UCC5310MCDWV

What is UCC5310MCDWV?

UCC5310MCDWV is an Integrated Circuit (IC) manufactured by Texas Instruments. It is a Single-Channel, High Side, Low-Side Power MOSFET Driver. This device is intended for driving power MOSFETs in low-side, high-side, or half-bridge configurations. It features a high-performance, low-side power MOSFET driver, which can switch up to 5A of peak current. The device also features overvoltage protection, an undervoltage lockout, and a programmable dead time. The UCC5310MCDWV is suitable for use in motor control and power conversion applications.

The UCC5310MCDWV is a single-channel, high-side and low-side power MOSFET driver IC. It is capable of switching up to 5A of peak current, making it suitable for use in motor control and power conversion applications. With its overvoltage protection, Undervoltage lockout, and programmable dead time, the UCC5310MCDWV offers a reliable solution for driving power MOSFETs in low-side, high-side, or half-bridge configurations.

How to use UCC5310MCDWV?

The UCC5310MCDWV is an integrated circuit that can be used for driving power MOSFETs in low-side, high-side, or half-bridge configurations. The device should be connected to the power MOSFETs that will be driven, and the driver should be supplied with a 5V logic-level signal. The logic level signal should be connected to the ENABLE and INH pins, with the ENABLE pin controlling the state of the driver, and the INH pin enabling or disabling the driver. The device can also be configured with a dead time by connecting a resistor and capacitor between the DT and GND pins. Once the device is connected and configured, it can be used to drive power MOSFETs in the desired configuration.

The UCC5310MCDWV is a reliable and efficient driver IC that can be used in a variety of power conversion and motor control applications. It offers overvoltage protection, Undervoltage lockout, and programmable dead time, making it a reliable solution for driving power MOSFETs in different configurations.

Features and Specifications

• 5A peak current capability
• Overvoltage protection
• Undervoltage lockout
• Programmable dead time
• Single-channel, high-side, and low-side power MOSFET driver
• Operating temperature range of -40°C to 125°C
• Supply voltage range of 4.5V to 16V
• Logic level input voltage range of 1.5V to 5V
• ESD protection of 2KV (HBM)
• Package size of 8-pin SOIC (UCC5310MCDWV)

Customer Reviews and Scores

The UCC5310MCDWV has positive reviews from customers. The device is seen as a reliable and efficient driver IC with a range of features and specifications. Customers have noted that the device has a wide operating temperature range and good ESD protection. The ease of use in connecting and configuring the device is also praised by customers. Overall, the device has received a positive rating from customers.

Pros and Cons

Pros:

• 5A peak current capability
• Overvoltage protection
• Undervoltage lockout
• Programmable dead time
• Wide operating temperature range
• Good ESD protection
• Easy to connect and configure

Cons:
• No integrated protection from short-circuits
• High price point

FAQ

Q: What is the supply voltage range of the UCC5310MCDWV?

A: The device has a supply voltage range of 4.5V to 16V.

Q: Is the UCC5310MCDWV suitable for driving power MOSFETs in half-bridge configurations?

A: Yes, the device is suitable for driving power MOSFETs in low-side, high-side, or half-bridge configurations.

Q: What is the logic level input voltage range of the UCC5310MCDWV?

A: The logic level input voltage range of the UCC5310MCDWV is 1.5V to 5V.

Conclusion

The UCC5310MCDWV is a single-channel, high-side, and low-side power MOSFET driver IC from Texas Instruments. It is capable of switching up to 5A of peak current, making it suitable for use in motor control and power conversion applications. It offers a range of features, including overvoltage protection, Undervoltage lockout, and programmable dead time. The device is seen as a reliable and efficient solution for driving power MOSFETs in different configurations.