EL5226IR-T13

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EL5226IR-T13 is an integrated circuit that combines Common Mode Filtering and Voltage Regulator in a single component. It offers a complete power solution for high-speed signal interfaces with up to 200 MHz bandwidth. This programmable filter and regulator IC is ideally suited for embedded systems where low cost and high power efficiency are primary concerns.

The EL5226IR-T13 is a voltage regulator that uses an internal voltage reference to provide a regulated output voltage. It regulates the supply voltage to a precise value which is adjustable between 1.3V and 5V. The operating range for the voltage regulator is between 7V and 25V and it can provide up to 3.2A of output current in normal operation.

The EL5226IR-T13 features and integrated common mode filter which can reduce the amount of noise present on the input supply. The common mode filter is optimized to reject electromagnetic interference (EMI) emissions, providing a high level of immunization against external noise. The filter is adjustable and can be set to filter frequencies between 0.3 GHz and 5 GHz, allowing the circuit to be optimized for particular application requirements.

The EL5226IR-T13 is a wide temperature range regulator, designed to operate in environments with temperatures between -40°C and 85°C. It is designed to meet the requirements of industrial and automotive applications, providing reliable operation over a wide range of temperatures.

Due to its wide input voltage and temperature range, the EL5226IR-T13 is ideal for applications where a high level of power efficiency is desired. It can be used in a range of applications where a high level of immunity to external noise is required, including automotive, consumer, industrial, telecom and multimedia applications.

The EL5226IR-T13 provides high levels of integration and performance, making it suitable for applications where a low component count and high power efficiency are required. The combination of a voltage regulator and a common mode filter in a single component make it an ideal solution for designs requiring a high level of user adjustability and performance.

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