TLE7273-2G V50 Infineon Technologies, TLE7273-2G V50 Datasheet
TLE7273-2G V50
Specifications of TLE7273-2G V50
TLE7273-2G V50
TLE7273-2G V50INTR
Related parts for TLE7273-2G V50
TLE7273-2G V50 Summary of contents
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... Due to its ultra low quiescent current, the TLE7273-2 is perfectly suited for applications that are permanently connected to battery. In addition, the regulator can be shut down via the Enable input causing the current consumption to drop below 3 µA. The TLE7273-2 is equipped with an output current limitation and an overtemperature shutdown, protecting the device against overload, short circuit and over-temperature. It operates in the wide junction temperature range from -40 ° ...
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... Block Diagram I Bandgap Reference Charge EN Enable Figure 1 Block Diagram Data Sheet TLE7273-2 Overtemperature shutdown 1 Pump GND 3 TLE7273-2 Block Diagram Q RO Reset Generator and Window Watchdog WDI WM1 WM2 Rev. 1.2, 2009-04-28 ...
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... WDI AEP02113_7273 Function Reset Output TLE7273-2GV33, TLE7273-2GV26: open drain output; TLE7273-2GV50: integrated 20 kΩ pull-up resistor to output Q; leave open if not needed Ground connect pin 2 and 3 to GND; connect pin 4-5 and 10-12 to heat sink area with GND potential Watchdog Mode Bit 1 watchdog and reset mode selection, see Diagram, Watchdog and Reset Modes” ...
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... WDI Pad – Data Sheet Function Reset Output integrated 20 kΩ pull-up resistor (TLE7273-2EV50); leave open if not needed Ground connect to GND not connected leave open or connect to GND Watchdog Mode Bit 2 watchdog and reset mode selection, see V connect to or GND Q Watchdog Mode Bit 1 ...
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... -0.3 5.5 WM1 V -0.3 6.2 WM1 WM1 3) Voltage - 3 4) Voltage - 1.5 T -40 150 j T -50 150 stg t > may affect device reliability 6 TLE7273-2 General Product Characteristics Unit Remarks V – V permanent < – mA – V permanent V permanent < – kV – kV – °C – °C – Rev. 1.2, 2009-04-28 ...
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... Cu). 7 TLE7273-2 General Product Characteristics Unit Remarks Max TLE7273-2GV50, TLE7273-2EV50 45 V TLE7273-2GV33 45 V TLE7273-2GV26 1) – nF – 2) Ω 3 – Unit Remarks Max. – K/W measured to group of pins 10, 11 – K/W 3) – K/W footprint only 2 – ...
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... Q microcontroller. The TLE7273-2GV50 and TLE7273-2EV50 feature an integrated pull-up resistor on the reset output while the TLE7273-2GV33 and TLE7273-2GV26 have an open drain output requiring an external pull-up resistor. When connected to a voltage level recommended value for this external resistor is ≥ 5.6 kΩ. ...
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... Window No Trigger During Open Window Always Trigger Open Window No Trigger WM1 L L WM2 L H Window Watchdog Mode Fast Slow Reset Mode Fast Slow 9 TLE7273 the following turns, the timing > 5mA Watchdog OFF IQ < 0.5mA Always Fast Off Slow Slow AEA03527_1.VSD Rev. 1.2, 2009-04-28 ...
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... OW Watchdog Open window trigger signal Valid Not valid t ECW WD_ON I Q, WD_OFF Reset during Current shut down 1. long 1. long 1st long open window synchronize WD Current Controlled WD-turn off Open window Closed window t EOW AET02952 Rev. 1.2, 2009-04-28 TLE7273 Power Fail ...
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... V EN,H 11 TLE7273-2 TLE7273-2GV50, TLE7273-2EV50 < < 180 < < TLE7273-2GV50, TLE7273-2EV50 < < TLE7273-2GV33 < < 180 4.5 V < < TLE7273-2GV33 4.5 V < < TLE7273-2GV26 1 mA < I < 180 4.5 V < < TLE7273-2GV26 4.5 V < < 2 180 mA Q TLE7273-2GV50, TLE7273-2EV50 1 mA < I < 180 mA mA < < 100 Hz 0.5 V ...
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... 0. µ TLE7273-2GV50, TLE7273-2EV50 V TLE7273-2GV33 V TLE7273-2GV26 V V TLE7273-2GV50, TLE7273-2EV50 V TLE7273-2GV33 V TLE7273-2GV26 V V TLE7273-2GV50, TLE7273-2EV50 V TLE7273-2GV33 V TLE7273-2GV26 V µ WDI µ WDI T < 80 ° Fast Watchdog Timing ms Slow Watchdog Timing ms Fast Watchdog Timing ms Slow Watchdog Timing ms Fast Watchdog Timing ms Slow Watchdog Timing ...
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... TLE7273-2 I decreasing Q V > 5.5V for I TLE7273-2GV50, TLE7273-2EV50 V > 4.5V for TLE7273- I 2GV33, TLE7273-2GV26 I increasing Q V > 5.5V for I TLE7273-2GV50, TLE7273-2EV50 V > 4.5V for TLE7273- I 2GV33, TLE7273-2GV26 TLE7273-2GV50, TLE7273-2EV50 V decreasing Q 3) TLE7273-2GV33 V > 4.5V decreasing Q 3) TLE7273-2GV26 V > 4.5V decreasing Q 3) TLE7273-2GV26 ...
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... < 4.0 V and > TLE7273-2 Unit Test Condition Max. V ≥ 0. < 200 µA RO – V TLE7273-2GV50, TLE7273-2EV50 1 µA TLE7273-2GV33 TLE7273-2GV26 40 kΩ TLE7273-2GV50, TLE7273-2EV50 internally connected to 19.2 ms Fast Reset Timing 38.4 ms Slow Reset Timing 12 µ 13 also triggered, RT Rev. 1.2, 2009-04- ...
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... Data Sheet Current Consumption Output Current 1_Iq-Tj.vsd 80 100 120 140 T [°C] j Current Consumption I Input Voltage 3A_IQ-VI_25.VSD 200 ° [µA] q 150 100 = 100mA [ versus q I (EN=ON versus =-40°C (EN=ON 100mA 10mA 0.2mA Rev. 1.2, 2009-04-28 TLE7273 - ° ° 3A_IQ-VI_-40.VSD T = -40° [V] I ...
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... V = 13.5V ∆ [mV 200 I [mA] Q PSRR Load Regulation d Output Current Change d 13_PSRR.VSD 0 I ∆ [mV 100 10k 100k f [Hz versus 18a_dVQ-dIQ_Vi6V.vsd 150 ° -40 ° ° 100 V versus 18c_dVQ-dIQ_Vi28V.vsd ° -40 ° 150 ° 100 Rev. 1.2, 2009-04-28 TLE7273 200 I [mA 200 I [mA] Q ...
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... I = 1mA Data Sheet Line Regulation d Input Voltage Change d 19_dVQ-dVI_-40C.vsd -40 °C j ∆ [mV [V] I Enable Input Current Enable Input Voltage 19_dVQ-dVI__150C.vsd T = 150 ° [µ [ versus 19_dVQ-dVI_25C_.vsd versus 24_IINH vs VINH.vsd T = 150° 25° -40° Rev. 1.2, 2009-04-28 TLE7273 ° 1mA Q = 10mA = 100mA [ [V] EN ...
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... V [V] IN Reset Hysteresis versus Junction Temperature 26_VRT_VS_TEMP_5V.VSD 120 V = 13.5 V ∆ [mV 100 120 140 T [° versus Junction Temperature EN,L 25a_VINH_Tj_ INH_on.vsd increasing V EN decreasing - 100 T (5V-Version) j 29_VRT_HYSTERESIS-_VS_TEMP_5V.VSD V I -40 - 100 Rev. 1.2, 2009-04-28 TLE7273 13.5V 120 140 T [° 13.5 V 120 140 T [°C] j ...
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... Junction Temperature 26_VRT_VS_TEMP_33V.VSD 120 V = 13.5 V ∆ [mV 100 120 140 T [°C] j Reset Hysteresis versus Junction Temperature 26_VRT_VS_TEMP_26V.VSD 120 V = 13.5 V ∆ [mV 100 120 140 T [° (3.3V-Version) j 29_VRT_HYSTERESIS-_VS_TEMP_33V.VSD V I -40 - 100 T (2.6V-Version) j 29_VRT_HYSTERESIS-_VS_TEMP_26V. -40 - 100 Rev. 1.2, 2009-04-28 TLE7273-2 = 13.5 V 120 140 T [° 13.5 V 120 140 T [°C] j ...
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... Junction Temperature 30_IRO_VS_TEMP.VSD 13 [ms 100 120 140 T [° Time versus 27_RESETDELAY SLOW Timing FAST Timing -40 - 100 t versus 44_TWD_VS_TEMP.VSD V Timing for Ignore-, I Open- Closed- Window SLOW Timing FAST Timing -40 - 100 Rev. 1.2, 2009-04-28 TLE7273-2 TEMP.VSD = 13.5 V 120 140 T [° 13.5 V 120 140 T [°C] j ...
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... Typical Performance Characteristics (cont´d) ESR C Region of Stability ( ) versus Q I Output Current Q 100 ESR CQ [ Ω Stable Region 0.1 0.01 0 100 Data Sheet 12_ESR-IQ.VSD C = 470nF -40...150 °C j 200 I [mA TLE7273-2 Rev. 1.2, 2009-04-28 ...
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... Index Marking 1) Does not include plastic or metal protrusion of 0.15 max. per side 2) Lead width can be 0.61 max. in dambar area Figure 8 PG-DSO-14 Data Sheet 4 B 0.1 0 14x -0 Package Outlines 0.35 x 45˚ -0.2 0.64 ±0.25 6 ±0.2 0 GPS01230 Rev. 1.2, 2009-04-28 TLE7273-2 gps01230.eps ...
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... Pb-free finish on leads and suitable for Pb-free soldering according to IPC/JEDEC J-STD-020). You can find all of our packages, sorts of packing and others in our Infineon Internet Page “Products”: http://www.infineon.com/products. Data Sheet 0. A-B D 14x Exposed Diepad C A TLE7273-2 Package Outlines 0.35 x 45˚ 3.9 ±0.1 6 ±0.2 0 Bottom View 3 ± ...
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... V” added “Features” on Page 2 package drawing for PG-DSO-14 updated, package “Overview” on Page 2 in table at the bottom type “TLE7273-2GV26” and “Pin Definitions and Functions (PG-DSO-14)” on Page 4 “Functional Range” on Page 7 Item 4.2.3 “Thermal Resistances” on Page 7 4 ...
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... Data Sheet “Features” on Page 2 “3.3V” added “Overview” on Page 2 in table at the bottom type “TLE7273-2GV33” added “Pin Definitions and Functions (PG-DSO-14)” on Page 4 “Functional Range” on Page 7 Item 4.2.2 “Power On Reset and Reset Output” on Page 8 “Electrical Characteristics” on Page 11 Item 5 ...
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... Infineon Technologies Office. Infineon Technologies components may be used in life-support devices or systems only with the express written approval of Infineon Technologies failure of such components can reasonably be expected to cause the failure of that life-support device or system or to affect the safety or effectiveness of that device or system. Life support devices or systems are intended to be implanted in the human body or to support and/or maintain and sustain and/or protect human life ...