Infineon EVALM7LVMOSINVTOBO1 3-Phase Inverter for EVAL-M7-LVMOS-INV

RS Stock No.:: 249-1390
Mfr. Part No.:: EVALM7LVMOSINVTOBO1
Brand:: Infineon

Infineon EVALM7LVMOSINVTOBO1 3-Phase Inverter for EVAL-M7-LVMOS-INV

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Subtotal (1 unit)**

Kr. 773,19

(exc. VAT)

Kr. 966,49

(inc. VAT)

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5 In stock for same day dispatch

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Units	Per unit
1 - 1	Kr. 773,19
2 - 2	Kr. 757,77
3 +	Kr. 742,61

**price indicative

RS Stock No.:: 249-1390
Mfr. Part No.:: EVALM7LVMOSINVTOBO1
Brand:: Infineon

Datasheet - EVALM7LVMOSINVTOBO1

Infineon Evaluation Board, 3-Phase Inverter Power Management Function, For Use With EVAL-M7-LVMOS-INV - EVALM7LVMOSINVTOBO1

This evaluation board is designed for power electronics applications, specifically highlighting Infineon's advanced 3-phase inverter technology. Measuring 80mm x 93mm and constructed with 2 layers, it integrates high-performance components to enable efficient motor control in various automated systems and low-voltage applications.

Features & Benefits

• Utilises Infineon's 60V OptiMOS™ technology for superior efficiency
• Supports output power of up to 300W at 20kHz
• Designed for high-performance applications with low-voltage motors
• Provides both 5V and 15V auxiliary power supply outputs

Applications

• Ideal for driving low-voltage motors such as fans and pumps
• Suitable for use in automotive and industrial automation systems
• Engages in motor control evaluations for home appliance
• Facilitates rapid prototyping in power management solutions

What are the capabilities of this evaluation board in motor control?

The evaluation board supports various motor types including permanent magnet synchronous motors (PMSM) and brushless DC motors (BLDC), enabling precise motor control through sophisticated inverter technologies and feedback configurations.

How does the board ensure thermal efficiency during operation?

The component design and materials used facilitate effective heat dissipation, and optional heatsink space is available for users requiring additional thermal management under higher loads.

What type of feedback configuration does this board support?

The board supports both single-shunt and leg-shunt current feedback configurations, providing flexibility in adapting to different motor applications and performance requirements.

What safety measures should be considered when operating this evaluation board?

Users should ensure proper handling of high voltages and allow adequate time for charge dissipation in DC bus capacitors before servicing, in order to mitigate risks of electric shock and equipment damage.

How can this board be integrated with other Infineon components?

This evaluation board can be paired with Infineon control boards, particularly those compatible with M7 connectors, to enhance motor performance evaluations and streamline testing processes.