UCC37323P
- Mfr.Part #
- UCC37323P
- Manufacturer
- Texas Instruments
- Package / Case
- 8-DIP (0.300, 7.62mm)
- Datasheet
- Download
- Description
- UCC37323 DUAL 4 A PEAK HIGH SPEE
- Stock
- 15,599
- In Stock :
- 15,599
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- Manufacturer :
- Texas Instruments
- Product Category :
- Gate Drivers
- Operating Temperature :
- -55°C~150°C TJ
- Pin Count :
- 8
- High Side Driver :
- No
- Channel Type :
- Independent
- REACH SVHC :
- No SVHC
- Nominal Supply Current :
- 450μA
- Radiation Hardening :
- No
- Turn On Delay Time :
- 35 ns
- Factory Lead Time :
- 6 Weeks
- Length :
- 9.81mm
- Thickness :
- 3.9mm
- Number of Outputs :
- 2
- Termination :
- Through Hole
- Logic Voltage - VIL, VIH :
- 1V 2V
- Mount :
- Through Hole
- Turn On Time :
- 0.04 µs
- Max Power Dissipation :
- 780mW
- Input Characteristics :
- Standard
- Output Voltage :
- 300mV
- Max Output Voltage :
- 450mV
- JESD-609 Code :
- e4
- Output Peak Current Limit-Nom :
- 4A
- Output Current :
- 4A
- Power Supplies :
- 4.5/15V
- Gate Type :
- N-Channel, P-Channel MOSFET
- Terminal Finish :
- Nickel/Palladium/Gold (Ni/Pd/Au)
- Turn Off Time :
- 0.05 μs
- Rise / Fall Time (Typ) :
- 20ns 15ns
- Output Characteristics :
- TOTEM-POLE
- Current - Peak Output (Source, Sink) :
- 4A 4A
- Moisture Sensitivity Level (MSL) :
- 1 (Unlimited)
- ECCN Code :
- EAR99
- RoHS Status :
- ROHS3 Compliant
- Height :
- 5.08mm
- Interface IC Type :
- BUFFER OR INVERTER BASED MOSFET DRIVER
- Package / Case :
- 8-DIP (0.300, 7.62mm)
- Input Type :
- Inverting
- Lifecycle Status :
- ACTIVE (Last Updated: 1 day ago)
- Base Part Number :
- UCC37323
- Number of Terminations :
- 8
- Mounting Type :
- Through Hole
- Max Supply Current :
- 450μA
- Packaging :
- Tube
- Number of Pins :
- 8
- Propagation Delay :
- 35 ns
- Max Output Current :
- 4.5A
- Width :
- 6.35mm
- Power Dissipation :
- 780mW
- Rise Time :
- 40ns
- Voltage - Supply :
- 4.5V~15V
- Weight :
- 440.409842mg
- Operating Supply Voltage :
- 12V
- Lead Free :
- Lead Free
- Number of Functions :
- 2
- Supply Voltage :
- 14V
- Pbfree Code :
- yes
- Fall Time (Typ) :
- 40 ns
- Driven Configuration :
- Low-Side
- Terminal Position :
- Dual
- Output Polarity :
- INVERTED
- Datasheets
- UCC37323P

Gate Drivers Texas Instruments UCC37323P Overview
Introducing the UCC37323P from Texas Instruments, a standout product in the Gate Drivers category designed to enhance the efficiency and reliability of high-speed switching applications. This dual 4 A peak high-speed driver is engineered to drive MOSFETs and IGBTs with optimal precision and power. Its robust design ensures reliable operation even under challenging conditions, making it an ideal choice for developers seeking performance and durability. Incorporate the Gate Drivers Texas Instruments UCC37323P into your designs to leverage advanced semiconductor technology backed by a leader in the industry.
UCC37323P Features
The UCC37323P Gate Driver is packed with features that make it highly effective for a wide range of applications. Key features include its dual outputs, which can provide up to 4 A peak current, enhancing the ability to drive capacitive loads with higher efficiency. It also boasts a wide operating voltage range and integrated under-voltage lockout protection, ensuring that it performs optimally through fluctuations in input supply.
UCC37323P Applications
- Switch Mode Power Supplies (SMPS): This driver excels in enhancing the efficiency and response time of SMPS by providing rapid gate switching times, crucial for minimizing power loss and improving overall performance.
- Motor Control: In motor control circuits, the UCC37323P can be used to drive the gates of IGBTs or MOSFETs, enabling precise control over motor operation with high throughput and reliability.
- DC-DC Converters: By facilitating faster and more reliable switching, the UCC37323P improves the performance of DC-DC converters used in various electronics, contributing to enhanced power management and device efficiency.
- LED Lighting: It can also be applied in LED lighting systems to control the power stages more efficiently, allowing for better management of light intensity and energy consumption.
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