Up to 300mA to 500mA depending on the specific manufacturer variant.
The device incorporates automated thermal shutdown mechanisms and short-circuit current-limiting protection to prevent permanent hardware damage from board faults or accidental overloads. Typical Application Circuit Diagram
– Regulated 1.8V output terminal. Requires a stable output capacitor for loop compensation. 3. Core Architectural Features High PSRR and Ultra-Low Noise
Enable pin (high for ON, low for OFF), used for power sequencing. dc e2h datasheet
): Connect a from Pin 4 to GND to suppress thermal noise generated by the internal bandgap reference.
A minimum 1µF ceramic output capacitor is required for loop stability. Use X5R or X7R dielectrics; avoid low-cost Y5V capacitors, as their capacitance drops severely under voltage bias and temperature fluctuations.
If your circuit derives its primary power from a noisy DC/DC step-down buck converter, high-frequency switching noise can easily bleed into your sensitive components. The DC=E2H provides 70dB of rejection at 10kHz, acting as an active low-pass electronic filter to isolate downstream logic from upstream noise. 3. Comprehensive On-Chip Protection Up to 300mA to 500mA depending on the
– Common reference ground for the circuit.
As an LDO, the device operates efficiently when the input voltage ( VINcap V sub cap I cap N end-sub
The DC E2H sensor is widely used in various industrial applications, including: Requires a stable output capacitor for loop compensation
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Very low, often around 170mV to 200mV at a 200mA load.
However, finding a clear, actionable breakdown of the can be challenging. Manufacturers often provide dense PDFs filled with electrical characteristics, thermal ratings, and mechanical drawings, but they rarely explain what these numbers mean for your specific application.
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