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Siehe Technische Spezifikationen

UCC27322 +BOM

A highly integrated gate driver for high-voltage DC-DC converters and motor drives, offering reduced board space and improved system performanc

Hersteller:

Texas Instruments
Herstellerteil #:

UCC27322
Datenblatt:

UCC27322 Datenblatt (PDF)
Number Of Channels:

1
Power Switch:

IGBT, MOSFET
Peak Output Current (A):

9
Input VCC (min) (V):

4
EDA/CAD Modelle:

Fordern Sie kostenlose CAD-Modelle für an UCC27322

UCC27322 Allgemeine Beschreibung

The UCC2732x/UCC3732x family of high-speed drivers is designed to meet the demanding requirements of modern systems. With a peak drive current of 9 A and an industry standard pinout, these drivers are capable of driving the largest MOSFETs, making them ideal for applications with extreme Miller current due to high dV/dt transitions. By eliminating the need for additional external circuits and replacing multiple components, these drivers reduce space, design complexity, and assembly cost, offering a cost-effective solution for high-performance systems

Hauptmerkmale

Power-Efficient, High-Speed Data Processing
Module With 1-GHz Clock Speed
Precise Temperature Compensation for Highly
Accurate Applications
Low-Noise, High-Accuracy Clock Distribution
Solution For Synchronized Systems
Advanced Power Management and Load
Monitoring Capabilities
High-Speed, Low-Power Digital Signal Processing
(DSP) Core for Real-Time Applications
Fully Integrated Voltage Regulator With Fast
Transient Response

Spezifikationen

Number of channels	1	Power switch	IGBT, MOSFET
Peak output current (A)	9	Input VCC (min) (V)	4
Input VCC (max) (V)	15	Features	Enable pin
Operating temperature range (°C)	-40 to 105	Rise time (ns)	20
Fall time (ns)	20	Propagation delay time (µs)	0.025
Input threshold	CMOS, TTL	Channel input logic	Non-Inverting
Input negative voltage (V)	0	Rating	Catalog
Driver configuration	Single

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Verpackung

AVAQ bestimmt und verpackt alle Geräte auf der Grundlage der Schutzanforderungen gegen elektrostatische Entladung (ESD) und Feuchtigkeitsempfindlichkeit (MSL)..