EL7585AILZ-T7

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The EL7585AILZ-T7 voltage regulator is a Low-Dropout Linear Regulator (LDO) for use in special purpose applications. It is a Compact low power CMOS LDO with low quiescent current and fast transients. It is suitable for a wide range of applications such as battery-powered and automotive applications.

The EL7585AILZ-T7 has a wide input voltage range, an adjustable output voltage range, and can supply up to 1A load currents. The regulator is designed to operate in harsh environments, providing stable voltage regulation in the presence of line and load transients. The wide input voltage range also makes it ideal for powering logic and peripherals in a variety of applications.

The EL7585AILZ-T7 voltage regulator uses a proprietary current-mode architecture and is designed to provide excellent line and load transient performance. The device includes an internal compensation circuit to ensure a stable voltage over the entire input voltage and load current range. In addition, the current-mode architecture provides fast transient response with low output noise and ripple.

The EL7585AILZ-T7 also features built-in Current-Mode regulation. This ensures that the regulator always supplies a regulated output voltage even if the load changes over time. The current-mode regulation also ensures that the response to load transients is fast and effective with no overshoot or undershoot. The EL7585AILZ-T7 also has a programmable soft-start facility to reduce inrush current and output voltage overshoot.

The EL7585AILZ-T7 is designed to operate over the full temperature range (-40°C to +85°C). It is designed with an extended operating temperature range to meet the requirements of automotive applications. The device also offers excellent vibration and thermal shock resistance, making it ideal for harsh environments.

The EL7585AILZ-T7 is a great choice for applications requiring high efficiency, low power consumption and excellent load transient response. It is ideal for automotive, industrial and battery-powered applications where tight voltage regulation is required. The current-mode architecture ensures accurate voltage level over the entire input voltage and load current range, whether the load is steady or changing over time. In addition, the device features an adjustable output voltage range and low quiescent current, making it ideal for low power applications.

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