Features: ·HIGH OUTPUT CURRENT 500mA·SHORT-CIRCUIT PROTECTION UP TO VCC = +35V·INTERNAL THERMAL PROTECTION WITH EXTERNAL RESET AND SYNCRONIZATION CAPABILITY·OPEN GROUND PROTECTION OUTPUT VOLTAGE CAN BE LOWER THAN GROUND FOR FAST INDUCTIVE LOAD DEMAGNETIZATION·DIFFERENTIAL INPUTS FOR ANY LOGIC SYST...
TDE1798: Features: ·HIGH OUTPUT CURRENT 500mA·SHORT-CIRCUIT PROTECTION UP TO VCC = +35V·INTERNAL THERMAL PROTECTION WITH EXTERNAL RESET AND SYNCRONIZATION CAPABILITY·OPEN GROUND PROTECTION OUTPUT VOLTAGE CAN...
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Symbol | Parameter | Test Conditions | Unit |
VCC | Supply Voltage | 50 | V |
VID | Input Differential Voltage | 50 | V |
VI | Input Voltage | -30 to +50 | V |
VI(reset) | Reset Input Voltage | VCC -50 to VCC | V |
IO | Output Current | internally limited | A |
Ptot | Power Dissipation | Internally Limited | mW |
Reset Input Sink Current (in thermal shut-down) | 15 | mA | |
WD | Repetitive Maximum Demagnetization Energy - 106 Operations | 150 | mJ |
Top | Operating Ambient Temperature Range | -25 to -85 | |
Tstg | Storage Temperature Range | -65 to +150 | |
IA(sink) | Alarm Output Sink Current | 25 | mA |
IA(source) | Alarm Output Source Current | 12 | mA |
high currents and capable of driving any type of loads.
The TDE1798 output is protected from short-circuits with the positive supply or ground. In addition thermal shut down is provided to keep the IC from overheating.
If internal dissipation becomes too high, the driver will shut down to prevent excessive heating. The output stays null after the overload is off, if the reset input is low. If high, the output will alternatively switch on and off until the overload is removed.
Higher current can be obtained by paralleling the outputs of several devices. In this case, the devices can be reactivated simultaneously after an overload if their reset input are connected in parallel.
The device TDE1798 operates over a wide range of supply voltages from standard ±15 operational amplifier supplies to the single ±6V or +35V used for industrial electronic systems. Input voltage can be higher than the VCC. The output is low in open ground conditions.