Features: Failsafe watchdog function: timeout warning after 1sttimeout period, reset after 2nd timeout period, resetremains active to avoid further failures Standard timeout period and power-on reset time(10 ms), externally programmable if required VIN monitoring with 3 standard or programmable tr...
H6006: Features: Failsafe watchdog function: timeout warning after 1sttimeout period, reset after 2nd timeout period, resetremains active to avoid further failures Standard timeout period and power-on rese...
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Fuseholders, Clips, & Hardware 1P 30A Class H w/Box Lug & Spring
Parameter | Symbol Conditions | Conditions |
Voltage VDD to VSS Voltage at any pin to VSS Voltage at any pin to VDD(except VIN) Voltage at VIN to VSS Current at any output Storage temperature |
VDD VMIN VMAX VINMAX IMAX TSTO |
-0.3 to +8 V -0.3 +0.3 +15 V ±10 mA 65. +150 |
Stresses above these listed maximum ratings may cause permanent damage to the device. Exposure beyond specified operating conditions may affect device reliability or cause malfunction.
The H6006 is a monolithic low power CMOS device combining a programmable digital timer and a series of voltage comparators on the same chip. The device is specially convenient for Watch-Dog functions such as microprocessor and supply voltage monitoring. The watchdog part is designed to be used in all applications where it is important that after the occurrence of a malfunction the microprocessor system is stopped to avoid further damage. The timeout warning signal ( TO ) can be used to try to reactivate the system before halting it. The voltage monitoring part provides double security by combining both unregulated voltage and regulated voltage monitoring simultaneously. The H6006 initializes the poweron reset after VIN reached VSH and VDD raises above 3.5 V. If VIN drops below VSL, the H6006 gives an advanced warning signal for register saving and if the voltage drops further below VRL, RES goes active. The functions at any supply voltage down to 1.5 V and is therefore particularly suited for start-up and shut-down control of microprocessor systems