MAX964ESE-T

MAX964ESE-T is an ultra-low-power 5-micron CMOS comparator featuring two independent 600 (typ) nanosecond comparators. This comparator is built around a single-stage, low-power differential amplifier. It is designed for applications that require low-power and low-noise operation in high-speed comparator and switching applications.

The MAX964ESE-T is suitable for a range of applications, including those that require fast, high-speed comparators and switching applications. It includes two independent comparators and is compatible with a wide range of input levels. It is well suited for applications such as low-power switching, precision timing and control, motor controller and any application where a fast, low-power differential amplifier is required.

The MAX964ESE-T operates on a single supply voltage ranging from 1.8V to 5.5V and consumes just 2µA of quiescent current. It features a high input impedance, low output saturation voltage, and a low output drive capability. These features make it ideal for applications that require low-power, high-speed performance.

The MAX964ESE-T features an input differential voltage range of ±300mV and is considered a rail-to-rail device, which means that its input range extends all the way to the positive and negative rails of a supply voltage. It also offers excellent low-power operation, making it an ideal choice for ultra-low-power applications. The device also includes an enable/disable control pin, which allows the user to turn off the analog circuit without interfering with the digital circuit.

The MAX964ESE-T also features low-input offset voltage and a low-offset drift with temperature. This allows for precision rectification and monitoring of small signal signals. Additionally, the MAX964ESE-T features a low-jitter, slew-rate-limited, voltage-controlled internal oscillator, making it ideal for signal conditioning, timing and control, and noise reduction applications.

In summary, the MAX964ESE-T is an excellent choice for low-power and high-speed comparator and switching applications. It is also a great choice for precision rectification and monitoring of small signal signals as it offers excellent low-power operation and low-input offset voltage. Its low-jitter voltage-controlled oscillator makes it ideal for signal conditioning, timing and control, and noise reduction applications.