Vishay Synchronous Buck Regulator, 6 A Output Current, 14 Outputs

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Sous-total (1 unité)*

17,95 €

(TVA exclue)

21,72 €

(TVA incluse)

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  • 1 047 unité(s) expédiée(s) à partir du 29 juin 2026
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1 - 917,95 €
10 - 9916,75 €
100 - 24914,05 €
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500 +12,56 €

*Prix donné à titre indicatif

Options de conditionnement :
N° de stock RS:
274-8651
Référence fabricant:
SIC967ED-T1-GE3
Fabricant:
Vishay
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Marque

Vishay

Product Type

Synchronous Buck Regulator

Output Current

6A

Number of Outputs

14

Efficiency

95%

Maximum Operating Temperature

125°C

Minimum Operating Temperature

-40°C

Series

SiC967

Number of Pins

57

Package Type

PowerPAK MLP60-A6C

Length

10.6mm

Standards/Approvals

RoHS

Width

6.5mm

Maximum Input Voltage

60V

Minimum Input Voltage

4.5V

Pays d'origine :
TW

Vishay SiC967 Series Synchronous Buck Regulator, 6A Output Current, 60V Maximum Input Voltage - SIC967ED-T1-GE3


This synchronous buck regulator converts higher DC voltages into regulated lower-voltage supplies for multi-rail power systems. It operates across a wide input range and is intended for applications requiring controlled switching regulation with multiple outputs and moderate current capability. The device is supplied in a Compact surface-mount package suited to space-constrained boards and is intended for use in industrial and automotive-temperature environments.

Features and Benefits:


• Delivers 6A output current for drives and point-of-load supplies • Operates from 4.5V to 60V input for flexible supply arrangements • Achieves 95% efficiency to reduce thermal dissipation • Supports 14 outputs for complex multi-rail configurations • Withstands up to 125°C operation for high-temperature deployments • Comprises 57 pins in a PowerPAK MLP60-A6C footprint for dense routing

Applications


• Suitable for industrial control systems requiring multiple rails • Ideal for automotive subsystems exposed to elevated temperatures • Used for power distribution in automation and PLC modules • Can be used for Compact switch-mode power assemblies on tight PCBs

What thermal envelope should system designers expect for heat management?


The regulator is rated to operate at a maximum of 125°C, so thermal design should include adequate copper area, thermal vias, or heatsinking to keep junction temperatures within that limit under full load.

How does the input voltage range affect topology choices?


The 4.5V-60V input window permits direct connection to a variety of vehicle and industrial supplies, reducing the need for pre-regulation stages and simplifying upstream power architecture.

What package considerations are required for board layout?


The device uses a Compact 10.6mm x 6.5mm PowerPAK MLP60-A6C package with 57 pins, so careful placement of decoupling components and thermal vias is recommended to optimise electrical performance and thermal conduction.

What environmental or regulatory attribute should be noted for procurement?


The unit conforms to RoHS requirements, aligning it with lead-free manufacturing and materials selection practices.

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