (V) Max on-state resistance RDS(on) max (mΩ) Drain current limit (Ilim) typ (A) Current sense SPI Description min (V) max (V) VNQ6040S-E PowerSSO‑36 M0‑6 4.5 28 40 4x40 25 • • Rear corner lights VNQ6004SA-E PowerSSO‑36 M0‑6 4.5 28 40 2x10 50 • • Front corner lights2x30 25 HIGH-SIDE SWITCHES FOR 24 V APPLICATIONS – TRUCK DEVICES Part number Package Technology Supply voltage (VCC) min (V) Supply voltage (VDD) max (V) Absolute max supply voltage (V) Max on-state resistance RDS(on) max (mΩ) Drain current limit (Ilim) typ (A) Current sense VND5T100A-E (*) SO‑16N M0‑5T 8 36 58 100 22 • VND5T100AJ-E PowerSSO‑12 M0‑5T 8 36 58 100 22 • VND5T100LAJ-E PowerSSO‑12 M0‑5T 8 36 58 100 22 Optimized for LED

applications

VND5T050AK-E PowerSSO‑24 M0‑5T 8 36 58 50 34 • VND5T035AK-E PowerSSO‑24 M0‑5T 8 36 58 35 42 • VND5T035LAK-E PowerSSO‑24 M0‑5T 8 36 58 35 42 Optimized for LED VN5T016AH-E HPAK M0‑5T 8 36 58 16 67 • VND5T016ASP-E PowerSO‑16 M0‑5T 8 36 58 16 60 • VN5T006ASP-E PowerSO‑10 M0‑5T 8 36 58 6 84 • (*) In development. Available in Q4/2013

SMART POWER LOW-SIDE SWITCHES Part number Package Technology Number of Channels Clamp Voltage typ (V) Drain Current limit (Ilim) typ [A] Max on-state resistance RDS(on) (max) [mΩ] VND1NV04-E DPAK M0‑3 1 45 2.6 250 VND1NV04-1-E IPAK M0‑3 1 45 2.6 250 VNN1NV04P-E SOT‑223 M0‑3 1 45 2.6 250 VNS1NV04P-E SO‑8 M0‑3 1 45 2.6 250 VND3NV04-E DPAK M0‑3 1 45 5 120 VNN3NV04P-E SO‑8; SOT‑223 M0‑3 1 45 5 120 VNS3NV04P-E SO‑8 M0‑3 1 45 5 120 VNN7NV04P-E SOT‑223 M0‑3 1 45 9 65 VNS7NV04P-E SO‑8 M0‑3 1 45 9 65 VND7NV04-E DPAK M0‑3 1 45 9 60 VNB14NV04-E D2PAK M0‑3 1 45 18 35 VND14NV04-E DPAK M0‑3 1 45 18 35 VND14NV04-1-E IPAK M0‑3 1 45 18 35 VNS14NV04P-E SO‑8 M0‑3 1 45 18 35 VNB35NV04-E D2PAK M0‑3 1 45 45 10 VNV35NV04-E PowerSO‑10 M0‑3 1 45 45 10 VNS1NV04DP-E SO‑8 M0‑3 2 45 2.6 250 VNS3NV04DP-E SO‑8 M0‑3 2 45 5 120

SMART POWER LOW-SIDE SWITCHES Part number Package Number of channels Technology Clamp voltage typ (V) Drain current limit (Ilim) typ (A) Max on-state resistance RDS(on) max (mΩ) Digital status VNL5300S5-E SO‑8 1 M0‑5 46 2 300 • VNL5160N3-E SOT‑223 1 M0‑5 46 5 160 VNL5160S5-E SO‑8 1 M0‑5 46 5 160 • VNL5090N3-E SOT‑223 1 M0‑5 46 18 90 VNL5090S5-E SO‑8 1 M0‑5 46 18 90 • VNL5090S5-E SO‑8 1 M0‑5 46 18 90 • VNL5050N3-E SOT‑223 1 M0‑5 46 27 50 VNL5050S5-E SO‑8 1 M0‑5 46 27 50 • VNL5030J-E PowerSSO‑12 1 M0‑5 46 35 30 • VNL5030S5-E SO‑8 1 M0‑5 46 35 30 • VNLD5300-E SO‑8 2 M0‑5 46 2 300 • VNLD5160-E SO‑8 2 M0‑5 46 5 160 • VNLD5090-E SO‑8 2 M0‑5 46 18 90 •

Part number Package Number of outputs Regulated output voltage (V) Output current (IOUT) (mA) Output tolerance (%) Dropout voltage (VDP) Reset output Enable pin Early warning Watchdog timer Watchdog enable Supply current (standby) typ (µA) Quiescent current at low load typ (µA)typ (mV) max (mV) L4925PD PowerSO‑20 1 5 500 ±2 300 • 190 L4938ED-E SO‑20 2 5 Adj 100 ±2 300 • • • 210 L4938EPD PowerSO‑20 2 5 Adj 400 ±2 300 • • • 210 L4949ED-E SO‑8 1 5 100 ±1 300 • • 200 L4949EP-E SO‑20 1 5 100 ±1 300 • • 200 L4979D-E SO‑8 1 5 150 ±2 200 • • • 6 200 L4979MD SO‑20 1 5 150 ±2 200 • • • 6 100 L4988D SO‑8 1 5 200 ±2 270 • • • 130 L4988MD SO‑20 1 5 200 ±2 270 • • • 130 L4989D SO‑8 1 5 150 ±3 180 • • • 110 L4989MD SO‑20 1 5 150 ±3 180 • • • 110 L4993D SO‑8 1 5 150 ±2 200 • • • 100 L4993MD SO‑20 1 5 150 ±2 200 • • • 100 L4995RJ PowerSSO‑12 1 5 500 ±2 270 • 90 L4995RK PowerSSO‑24 1 5 500 ±2 270 • 90 L4995AJ PowerSSO‑12 1 5 500 ±2 270 • • 3 90 L4995AK PowerSSO‑24 1 5 500 ±2 270 • • 3 90 L4995J PowerSSO‑12 1 5 500 ±2 270 • • • 3 90 L4995K PowerSSO‑24 1 5 500 ±2 270 • • • 3 90 L5150BNTR SOT‑223 1 5 150 ±2 38 L5150CJ PowerSSO‑12 1 5 150 ±2 500 • (1) • 55 L5150CS SO‑8 1 5 150 ±2 500 • (1) • 55 L5150GJ PowerSSO‑12 1 5 150 ±2 500 • (1) • • 5 55 L5300AH7 HPAK 1 5 300 ±2 500 • • 5 55 L5300GJ PowerSSO‑12 1 5 300 ±2 500 • • • 5 55 L5300EPT PPAK 1 5 300 ±2 500 • 5 55 L5300RPT PPAK 1 5 300 ±2 500 • 5 55 (1) Adjustable threshold

Part number Package Driver stages Max on-state resistance RDS(on) (mΩ) Current limitation Ilim (A) Operating range Vs (V) PWM control Short- circuit protection Current sense Thermal shutdown Reverse battery protection Diagnostics and programming EC control LED mode H-bridge control Description L9949 PowerSO‑20 1 full bridge 150 6 7 to 28 • • • SPI ‑ Mid‑end front‑door module3 half bridges 800 1.6 1 high‑side switch 100 6 L9950 L9950XP PowerSO‑36 PowerSSO‑36 2 half bridges 300 3 7 to 28 • • • • • SPI ‑ High‑end front‑door module 2 half bridges 800 1.5 1 full bridge 150 6 4 high‑side switches 800 1.5 1 high‑side switch 100 6 L9951 L9951XP PowerSO‑36 PowerSSO‑36 1 half bridge 150 7.4 7 to 28 • • • • • SPI ‑ Rear‑door module2 half bridges 200 5 2 high‑side switches 800 1.25 L9953 L9953XP PowerSO‑36 PowerSSO‑36 3 half bridges 800 1.5 7 to 28 • • • • • SPI ‑ Mid‑end front‑door module 1 full bridge 150 6 2 high‑side switches 500 1.5 1 high‑side switch 100 6 L9953LXP PowerSSO‑36 3 half bridges 800 1.5 Mid‑end front‑door module compatible with bulbs/LEDs 1 full bridge 150 6 2 high‑side switches 500/1800 1.5/0.35 1 high‑side switch 100 6 L9954 L9954XP PowerSO‑36 PowerSSO‑36 3 half bridges 800 1.5 Mid‑end front‑door module without door lock 2 high‑side switches 500 1.5 1 high‑side switch 100 6 L9954LXP PowerSSO‑36 3 half bridges 800 1.5 Mid‑end front‑ door module without door lock compatible with bulbs/LEDs 2 high‑side switches 500/1800 1.5/0.35 1 high‑side switch 100 6

Part number Package Driver stages Max on-state resistance RDS(on) (mΩ) Current limitation Ilim (A) Operating range Vs (V) PWM control Short- circuit protection Current sense Thermal shutdown Reverse battery protection Diagnostics and programming EC control LED mode H-bridge control Description L99DZ70XP PowerSSO‑36 1 full bridge 150 6 6‑bit resolution 1.2 V/1.5 V High‑end front‑door module compatible with bulbs/LEDs. Control circuitry for electrochromic mirror glass. 2 half bridges 300 3 2 half bridges 1600 0.75 1 high‑side switch 90 6 2 configurable high‑side switches 500/1800 1.5/0.4 2 high‑side switches 1600 0.5 L99DZ80EP TQFP64 1 full bridge 150 6 6‑bit resolution 1.2V/1.5V Negative Discharge 4x • High‑end front door module compatible with bulbs/LEDs. Control circuitry for electrochromic mirror glass with possibility to negative discharge. H‑Bridge control, for external MOSFETs, with adjustable slew‑rate 2 half bridges 300 3 2 half bridges 1600 0.5 1 high‑side switch 100 5 1 configurable high‑side switch 500/1600 1.5/0.35 1 configurable high‑side switch 800/1600 0.7/0.35 2 high‑side switches 1600 0.5 L99DZ81EP TQFP64 1 full bridge 150 6 High‑end front door module compatible with bulbs/LEDs. H‑Bridge control, for external MOSFETs, with adjustable slew‑rate 1 half bridge 300 3 1 configurable high‑side switch 500/1600 1.5/0.35 1 configurable high‑side switch 800/1600 0.7/0.35 2 high‑side switches 1600 0.5

Power management for automotive systems Part number Package Transceiver Voltage regulators Driver stages On-board features DescriptionTransmission rate Transceiver description Outputs Accuracy Drop voltage VDP (typ) (mV) Reset Watchdog Outputs Driver description L4969URD-E SO‑20 125 kbaud Fault tolerant low‑speed CAN transceiver

5 V @

200 mA ± 2 % 250 @ ILOAD = 100 mA • • Basic system chip L4969UR-E PowerSO‑20 125 kbaud Fault tolerant low‑speed CAN transceiver 200 mA ± 2 % 400 @ ILOAD = 150 mA • • Basic system chip L9952GXP PowerSSO‑36 20 kbaud LIN transceiver 250 mA ± 2 % 300 @ ILOAD = 100 mA

4 HSD 1Ω @ 120 mA • 4 wake‑up inputs for

Fail‑safe output
Two op‑amps for current sense interfacing
Inhibit input for wake‑up from external CAN Power management IC with LIN5 V @ 100 mA ± 4% 400 @ ILOAD = 50 mA

1 HSD 1Ω @ 400 mA

2 Relay drivers (2 Ω)

L99PM62GXP PowerSSO‑36 20 kbaud LIN and HS CAN transceivers 250 mA ± 2% 300 @ ILOAD = 100 mA

4 HSD 1 Ω @ 120 mA

Complete 3‑channel contact monitoring interface with programmable cyclic sense functionality
4 internal PWM timers
Two op‑amps with rail‑ to‑rail outputs (VS) and low‑voltage inputs
Programmable periodic system wake‑up feature Power management IC with LIN and high‑ speed CAN

1 HSD 1 Ω @ 400 mA

±4 % (3% @ 50 mA) 400 @ ILOAD = 50 mA 2 Relay drivers (2 Ω) L99PM60J PowerSSO‑16 20 kbaud LIN transceiver 5 V @ 100 mA ± 2 % 300 @ ILOAD = 100 mA • •

2 HSD 7Ω @ 60 mA • Configurable fail‑safe output

ST SPI interface for mode control and diagnostics
Direct drive feature for HSD Power management IC with LIN

Transceiver Voltage regulators Driver stages On-board features DescriptionTransmission rate Transceiver description Outputs Accuracy Drop voltage VDP (typ) (mV) Reset Watchdog Outputs Driver description L99PM72PXP PowerSSO‑36 20 kbaud LIN and HS CAN transceivers 250 mA ± 2% 300 @ ILOAD = 100 mA • •

4 HSD 1 Ω@ 120 mA

Complete 3‑channel contact monitoring interface with programmable cyclic sense functionality
4 internal PWM timers Two operational amps with rail‑to‑rail outputs (VS) and low‑voltage inputs
Programmable periodic system wake‑up feature Power management IC with LIN and high‑speed CAN supporting selective wake‑up functionality according to ISO 11898‑6

1 HSD 1 Ω@ 400 mA

±4 % (3% @ 50 mA) 400 @ ILOAD = 50 mA 2 Relay drivers (2 Ω) L99PM80EP(*) TQFP 48 20 kbaud LIN and HS CAN Transceivers 5 or 3.3 V @ 400 mA ±2% 300 @ ILOAD= 200 mA • • 1 HSD 7Ω @ 60 mA • Integrated Boost controller for sustaining low‑power conditions

Integrated Buck converter for preregulated supply of low drop voltage regulators
Programmable periodic system wake‑up feature
Direct drive feature for HSD Power management IC with 4 LIN and high‑speed CAN according to ISO 11898‑5 5 V @ 50 mA ±2% 300 @ ILOAD= 25 mA

3 Fail safe outputs

(7Ω, low side)5 V @ 80 mA ±2% 300 @ ILOAD= 40 mA (*) In development. Available in Q2/2014

Part number Package Technology Output mode Max on-state resistance RDS(on) max (mΩ) Current limitation (Ilim) typ (A) Supply voltage (VCC) Absolute max supply voltage (V) Highlightsmin (V) max (V) L9997ND SO‑20 BCD 2 half bridge 700 1.6 7 16.5 26 • Short‑circuit and over‑temperature protected L99ASC03 TQFP‑48 ExPad BCD6 3x half‑bridges driver ‑ ‑ 6 28 40

3 half‑bridges driver to control external MOSFET
5 V voltage regulator (200 mA continuous)
Watchdog and fail‑safe functionality
PWM up to 80 kHz
Configurable current sense amplifier
Advanced BEMF detection IP
Programmable overcurrent protection
Drain‑source monitoring and openload detection L99H01XP PowerSSO‑36 BCD5 H‑bridge 280 ‑ 6 28 35
Programmable free wheeling
Current‑sense amplifier/free configuration
Sensing circuitry of external MOSFET with embedded thermal sensor L99H01QF LQFP‑32 BCD5 H‑bridge 280 ‑ 6 28 35
Programmable free wheeling
Current‑sense amplifier/free configuration
Sensing circuitry of external MOSFET with embedded thermal sensor L99MD01XP PowerSSO‑36 BCD5 Half bridge 1600 1.1 6 28 40
Optimized for H‑VAC flaps
DC‑stepper motor driver
8 H‑bridge driver
Intrinsic DC‑DC step‑up converter
2 current monitor outputs
All outputs short‑circuit protected L99MD02XP PowerSSO‑36 BCD5 Half bridge 1600 1.1 6 28 40
Optimized for H‑VAC flaps
DC‑motor driver
6 H‑bridge driver
2 current monitor outputs
All outputs short‑circuit protected VN5770AKP-E SO‑28 M0‑5, M0‑3 2 HSD and 2 LSD 280 8.5 4.5 36 41 • Active power limitation (patent IP) on high side
Thermal shutdown VN5772AK-E SO‑28 M0‑5 2 HSD and 2 LSD 100 18 4.5 36 41 • Active power limitation (patent IP) on both high and low side
Thermal shutdown VN770KP-E SO‑28 M0‑3 2 HSD and 2 LSD 225 9 5.5 36 41 • Short‑circuit and over‑temperature protected

Part number Package Technology Output mode Max on-state resistance RDS(on) max (mΩ) Current limitation (Ilim) typ (A) Supply voltage (VCC) Absolute max supply voltage (V) Highlightsmin (V) max (V) VN771KP-E SO‑28 M0‑3 2 HSD and 2 LSD 95 9 5.5 36 41 • Short‑circuit and over‑temperature protected VN772KP-E SO‑28 M0‑3 2 HSD and 2 LSD 125 9 5.5 36 41 • Short‑circuit and over‑temperature protected VNH2SP30-E MultiPowerSO‑30 M0‑4 Full bridge 19 50 5.5 16 41

Cross‑conduction protection
PWM operations up to 20 kHz
Current sense VNH3ASP30-E MultiPowerSO‑30 M0‑4 Full bridge 42 50 5.5 16 41
Cross‑conduction protection
PWM operations up to 20 kHz
Current sense VNH3SP30-E MultiPowerSO‑30 M0‑3 Full bridge 45 50 5.5 36 40
Cross‑conduction protection
PWM operations up to 10 kHz
Current sense VNH5019A-E MultiPowerSO‑30 M0‑5 Full bridge 18 50 5.5 24 41
Cross‑conduction protection
PWM operations up to 20 kHz
Current sense
Charge pump output for reverse‑polarity protection VNH5050A-E PowerSSO‑36 M0‑5 Full bridge 50 42 5.5 18 41
Cross‑conduction protection
PWM operations up to 20 kHz
Current sense
Output protected against short‑to‑ground and short‑to‑VCC VNH5180A-E PowerSSO‑36 M0‑5 Full bridge 180 12 5.5 18 41
Cross‑conduction protection
PWM operations up to 20 kHz
Current sense
Output protected against short‑to‑ground and short‑to‑VCC VNH5200AS-E (*) SO‑16 M0‑5 Full bridge 200 12 5.5 18 41
Cross‑conduction protection
Current sense
Output protected against short‑to‑ground and short‑to‑VCC (*) In development. Available in Q1/2014

Part number Package Driver stages Operating range VCC (V) Max supply voltage VCC (V) Accuracy Highlights Description Oscillating frequency Low load detection L99LD01 LQFP‑32 High efficiency constant current LED driver 5.6 to 24 40

SPI interface
Programmable LED current
Dithering LED driver L99CL01XP PowerSSO‑36 8 Channels high‑side LED driver 6 to 24 40
Programmable over‑current
SPI interface
Configurable RDS(on) LED driver L99MC6 PowerSSO‑16 3 configurable HSD/LSD 6 to 28 40 • RDS(on) = 0.7 Ω at Tj = 25 °C Various loads driver H‑bridge configuration3 low‑side switches VN1160-E DPAK Power switch for motorbike direction indicator 9 to 16 40 • Lamp‑failure detection
Indicator reverse‑battery protected Motorbike indicator driver VN1160-1-E IPAK Power switch for motorbike direction indicator 9 to 16 40 • Lamp‑failure detection
Indicator reverse‑battery protected Motorbike indicator driver VN1160C-E DPAK Power switch for motorbike direction indicator 9 to 16 40 • Lamp‑failure detection
Indicator reverse‑battery protected Motorbike indicator driver VN1160C-1-E IPAK Power switch for motorbike direction indicator 9 to 16 40 • Lamp‑failure detection Indicator reverse‑battery protected Motorbike indicator driver VN5MB02-E (*) SO‑16 Smart power driver for motorbike direction indicator 9 to 16 40 +/‑ 5% +/‑ 8%
High accuracy in setting operating frequency and low‑load detection
Maximum current detection with latch
Cycle by cycle thermal limitation Motorbike indicator driver (*) In development. Available in Q1/2014 SPECIAL DEVICES – REVERSE BATTERY Part number Package Operating range VCC (V) Max supply voltage VCC (V) Max on-state resistance RDS(on) (max) (mΩ) Description VN5R003H-E HPAK 4.5 to 28 41 3 Reverse‑battery protection for an electronic control unit

SPECIAL DEVICES – INTEGRATED SOLENOID DRIVER - INJECTION GAS SYSTEM Part number Package Operating range VCC (V) Max supply voltage VCC (V) Max on-state resistance RDS(on) (mΩ) Ipeak (A) Clamp voltage (min) (V) Description Excitation path Recirculation path L99SD01-E PowerSSO‑36 6 to 28 40 60 60 14 44 Current‑sense amplifier with internal sense resistor Ignition drivers Part number Package Technology High voltage clamp (VCL) typ (V) Current limitation (Ilim) max (A) Power stage saturation voltage (VCE SAT) Supply voltage (VCC) min (V) Supply voltage (VCC) max (V) Supply current on state (ICC) max (mA)

Description

(@ 6 A) max (V) (@ 15 A) max (V) VB525SP-E PowerSO‑10 M1 380 11 2 4.5 5.5 40 Quasi proportional current driving Current flag VB526SP-E PowerSO‑10 M1 360 11 2 4.5 5.5 40 Quasi proportional current driving Current flag VBG08H-E OCTAPAK BCD5S + IGBT 360 10.5 1.8 @

6.5 A 6 28 ‑

Slow turn‑on Soft shutdown Coil current limiter Current flag

GET THE RIGHT PRODUCT FOR YOUR NEEDS M0‑5 standard version M0-5 standard series is a complete product portfolio intended for typical loads in automotive applications, such as a high beam, low beam, turn indicator, interior lighting. For each RDS(on) rating, single-, dual- and quad-channel options are available. Moreover, the devices are equipped with digital diagnostics or with analog current sense. M0‑5Enhanced version In addition to the standard protection and diagnostic features, M0-5Enhanced products offer:

Extended load compatibility due to higher current limitation
Immediate diagnosis reaction over short-to-ground or overload (power limitation detection)
Open-load/short-to-VCC detection in off-state for the analog current sense option as well M0‑5Enhanced M version The M versions complete the product portfolio with devices having the same specification as M0-5Enhanced except for the open-load detection in off-state. M0‑7 version The brand new M0-7 Product Family further extends the wide range of RDS(on) for optimal device-load pairing in smaller packages and with full pin-to-pin compatibility. M0-5/M0-5ENHANCED/M VERSION PART NUMBERING SCHEME ‑E Leadfree VN X 5 X XXX X X -E RDS(on) value Example: 050 50 mohm VIPower technology M0‑5 technology Package S SO‑8 J PowerSSO‑12/16 K PowerSSO‑24 Y PowerSSO‑36 Number of channels Blank 1 channel D Dual channel Q Quad channels Blank Standard version E Enhanced version Blank Digital status A Analog current sense M Analog current sense M version M0-7 PART NUMBERING SCHEME ‑E Leadfree VN X 7 XXX A X -E RDS(on) value Example: 050 50 mohm VIPower technology M0‑7 technology Package S SO‑8 J PowerSSO‑12/16 Y PowerSSO‑36Number of channels Blank 1 channel D Dual channel Q Quad channels Analog current sense

OMNIFET PART NUMBERING SCHEME Package S SO‑8 D DPAK B D²PAK P TO‑220 N SOT‑223 V PowerSO‑10 D Dual channel Blank Single channel VN X n N x O n x V M0‑3 Blank M0‑2VIPower technology Current limitation (A) Voltage clamp 4 45 V, 42 V 6 60 V OMNIFET III PART NUMBERING SCHEME D Dual channel Blank Single channel VN L x 5 xxx xx -E VIPower technology OMNIFET III M0‑5 technology RDS(on) value Example: 050 50 mohm Package Blank SO‑8 D.I. S5 SO‑8 S.I. N3 SOT‑223 ‑E Leadfree

Product Information

L99ASC03 specifications and overview.

Summary

for car body applications Oct-2013

Description

The L5958 includes 6 linear voltage regulators and a 2 A power switch, working down to 4.5 V battery level. All the voltage regulators can be switched off through the three enable pins.

Source title L99ASC03 Datasheet(PDF) - STMicroelectronics

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