NFAM3065L4BTL ONSEMI IPM MODULE

Name: NFAM3065L4BTL ONSEMI IPM MODULE
Brand: MICROCHIP TECHNOLOGIES
Price: 4000.0 INR
Availability: InStock

Price 4000.0 INR/ Number

Get a Price/Quote

MOQ : 1 Piece

NFAM3065L4BTL ONSEMI IPM MODULE Specification

Output
15A

Type
Intelligent Power Module (IPM)

Operating Voltage
up to 600V

Output Voltage
600V

Storage Temperature
-40C to +150C

Operating Temperature
-40C to +150C

Isolation Voltage
2500 Vrms (min)

Part Number
NFAM3065L4BTL

Package
15-Lead Module

RoHS Compliant
Yes

Mounting Type
Through Hole

Collector Current
15A (IC) (TC = 25C)

Configuration
6 IGBT + 6 Diode

Weight
~28g

Recommended Gate Resistor
10~20

Short Circuit Protection
Yes

Application
General purpose inverter drives, motor control

Collector Emitter Voltage
600V max

Under Voltage Lockout
Integrated

Dimensions
73mm 37mm 8mm

Control Supply Voltage
15V (VCC)

NFAM3065L4BTL ONSEMI IPM MODULE Trade Information

Minimum Order Quantity
1 Piece

Payment Terms
Cash in Advance (CID)

Supply Ability
100 Pieces Per Month

Delivery Time
5-7 Days

Main Domestic Market
All India

About NFAM3065L4BTL ONSEMI IPM MODULE

The NFAM3065L4BTL ONSEMI Intelligent Power Module (IPM) exemplifies exceptional efficiency and reliability for modern inverter drives. This affordable, featured module includes an eminent 6 IGBT + 6 Diode configuration, providing flawless short circuit protection and under voltage lockout for enhanced safety. Utilise this offer to achieve high-performance motor control with a 15A output and 600V max voltage. With RoHS compliance, robust isolation voltage, and an easily integrated 15-lead module package, this IPM is ideal for distributors, importers, and suppliers across India seeking outstanding power management solutions.

Versatile Applications in Industrial Automation

The NFAM3065L4BTL ONSEMI IPM Module is purpose-built for general-purpose inverter drives and motor control systems. Its compact design and advanced technology enable flawless operation in demanding environments, making it suitable for manufacturing, HVAC, and industrial automation. The module can be utilised across diverse application media such as robotics, machinery, and processing plants, providing reliable performance wherever efficient power management is crucial.

Sample Availability and Reliable Logistics

We offer prompt sample availability of the NFAM3065L4BTL ONSEMI IPM Module for evaluation and testing purposes. Each unit is securely packaged to maintain product integrity throughout the delivery process. Our main domestic market covers all regions of India, ensuring efficient logistics and swift distribution. Take advantage of this opportunity to value and verify the module's performance before large-scale deployment in your applications.

FAQ's of NFAM3065L4BTL ONSEMI IPM MODULE:

Q: How does the NFAM3065L4BTL ONSEMI IPM Module enhance inverter drive performance?

A: The module features an integrated 6 IGBT + 6 Diode configuration with built-in short circuit protection and under voltage lockout, ensuring reliable and efficient operation in inverter drives and motor control applications.

Q: What are the recommended applications for the NFAM3065L4BTL Module?

A: It is designed primarily for general-purpose inverter drives and motor control systems, making it suitable for industrial automation, robotics, HVAC, and various machinery-based environments.

Q: When should I utilise the NFAM3065L4BTL with a 10~20 Ohm gate resistor?

A: You should select a gate resistor within the 10~20 Ohm range to optimize switching performance and ensure the module operates safely and efficiently in your circuit.

Q: Where can I obtain samples and what is the packaging process?

A: Samples are available throughout India. Each module is securely packaged in protective materials to preserve quality during logistics and shipping.

Q: What benefits does RoHS compliance offer for this module?

A: RoHS compliance ensures the module is environmentally friendly by restricting hazardous materials, making it suitable for a wide range of applications without regulatory concerns.