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  • Understanding and Using Supervisory Circuits
    want to. MCP101 is active high. choose the highest trip point you can that will not inter-. fere with the normal variations of your supply voltage. CONCLUSIONS. For a typical microcontroller, it might operate at 5V. ±10% or 4.5V - 5.5V. Choosing a device with a trip point. Using supervisory circuits
  • How Some Supervisory and Leakage Currents Can Affect Today's Low-Power Solenoid Valves
    Concerns. How Some Supervisory. and Leakage Currents Can. Affect Today's Low-Power. Solenoid Valves. by Manny Arceo and Jack Haller. A Technology Brief From ASCO Valve, Inc. Introduction. As fluid automation users embrace the advantages of new devices that draw unprece-. dentedly low levels of power
  • Selecting a Processor Reset IC
    is. Implementing supervisory functions using discrete components. ±2.5% across the ­40°C to +85°C temperature range. The reset. consumes excessive board space and usually results in an over-. output is valid for supply voltages as low as 1.0V, well below. priced, unreliable solution. Detection accuracy

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