EVM3901-QW-00A

Name: Monolithic Power Systems (MPS) EVM3901-QW-00A
Brand: Monolithic Power Systems (MPS)
SKU: 946-EVM3901-QW-00A
Price: 1765.96 TWD
Availability: InStock

影像僅供參考
請參閱產品規格

Mouser 編號：

946-EVM3901-QW-00A

製造商編號：

EVM3901-QW-00A

製造商：

Monolithic Power Systems (MPS)

說明：

電源管理 IC 開發工具 60V, 1A, Synchronous Buck Power Module with an Integrated Inductor Evaluation Board, AEC-Q100 Qualified

壽命週期:

新產品:

該製造商的新產品。

規格書:

EVM3901-QW-00A 規格書

更多資訊

瞭解更多關於Monolithic Power Systems (MPS) EVM3901-QW-00A的資訊

庫存量: 8

庫存：: 8 可立即送貨

發生意外錯誤了。請稍後再試。
工廠前置作業時間：: 32 週工廠預計生產時間數量大於所顯示的數量。

輸入數量：

最少： 1 多個： 1

單價:

NT$-.--

總價:

NT$-.--

估計關稅:

此產品免費航運

Pricing (TWD)

數量	單價	總價
	NT$1,765.96	NT$1,765.96

.hidden-for-nojs { display: none; } .pull-right-nojs { justify-content: flex-end; }

商品屬性	屬性值	選擇屬性
製造商:	Monolithic Power Systems (MPS)
產品類型:	電源管理 IC 開發工具
產品:	Evaluation Boards
類型:	Voltage Regulator - Switching Regulator
評估工具:	MPM3901
系列:	MPM3901
品牌:	Monolithic Power Systems (MPS)
用於:	Buck Power Module
產品類型:	Power Management IC Development Tools
資格:	AEC-Q100
原廠包裝數量:	1
子類別:	Development Tools

找到產品:

若要顯示類似商品，請選取至少一個核選方塊

至少選中以上一個核取方塊以顯示在此類別中類似的產品。

所選屬性: 0

篩選文檔:

規格書

EVM3901-QW-00A 規格書

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

EVM3901-QW-00A Evaluation Board

Monolithic Power Systems (MPS) EVM3901-QW-00A Evaluation Board is designed to demonstrate the capabilities of the MPM3901-AEC1 fully integrated, fixed-frequency, synchronous step-down power module. This MPS evaluation board supports a wide input voltage range from 4.5V to 60V, accommodating various step-down applications in 12V and 24V automotive battery environments. The board delivers up to 1A of continuous output current with peak current control for an excellent transient response. The MPM3901-AEC1 power modules feature built-in power MOSFETs and an integrated inductor, ensuring a compact and efficient design. Additionally, the modules employ advanced asynchronous modulation (AAM) mode to achieve high efficiency under light-load conditions by reducing switching and gate driver losses.