Gate Drivers

1332 Gate Drivers from 28 manufacturers listed on everything PE

A gate driver provides the necessary voltage and current signals to turn on and off the gate of a power switch such as a MOSFET, IGBT, GaN transistors, etc. Gate Drivers from the leading manufacturers are listed on everything PE. Narrow down on products based on type, configuration, technology, number of output, number of drivers, package type, etc. View product specifications, download datasheets and get pricing. Your Inquiry will be directed to the manufacturer and their distributors who will get back to you with a quote.

Description:Galvanically Isolated Single Gate Driver IC
Types of Gate Driver:
GaN FET Driver
Type:
IC
Configuration:
Isolated
No of Drivers:
Single
Input Voltage:
3.1 to 5.5 V
Output Current:
3 A
Rise Time:
30 ns
Fall Time:
30 ns
Propagation Delay:
45 ns
Applications:
Motor Drivers for Home Appliances, Factory Automat...
Dimensions:
6.05 x 10.52 x 2.64 mm
more info
Description:AEC-Q100 Qualified Single Channel Gate Driver IC
Types of Gate Driver:
Single Channel Gate Driver
Type:
IC
Configuration:
Isolated
No of Drivers:
Single
Technology:
IGBT, SiC MOSFET
Input Voltage:
5 V
Isolation Voltage:
5000 V
Output Current:
30 A
Industry:
Automotive
Qualification:
AEC-Q100 Grade 1
Package:
SOIC
Applications:
Battery Management System (BMS), EV Power Inverter...
more info
Description:Automotive Qualified Symmetric Drive ISODriver
Types of Gate Driver:
Single Channel Gate Driver
Type:
IC
Configuration:
Isolated
No of Drivers:
Single
Technology:
IGBT, MOSFET
Input Voltage:
3 to 5.5 V
Isolation Voltage:
3750 V
Output Current:
4 A
Rise Time:
12 ns
Fall Time:
12 ns
Propagation Delay:
30 ns
Industry:
Automotive
Qualification:
AEC-Q100
Package:
SOIC-8
Applications:
Power delivery systems, Motor control systems, Sol...
Dimensions:
10.45 x 10.55 x 2.65 mm
more info
Description:3.75 kV Isolated Gate Driver IC
Configuration:
Isolated
No of Drivers:
Single
Technology:
IGBT, MOSFET
Input Voltage:
6.5 to 30 V
Isolation Voltage:
3.75 kV
Output Current:
0.6 to 4 A
Rise Time:
5.5 ns
Fall Time:
8.5 ns
Propagation Delay:
20 to 60 ns
Industry:
Automotive, Industrial
Applications:
IGBT/MOSFET gate drives, inverters, motor drives, ...
Dimensions:
9.90 x 6.60 x 4.19 mm
more info
Description:Radiation-Tolerant Source Driver for Aerospace Applications
Types of Gate Driver:
High Side Gate Driver
Type:
IC
Configuration:
Isolated
Input Voltage:
10 to 50 V
Output Current:
700 mA
Rise Time:
2 nS
Fall Time:
10 nS
Propagation Delay:
2 to 10 nS
Industry:
Military, Space
Package:
CSOIC 20L
Applications:
Relay/Solenoid Drivers, Lamp/LED Drivers, Stepper ...
Dimensions:
13.08 x 24 x 2.67 mm
more info
Description:Automotive Qualified Gate Driver Optocoupler
Types of Gate Driver:
Photovoltaic Gate Driver
Type:
IC
Configuration:
Isolated
No of Drivers:
Single
Technology:
IGBT, MOSFET
Input Voltage:
8 to 18 V
Isolation Voltage:
5000 V
Output Current:
2.5 A
Propagation Delay:
0.25 ns
Industry:
Automotive
Qualification:
AEC-Q100 Grade 1
Package:
SO16
Applications:
Automotive Isolated IGBT/MOSFET Inverter Gate Driv...
Dimensions:
11.63 x 10.36 x 3.70 mm
more info
Description:Three-Phase SOI Gate Driver IC for Home Automation
Types of Gate Driver:
Three Phase Gate Driver
Type:
IC
Configuration:
Non-Isolated
Input Voltage:
6 to 140 V
Output Current:
20 µA
Rise Time:
20 ns
Fall Time:
10 ns
Propagation Delay:
100 ns
Qualification:
JEDEC78/20/22
Package:
32-Lead QFN
Applications:
Servo Drives in Robotics and Factory Automation, G...
Dimensions:
5 x 5 mm
more info
Description:Automotive Qualified NMOS Static Switch Driver
Types of Gate Driver:
High Side Gate Driver
Type:
IC
Configuration:
Non-Isolated
No of Drivers:
Single
Technology:
MOSFET
Input Voltage:
135 V
Rise Time:
13 ns
Fall Time:
13 ns
Propagation Delay:
35 ns
Qualification:
AEC-Q100
Package:
10-Lead MSOP
Applications:
Static Switch Driver, Load and Supply Switch Drive...
Dimensions:
3.00 x 4.90 x 1.10 mm
more info
Description:Single-Channel Ultra-Fast Gate Driver
Types of Gate Driver:
GaN FET Driver
Type:
IC
Configuration:
Non-Isolated
No of Drivers:
Single
Input Voltage:
4.5 to 5.5 V
Output Current:
7 A
Rise Time:
0.65 ns
Fall Time:
0.7 ns
Propagation Delay:
3.4 ns
Package:
SSON06RX2020
Applications:
Industrial Equipment, Industrial LiDAR, DC / DC Co...
Dimensions:
2 x 2 x 0.6 mm
more info
Description:7-Channel Darlington Transistor Array IC for HVAC and Automation Applications
Type:
IC
Configuration:
Non-Isolated
No of Drivers:
Hept
Technology:
Silicon MOSFET
Input Voltage:
2.5 to 25 V
Output Current:
500 mA
Industry:
Commercial, Industrial
Package:
SO-16
Applications:
Appliances : Window A/Cs, Washers/Dryers, Microwav...
Dimensions:
9.80 x 5.80 mm
more info

What is a Gate Driver?

A gate driver provides the necessary voltage and current signals to turn on and off the gate of a power switch such as a MOSFET, IGBT, GaN transistors, etc. A typical controller circuit does not produce enough current to drive the gate terminal of these power transistors. Hence, the gate driver IC acts as an interface between the controller circuitry and power transistors. Gate driver ICs are also called level shifter ICs as they are used to shift the low voltage signal (which cannot directly drive the gate of the power transistor) into a suitable high-voltage level to drive the gate terminal of a power transistor.

Key Features of Gate Driver:

  • Low Undervoltage lockout (UVLO) – It is a type of electronic circuit that is used to turn off the power of a gate driver IC in the event of the voltage dropping below the operational value.
  • Fast propagation delay - The propagation delay is the time taken for an input edge to reach the output. It depends on the driver’s output current and the output load.
  • Integrated bootstrap diode.
  • High driving current.
  • Over-current protection.

Gate driver ICs are ideal for applications such as motor drives, switch-mode power supplies, pulse transformer drives, line drivers, level translator, motor & solenoid drives, PFC, battery-powered equipment, computing, lighting, and solar micro-inverter.

Configuration of Gate Drivers:

Isolated gate driver IC: The isolated gate driver IC utilizes optocouplers or on-chip micro transformers to provide electrical isolation for the safety of the driver circuit. This IC isolates the grounds and noise coupling between the controller IC and the power transistor (MOSFET, IGBT, GaN transistor, etc.)

Non-isolated gate driver IC: In this configuration, the controller IC and the power transistor share a common ground. This type of configuration does not provide any isolation between the controller IC and the power transistor (MOSFET, IGBT, GaN transistor, etc.).

Specifications of Gate Drivers:

Types of gate driver: The gate driver ICs are available both in single-channel (one gate drive output) and dual-channel (two gate drive outputs) options.

Configuration: The gate driver ICs are available in different configurations, such as isolated and non-isolated gate driver ICs.

Number of drivers: It represents the number of gate drivers available in an IC package. The gate driver IC package is available with single and dual gate drivers’ choices.

Number of outputs: It represents the number of gate driver outputs. This usually equals the number of drivers.

Input voltage: It represents the input voltage of the gate driver IC and is expressed in volts (V). The input voltage is the voltage output of a controller IC, which will be converted into a suitable high voltage to drive the gate of the power transistor by the gate driver IC.

Output voltage: It represents the output voltage that is provided by the driver IC and is expressed in volts (V).

Isolation voltage: It represents the highest voltage that can be applied across a gate driver IC for one second without compromising the isolation in the device. It is expressed in volts (V).

Output current: It represents the maximum output current that can be provided by a gate driver IC to drive the gate. It is expressed in Ampere (A).

Rise time: It represents the time required for the output of the gate driver IC from 10% to reach 90% of its final value.

Fall time: It represents the time required for the output of the gate driver IC from 90% to reach 10% of its final value.

Propagation delay:  The propagation delay is the time taken for an input edge to reach the output. It depends on the driver’s output current and the output load.

Gate Driver ICs from the leading manufacturers are listed on everything PE. You can use the filters on the left side to narrow down the list of products based on your requirements - Type, Configuration, Number of Outputs, and other parameters. Our parametric search tool will scan multiple manufacturer websites to identify Gate Driver ICs that meet your requirement. You can then download datasheets, request quotations via everything PE. Your inquiry will be routed to the manufacturer or their representative who will give you more information on the product.

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