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EV-DPS-PWRBD1Z

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Mouser No:

584-EV-DPS-PWRBD1Z

Mfr. No:

EV-DPS-PWRBD1Z

Mfr.:

Analog Devices

Description:

Power Management IC Development Tools LTC3871 Power Attach for LT8740 DPS Brd

Lifecycle:

New Product:

New from this manufacturer.

Datasheet:

EV-DPS-PWRBD1Z Datasheet (PDF)

More Information

Learn more about Analog Devices EV-DPS-PWRBD1Z

Delivery Restriction:

Mouser does not presently sell this product in your region.

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Product Attribute	Attribute Value	Select Attribute
Manufacturer:	Analog Devices Inc.
Product Category:	Power Management IC Development Tools
Delivery Restriction:	Mouser does not presently sell this product in your region.
RoHS:
Product:	Evaluation Boards
Type:	Voltage Regulator - Switching Regulator
Input Voltage:	20 V to 26 V
Output Voltage:	- 17.5 V, 17.5 V
Tool Is For Evaluation Of:	LT8740
Series:	LT8740
Brand:	Analog Devices
Country of Assembly:	Not Available
Country of Diffusion:	Not Available
Country of Origin:	CN
Output Current:	20 A
Product Type:	Power Management IC Development Tools
Factory Pack Quantity:	1
Subcategory:	Development Tools

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Datasheet

EV-DPS-PWRBD1Z Datasheet (PDF)

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TARIC:: 9030820000
CAHTS:: 9030820000
USHTS:: 9030820000
KRHTS:: 9030820000
MXHTS:: 9030820100
ECCN:: EAR99

EV-DPS-PWRBDx Power Boards

Analog Devices EV-DPS-PWRBDx Power Boards are power attachments for the LT8740 device power supply (DPS) evaluation boards. Each power board has two output voltage rails: a positive output voltage (V_POS) and a negative output voltage (V_NEG), with voltage levels depending on the variant. Each rail can deliver a 20A current. These Analog Devices EV-DPS-PWRBDx power boards utilize the LTC3871 PolyPhase^® Controller. Each variant uses two LTC3871 ICs, one generating V_POSand the other generating V_NEG. On the EV-DPS-PWRBD1Z and EV-DPS-PWRBD4Z variants, the LTC3871, which provides V_POS, is configured as a buck. For the EV-DPS-PWRBD5Z variant, the LTC3871, which generates V_POS, is configured as a boost. The LTC3871, which provides V_NEG, is configured as an inverting buck/boost for all three variants. The inverting buck/boost receives input power from the V_POS for the EV-DPS-PWRBD1Z and EV-DPS-PWRBD4Z variants and V_IN for the EV-DPS-PWRBD5Z variant.