MAX6168AESA+

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The MAX6168AESA + voltage reference is a high-performance voltage reference IC that is ideal for use in PMIC applications such as power supplies, motor drive controllers, LED lighting, LED drivers, and other power conditioning systems. It offers exceptional performance, low operating current and temperature drift, and excellent temperature stability over a wide temperature range. The MAX6168AESA+ voltage reference is also a great choice for portable and low-power applications.

The MAX6168AESA+ voltage reference is essentially a low-power, linear, temperature-compensated voltage reference. It employs a laser-trimmed, high-precision, temperature-compensated bandgap circuit to generate a stable reference voltage of 2.5V, 2.56V, or 2.485V with a very low temperature coefficient (typically a maximum of ± 0.145mV/°C). The output voltage is buffered by an amplifier with an output voltage accuracy of ± 0.1%. The input voltage range is 4.5V to 26.5V, making it ideal for use with a wide variety of power supply designs.

The MAX6168AESA+ voltage reference also includes an on-chip thermal diode that provides precise temperature measurements. It is capable of driving up to 30mA of load current and can operate with a supply voltage as low as 2.25V. It also features a fail-safe shutdown mode that automatically shuts down the output when the supply voltage drops below the undervoltage threshold, which removes the need for external circuitry to monitor the supply voltage.

The MAX6168AESA+ voltage reference is available in a wide range of package styles, including surface-mount and standard packages. It offers excellent power supply rejection, power-up sequencing, and is RoHS-compliant. A wide range of operating conditions and a lower operating temperature range make the MAX6168AESA+ voltage reference a suitable choice for many PMIC applications.

In summary, the MAX6168AESA+ voltage reference is an ideal choice for PMIC applications. It offers excellent temperature stability, low operating current and temperature drift, and is capable of driving up to 30mA of load current. It can operate at very low supply voltages and includes an on-chip thermal diode for precise temperature measurements. Additionally, the voltage reference can be used with a wide range of package styles, making it suitable for a broad range of applications.

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