AM80A-024L-065F27

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DC DC converters operate by taking an input voltage that is either a direct current or a pulsed current from one circuit to another, and it is used to convert the voltage and current level of a voltage source. A DC DC Converter is a power converter that takes a single direct current (DC) input and provides multiple DC output voltages. The AM80A-024L-065F27 is a DC/DC converter, consisting of an isolated DC to DC buck converter which provides 24V input and 65V output, with a maximum power of 35W.

Application Fields for the AM80A-024L-065F27

The AM80A-024L-065F27 is suitable for many applications including, but not limited to, industrial automation, telecommunications, and military applications. It is often used in industrial applications, for example, in energy production and control systems, diagnostic test equipment, medical instrumentation, and in harsh environments.

This device can be used in applications where systems require a supply voltage with multiple output voltages or multiple supply voltages to power multiple loads. This converter is a cost-effective solution for applications with low power requirements, as it can provide multiple outputs from a single output voltage, without the need for additional power conversion. This makes the AM80A-024L-065F27 an attractive option for many applications.

Working Principle of the AM80A-024L-065F27

The AM80A-024L-065F27 works on the principle of DC to DC conversion. A DC-DC converter consists of an input stage which increases the voltage from the input source, an output stage which reduces the voltage and current to the desired output level, and a control circuit which adjusts the current output level, depending on the input voltage. The output section of the device consists of a high frequency switching buck regulator which reduces the voltage from the primary side to the secondary side. Control of the switching is achieved by a pulse width modulation (PWM) controller.

The control circuit of the device uses a voltage comparator and an error amplifier to provide feedback and adjust the duty cycle (the time the switch is ON) of the switching regulator. When the input voltage is increased, the voltage comparator compares the output voltage to the reference voltage and signals the error amplifier to increase the duty cycle, and vice versa. This back and forth control loop is what keeps the output voltage at its required level.

The AM80A-024L-065F27 also features an additional output voltage protection circuit. This additional protection ensures that the output voltage does not exceed 65V at any time, providing safety for the output points. The protection circuit is triggered when the output voltage exceeds the preset level, and immediately turns off the switching regulator.

Conclusion

The AM80A-024L-065F27 is a DC to DC converter, and is suitable for many applications including industrial automation, telecommunications, and military applications. It has an input voltage of 24V which is increased to 65V by a high frequency switching buck regulator, and this output voltage is then regulated by a pulse width modulation controller. The device also includes an additional output voltage protection circuit which ensures the output voltage does not exceed 65V at any time, providing safety for the output points.

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