CDB48L10CSP

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Evaluation and Demonstration Boards and Kits have a wide range of potential applications across the electronics industry. One of the more recent developments in this category is the CDB48L10CSP product range which is designed for application in portable designs that require small ultralow-power supplies. This range of evaluation boards and kits boasts a number of features and benefits that enable them to stand out from other boards and kits in their class.

The CDB48L10CSP is a tiny, low-cost, and highly efficient DC/DC converter that provides a maximum conversion efficiency of 92.6%. The board features an integrated low input voltage (2.5 V) and a wide range of output voltage options (3.3, 5.0,12.0,15.0, and 19.0 V). The highly efficient nature of the design allows for greater power savings, leading to increased battery life for portable designs. The board also incorporates over-voltage protection and adjustable soft-start capabilities.

The CDB48L10CSP range boasts a high level of integration, with all components required for the operation of the board included in a single BGA package. This feature enables the use of the board for space-constrained applications where board real estate is at a premium. The board also includes a range of features that make it suitable for a wide range of applications, from telecoms and automotive to medical and consumer.

The broad range of features and benefits of the CDB48L10CSP range make it an ideal choice for a variety of applications. The board’s integrated functionality and power efficiency make it an attractive solution for applications in which high power consumption is not an option. Additionally, the board’s physical size makes it highly viable for use in ultra-portable designs where board size is key to successful operation.

The working principle behind the CDB48L10CSP evaluation board and kit is based on the concept of switching regulators. In this operating mode, an internal pulse-width-modulated (PWM) controller controls the operation of transistors within the device. The output voltage is regulated based on the input voltage and the PWM duty cycle. The efficiency of the device can be improved by using a higher switching frequency and by selecting the appropriate component values.

In summary, the CDB48L10CSP evaluation board and kit is a highly integrated and efficient device, making it an ideal choice for applications where high levels of power efficiency and board size matter. The wide range of features included within the product range make it highly suitable for a variety of applications, while its operating principle of switching regulators allows for improved performance.

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