MPN

Infineon IR2110PBF MOSFET Gate Driver 2, 2.5 A, 20V 14-Pin, 14-Lead PDIP

RS Stock No.:: 260-5178
Mfr. Part No.:: IR2110PBF
Brand:: Infineon

Infineon IR2110PBF MOSFET Gate Driver 2, 2.5 A, 20V 14-Pin, 14-Lead PDIP

Save 28% when you buy 625 units

Subtotal (1 tube of 25 units)*

£63.375

(exc. VAT)

£76.05

(inc. VAT)

FREE delivery for orders over £50.00

In Stock

625 unit(s) ready to ship

Need more? Click ‘Check delivery dates’ to find extra stock and lead times.

Units	Per unit	Per Tube*
25 - 25	£2.535	£63.38
50 - 100	£2.231	£55.78
125 - 225	£2.078	£51.95
250 - 600	£1.952	£48.80
625 +	£1.80	£45.00

*price indicative

Sponsored

Unlock Peak Performance with Infineon Gate Drivers & MOSFETs – A Perfect Match

Looking to push your power design further? Pair your Infineon gate driver with Infineon MOSFETs for seamless compatibility, optimal switching efficiency, and reduced design complexity. Engineered to work together, this combination delivers robust thermal performance and reliable operation across demanding applications.

Shop Now

RS Stock No.:: 260-5178
Mfr. Part No.:: IR2110PBF
Brand:: Infineon

Find similar products by selecting one or more attributes.

Select all	Attribute	Value
	Brand	Infineon
	Logic Type	CMOS, LSTTL
	Output Current	2.5 A
	Supply Voltage	20V
	Pin Count	14
	Fall Time	17ns
	Package Type	14-Lead PDIP
	Number of Outputs	2
	Driver Type	MOSFET
	Rise Time	25ns
	Topology	High and Low Side
	Number of Drivers	2
	Mounting Type	Surface Mount

	Select all
	Brand Infineon
	Logic Type CMOS, LSTTL
	Output Current 2.5 A
	Supply Voltage 20V
	Pin Count 14
	Fall Time 17ns
	Package Type 14-Lead PDIP
	Number of Outputs 2
	Driver Type MOSFET
	Rise Time 25ns
	Topology High and Low Side
	Number of Drivers 2
	Mounting Type Surface Mount

Infineon MOSFET Gate Driver, 20V Supply Voltage, 2.5A Output Current - IR2110PBF

This MOSFET gate driver is designed for powering high voltage applications, supporting high and low side configurations. It features a compact 14-lead PDIP package, facilitating easy integration into various circuits within the realm of power electronics. With a rise time of 25ns and fall time of 17ns, it ensures quick response times essential for effective power management.

Features & Benefits

• Designed for bootstrap operation with floating channel capability
• Operational voltage tolerance of up to 600V for high reliability
• Compatible with standard CMOS and LSTTL logic down to 3.3V
• Matched propagation delay simplifies high frequency applications

Applications

• Used in motor control systems for smooth operation
• Suitable for driving IGBTs in industrial
• Applied in renewable energy systems such as solar inverters
• Utilised in automation equipment for enhanced performance

What protections does this gate driver offer to enhance circuit safety?

The driver includes undervoltage lockout for both channels, preventing malfunction due to low supply voltage. It ensures safe operation and protects associated components from potential damage.

How does this driver assist in managing high frequency switching?

The matched propagation delay for both high and low side outputs is critical in maintaining timing accuracy, minimising cross-conduction, and ensuring efficient switching performance in high frequency environments.

What considerations should I make regarding power supply when using this driver?

The gate driver requires a power supply within the range of 10V to 20V for optimal performance. Additionally, a separate logic supply from 3.3V to 20V is crucial for proper operation, thereby accommodating diverse logic levels.

Can it be effectively used in systems operating beyond standard voltages?

Yes, this driver can operate effectively in systems with high voltage requirements, tolerating up to 600V, making it suitable for heavy-duty applications in various electrical systems.

Be the first to know about our latest products and services

Join our mailing list today:

The personal information you provide to us when signing up to the mailing list will be processed in line with our privacy policy.