EV9361DJ-00A

アクティブ
High Performance Regulated Charge Pump Evaluation Board
  • 個数 価格
  • 1
    ¥4,889.25 /単位

在庫あり

4~7営業日程度で到着
配送料1注文につき5ドルのみ


評価ボード詳細をご覧ください。
エンジニアにコンタクト、もしくは見積もり入手

製品説明

The EV9361DJ-00A evaluation board is a fully assembled and tested PCB that demonstrates the performance of MP9361, a high performance, regulated charge pump converter. Its input voltage ranges from 2.8V to VOUT. The output voltage is regulated to a fixed 5V.

No external inductor is required for simplicity and compactness. Internal soft-start circuit effectively reduces the in-rush current both while start-up and mode change.

This device, available in a TSOT23-6 package, provides a very compact system solution.

製品の特長

  • Input Voltage Range: 2.8V to VOUT
  • Internal Soft-Start
  • Output Maximum Current up to 110mA
  • Fixed 5V Output Voltage with 30mV Ripple
  • 2X Charge Pump
  • Fixed 1MHz Switching Frequency
  • Over Current Protection
  • Short Circuit Protection
  • In-rush Current limit
  • Available in a TSOT23-6 package and Lead (pb)-Free
  • Fully Assembled and Tested

パラメータ


Fixed 5Vout, High Performance Regulated Charge Pump

The MP9361 is a high performance, regulated charge pump converter. Its input voltage ranges from 2.8V to Vout. The output voltage is regulated to a fixed 5V. No external inductor is required for simplicity and compactness. Internal soft-start circuit effectively reduces the in-rush current both while start-up and mode change. The MP9361 is available in a compact TSOT23-6 package


Industrial Grade, High Performance Regulated Charge Pump

The MPQ9361 is a high performance, regulated charge pump converter. Its input voltage ranges from 2.8V to Vout. The output voltage is regulated to a fixed 5V. No external inductor is required for simplicity and compactness. Internal soft-start circuit effectively reduces the in-rush current both while start-up and mode change.

The MPQ9361 is available in a compact TSOT23-6 package

品質方針、証明書および信頼性レポート
すべてのMPS部品は鉛フリー、ハロゲンフリーで、RoHS指令に準拠しています。詳細については、環境セクションを参照してください。