CSD88584Q5DC Discrete Semiconductor Products

CSD88584Q5DC is a 5V power Trench MOSFET array, manufactured by Texas Instruments. The transistor array consists of 8 independent n-channel MOSFETs with a 0.55Ω on-resistance. It is suitable for low-side switch solutions and ESD protection applications in various applications such as automotive, consumer, industrial and power management.

The CSD88584Q5DC’s low on-resistance and low gate charge makes them ideal for low-side switching applications, enabling low-loss power conversion in a wide variety of applications. These FETs are designed to provide superior power savings, faster switching performance, high immunity to ESD and reliable switch behavior.

The CSD88584Q5DC is a 5V power MOSFET array that provides high-side switch solutions and ESD protection. It includes integrated 2Ω series resistors, which improves the ESD protection of the system in automotive, consumer and industrial applications. Additionally, the device features TTL-compatible inputs to enable fast switching times.

The CSD88584Q5DC array provides high-side switching with low power consumption and fast rise times. Its low on-resistance and low gate charge enable faster switching speed and lower switching losses. Thanks to its 2Ω series resistors, it is also equipped with a built-in ESD protection that can support up to 6KV human body model in automotive applications.

The CSD88584Q5DC has a wide range of applications, including energy management solutions in various applications such as automotive, consumer, industrial, power management and HVAC systems. Furthermore, it is suitable for load switching, power conversion, motor control and ESD protection in consumer and industrial applications.

In conclusion, the CSD88584Q5DC is a versatile 5V power Trench MOSFET array designed for low-side switch solutions, ESD protection and high-side applications. It provides low on-resistance, low gate charge and ESD protection, making it ideal for a wide range of applications, such as automotive, consumer, industrial and power management.