FGH60N60SMD
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FGH60N60SMD

FGH60N60SMD

Onsemi's FGH60N60SMD is a high-power IGBT that can manage power dissipation of up to 600 W. With a turn-on delay time of 18 ns and a turn-off delay time of 104 ns at 25°C, it offers quick switching. It attains a reverse recovery time (trr) of 39 ns under test circumstances of 400V, 60A, 3Ω, and 15V, making it appropriate for dependable and effective operation in demanding applications.

Description

Overview
  •  General Description:Overview_FGH60N60SMD
  • FGH60N60SMD is a high-performance insulated gate bipolar transistor (IGBT) produced by onsemi and belongs to the category of discrete semiconductor products. This product is designed specifically for a single IGBT configuration.
  •  Electrical specifications:
  • Its maximum collector emitter breakdown voltage is 600 V, and it can handle a maximum collector current of 120 A and a peak pulse current of 180 A. This IGBT can operate with a maximum voltage drop of 2.5 V at a gate emitter voltage of 15 V and a collector current of 60 A. This performance ensures efficient power management.
  •  Switching characteristics:
  • This device has a field resistance IGBT type, ensuring high-speed switching with a conduction delay time of 18 ns and a turn off delay time of 104 ns at 25 ° C. Secondly, it can consume up to 600 W of power. During operation, the switch energy is 1.26 mJ when turned on and approximately 450 µ J when turned off. Its gate charge is relatively low, at 189 nC, making it easy to control using standard input types.
  •  Physical and thermal performance:
  • With its through-hole installation design in the TO-247-3 packaging, this model offers dependable mechanical stability and heat dissipation. It is appropriate for a number of demanding applications, such as elevator systems, inverters, and induction cookers, given its working temperature range of -55 °C to 175 °C. With its 39 nanosecond reverse recovery time, this IGBT is suitable for high-speed, effective switching applications.
 Working principle

 

 Working Principle_FGH60N60SMDAs an IGBT product, FGH60N60SMD can function by controlling the voltage applied to its gate. Simply put, when a positive voltage is applied to the gate, it generates conductive channels in N-channel MOSFETs. Simultaneously allowing the base current of the PNP transistor to flow and pass through the IGBT, thereby allowing current to pass through. On the contrary, when a negative voltage is applied, the conductive channel disappears, the base current is cut off, and the IGBT is turned off, thereby stopping the current flow. This mechanism enables this product to effectively switch high-power currents with minimal input control, making it highly suitable for applications such as inverters, induction cookers, and elevators.

 

 

Product parameter information
  
Type Specification

Category

Discrete Semiconductor Products

Subcategory

Transistors

Type

IGBTs

Configuration

Single IGBTs

Manufacturer

onsemi

Packaging

Tube

Part Status

Active

IGBT Type

Field Stop

Collector-Emitter Breakdown Voltage (Max)

600 V

Collector Current (Ic) (Max)

120 A

Collector Pulsed Current (Icm)

180 A

Maximum Vce(on) @ Vge, Ic

2.5 V @ 15V, 60A

Maximum Power Dissipation

600 W

Switching Energy

1.26 mJ (on), 450 µJ (off)

Input Type

Standard

Gate Charge

189 nC

Turn-on / Turn-off Delay Time @ 25°C

18 ns / 104 ns

Test Condition

400V, 60A, 3Ω, 15V

Reverse Recovery Time (trr)

39 ns

Operating Temperature Range

-55°C ~ 175°C (TJ)

Mounting Type

Through Hole

Package / Case

TO-247-3

Supplier Device Package

TO-247-3

Base Product Number

FGH60

 

About us

 

  • About Us_FGH60N60SMDAt HK XRS Technology Limited, we pride ourselves on being a leading provider of electronic components, specializing in integrated circuits, LEDs, diodes, transistors, modules, capacitors, and thermistors. By prioritizing innovation and ensuring client pleasure, we have established enduring partnerships with clients across multiple sectors. Our devotion to providing excellent products and services, supported by knowledgeable Bill of Materials (BOM) services catered to your particular needs, demonstrates our commitment to excellence. At every stage, we aim to surpass expectations by providing precise estimations and timely responses. Get in touch with us right now to see the difference and learn how we can help your projects succeed.

 

 

Our Market

 

  • In the field of electronic components, our market is constantly expanding globally. We collaborate with clients from the United States, the United Kingdom, Russia, Germany, Spain, South Korea, Japan, and many other countries to create success together. Our products are sold in the international market, and with the support of global shipping, more and more customers from different regions have established long-term cooperative relationships with us. As our business scope expands, we are committed to providing innovative solutions and excellent services to global partners, ensuring that our electronic components meet the diverse needs of the constantly evolving global market.

Our Market_FGH60N60SMD

FAQ

Q: What is the FGH60N60SMD's maximum collector-emitter breakdown voltage?

A: It can manage high-voltage applications effectively and safely without breaking down thanks to its maximum collector-emitter breakdown voltage of 600 V.

Q: What is the FGH60N60SMD's maximum collector current capacity?

A: This type has a maximum collector current capacity of 120 A. It is appropriate for demanding power applications needing significant current flow due to its high current capabilities.

Q: What is the FGH60N60SMD's usual application?

A: It is commonly utilized in elevator systems, inverters, and induction cookers. The high power handling and effective switching characteristics of the IGBT are advantageous for these applications.

Q: What is the FGH60N60SMD gate charge?

A: This product has a gate charge of 189 nC. Because it uses less energy to switch the IGBT on and off, a low gate charge improves efficiency and lowers the driving power needs.

Q: What are the FGH60N60SMD's turn-on and turn-off delay timings at 25°C?

A: Its turn-on and turn-off delay times are 18 and 104 ns, respectively, at 25°C. The IGBT can function effectively in high-speed applications thanks to these quick switching periods, which also lessen heat production and energy loss.

Q: Is it possible to use the FGH60N60SMD in parallel to achieve greater current applications?

A: It is possible to parallel it in order to boost the capacity to handle current. In order to preserve balanced operation and avoid overheating, proper gate drive and current sharing across devices are essential. Applications that need a higher power output will benefit greatly from this setup.

Q: What factors should a gate drive take into account to ensure optimal performance?

A: For effective switching, a gate drive voltage of about 15 V is needed. In order to reduce switching losses and guarantee dependable operation, it is crucial to make sure the gate drive circuit can produce enough current. In high-power applications, a well-designed gate drive increases efficiency and extends the device's lifetime.

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