IX2C11P1

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IX2C11P1 is a gate driver which is used in power management integrated circuits (PMICs). It is a voltage-mode half bridge driver that is capable of driving power MOSFETs with up to 8A specified output current. The IX2C11P1 is designed for a wide range of applications, such as motor control, power supply and conversion, low-voltage lighting, and energy management. It is suitable for DC-DC converters from 6V to 40V, as well as providing other signal level conversions.

The device is housed in a seven-pin SOP or DIP package, and is designed to be compatible with most I2C-based PMICs. It has an integrated low-side gate driver, two independent power switches, and a single-channel steering logic block. The on-die temperature measurement circuitry provides enhanced temperature protection. The integrated current-sense amplifier provides precise current regulation and over-temperature protection. It also features short-circuit and over-current protection.

The device operates at a peak operating voltage rating of 40V and a maximum input current of 8A. The entire package supports an operating temperature range from -40°C to +125°C. The IX2C11P1 has a minimum starting voltage of 3.3V and an output voltage swing of 0.4V to VCC. The device can support both PWM and linear current-mode control. It includes an integrated integrated error amplifier and voltage reference circuitry, which provide the necessary feedback signals for precise control and high performance.

The IX2C11P1 features a 3-bit Pre-Charge Configuration setting which enables the user to determine the gate voltages and gate currents used during the pre-charge phase of the pulse-width modulation cycle. The Pre-Charge Configuration setting is adjustable via I2C. The device also includes an optional OCP (overcurrent protection) monitoring and output enable control, which provides real-time power protection. This feature allows the user to monitor the state of the outputs for any fault conditions and immediately disable the outputs in order to prevent damage or overload.

The IX2C11P1 gate driver is designed to provide the necessary speed, accuracy and dynamic response for driving power MOSFETs in low-voltage and high-current applications. It can be used for both digital and analog PWM control. In addition, it offers the flexibility of both I2C and single-controller configuration and a wide range of programmability options. It also offers excellent thermal performance and reliability with extended lifetime operation. The IX2C11P1 gate driver is a great addition to any PMIC design, providing superior performance and flexibility.

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