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TDE1767A ST Microelectronics INTERFACE CIRCUIT RELAY AND LAMP-DRIVER Datasheet


ST Microelectronics
TDE1767A
Part Number TDE1767A
Manufacturer STMicroelectronics (https://www.st.com/)
Description The TDE1767, A/TDE1787, A are a monolithic amplifiers designed for high current and high voltage applications, specifically to drive lamps, relays, stepping motors. The devices are assentially blow-out proof. The output is prois protected from short-circuits with the positive supply or drive. In add...
Features erates over a wide range voltages from standard 15 V operational amplifier supplies to the single +6V or +48V used for industrial electric systems. Input voltages can be higher than in the VCC. An alarm output suitable for driving a LED is provited. This LED, normally on (if referred to ground), will die out or flash during an overload depending on the state of the reset input. The output is low in open ground conditions. THERMAL DATA Symbol R th (j - c) Rth (j - a) Parameter Maximum Junction-case Thermal Resistance ORDERING NUMBERS : TDE1767 DP TDE1767 ADP TDE1787 DP TDE1787 ADP PIN CONNECT...

Document Datasheet TDE1767A datasheet pdf (127.11KB)




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TDE1767ADP
전원 스위치/구동기 1:1 바이폴라 1.3A 8-DIP
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TDE1767A Similar Datasheet

Part Number Description
TDE1767
manufacturer
ST Microelectronics
INTERFACE CIRCUIT RELAY AND LAMP-DRIVER
The TDE1767, A/TDE1787, A are a monolithic amplifiers designed for high current and high voltage applications, specifically to drive lamps, relays, stepping motors. The devices are assentially blow-out proof. The output is prois protected from short-circuits with the positive supply or drive. In addition thermal shut down is provited to keep the IC from overheathing. If internal dissipation becomes too high, the driver will shut down to prevent excessive heating. The output stays null after the overheating is off, if the reset input is low. If high the output will alternatively switch-on and off until the overload is removed. The devices operates over a wide range voltages from standard 15 V...




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