SpeedVal™ Kit Modular Evaluation Platform Buck/Boost Filter Board

Easily perform high-power buck or boost testing

The SpeedVal Kit Evaluation Platform has an optional Buck/Boost Filter Accessory Board that seamlessly enables Buck or Boost. This board contains an inductor, capacitors and a fan, and easily screws directly onto the SpeedVal Kit half-bridge motherboard with high-current connections. With this board, you can easily change between running the evaluation board as a buck or boost converter by simply changing the connections to this board from the power supply and load.

Product photography of the Wolfspeed Buck/Boost filter board.

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Product SKU	Buy Online	User Guide	Design Files	Current Rating	Inductance at No Load	Inductance at Rated Current	Output Capacitance
MOD-ACC-BUCKBOOST-400uH	Purchase MOD-ACC-BUCKBOOST-400uH Add to cart, or click Buy Now to purchase this product directly from any one of our distributors.			25 A	693 uH	400 uH	48 pF
MOD-ACC-BUCKBOOST-190uH	Purchase MOD-ACC-BUCKBOOST-190uH Add to cart, or click Buy Now to purchase this product directly from any one of our distributors.			40 A	398 uH	190 uH	48 pF

Product Details

Specifications

Reconfigurable to enable buck or boost operation
Maximum voltage: 900V
Multiple power ratings available
Simplifies system-level testing

What's Included

Fully assembled filter board
Voltage feedback harness
Fan for cooling the inductor
Complete design files

Purchase Separately

Motherboard (required)
Power Daughter Cards (required)
Gate Drive Card (required)
Control Card (optional)
Air Core Inductor (optional)

Featured Resources

Documents, Tools & Support

Block Diagram
Technical & Sales Documents
Tools & Support

SpeedVal-Block-Diagram-Buck-Boost-Filter

SpeedVal Kit Videos

Now Playing: Unboxing Wolfspeed’s SpeedVal Kit

What’s in the box? Join Wolfspeed Global Distribution Technical Manager Nick Powers as he unboxes the SpeedVal Kit Modular Evaluation Platform and highlights the advantages of using this flexible set of power building blocks for in-circuit evaluation of power system performance.