供应TLE8104EXUMA2

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深圳市斌腾达科技有限公司

联系人：朱先生

Q Q：2099320098

描述:Smart 4-channels Low-Side Switch in Smart Power Technology. The TLE8104E is designed for Powertrain applications and it's equipped with a Serial Peripheral Interface (SPI) for control and diagnosis. All channels are protected against over-current/temperature and enhanced with an active clamping circuitry for driving inductive loads. Load status detection is possible over the SPI for: Short to GND (SCG), Open Load (OL), and Short to Battery (SCB). 4 input pins are available for direct PWM control of the switches.特征描述:8-bit SPI4x Direct Input PinsFault pinProgrammable Active-Low/High logicActive ClampingDiagnosis for SCG, OL and SCBOver-Current Protection (I-limit)Over-Temperature ProtectionIC Over-Temperature WarningElectrostatic Discharge (ESD) ProtectionLow Quiescent Current ModeGreen Product (RoHS compliant)AEC Qualified优势:Inductive Load ClampingSmall Exposed Pad PackageFull ProtectionFull DiagnosisSPI communication目标应用:Engine Management    Driving Resistive/Inductive Loads (Solenoids, Injectors, Valves, Relays)Industrial Applications          TLE 8104E DataSheetEN01_04 | 2008-03-31 | pdf | 1.5 MB          

指标参数ParametricsTLE8104E      Channels                   4.0                                Comments                   inductive and resistive loads (e.g. Solenoids, Injectors, Valves, Relays)                   High Side / Low Side                   0/4                   ID(lim)(multiple)                   4 x 3.0 A                   Operating Temperature        min  max                   -40.0 °C        150.0 °C                   Over Current Protection                   Limitation                   Pin Count                   20.0 Pins                               RDS (on)  (multiple)                   4 x 0.52 Ohm (typ @ 150°C)                   Thermal Class                   Exposed Pad                   VDD                   5.0 V                   VDS(CL)        min  max                   45.0 V        60.0 V                   toff        max                         10.0 μs                   ton        max                         10.0 μs