REC3-4815SRW/H2/A/SMD

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DC DC converters are used most often to convert a low voltage source of power (such as a battery) to a higher voltage for a more efficient use of electricity. In this way, AC power from mains outlets can be transformed into a different level and then put to use in a specific application.

One type of DC DC converter is the REC3-4815SRW/H2/A/SMD. This type of converter is often used in applications that require high levels of precision such as industrial automation, medical instrumentation, and communications systems. It is also popular in consumer electronics such as mobile phones and laptops for its small size and low cost.

The REC3-4815SRW/H2/A/SMD converter is a full-time, continuous, and monolithic regulation device. It operates with no external components except inductors. This makes it an attractive choice for low cost application where size and long term stability are important. It is available in input voltage ranges from 3.3 V to 25 V and output voltage ranges from 12 V to 30 V.

The REC3-4815SRW/H2/A/SMD converter employs a hysteretic voltage regulation method whereby the input and output voltage values, as well as the load current, are constantly monitored. Whenever the output voltage value drops below the regulated voltage, the input voltage is increased. Conversely, when the output voltage increases above the maximum regulated voltage value, the input voltage is decreased. This hysteretic regulation helps maintain the output voltage within a pre-determined range, ensuring that the output remains stable.

The converter\'s other features include low noise level, high power efficiency, and wide operating temperature range. It also supports input voltage up/ down conversion, auto start up, and features short-circuit and thermal overload protection to protect itself and connected systems from damage. This makes the converter particularly suitable for harsh environmental and system safety applications.

In conclusion, the REC3-4815SRW/H2/A/SMD is an ideal choice for applications where precision, efficiency and safety are essential. Its hysteretic regulation technique ensures reliable performance with reduced power consumption, while its small size and low cost make it well suited for applications where cost and space efficiency are key considerations.

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