AP3586BMTR-G1

The AP3586BMTR-G1 is a high efficiency switch mode DC power management integrated circuit, integrated with a wide selection of features for low voltage DC-DC conversion. It is designed for use in portable equipment, and is designed to minimize the board space, component count and minimize the external component list.

The AP3586BMTR-G1 is a monolithic integrated circuit that combines a high efficiency PWM buck DC-DC converter, a regulated output low noise linear regulator and a programmable boost converter. It also provides gate driver and high voltage start up voltage monitoring circuit.

Because the AP3586BMTR-G1 is a DC-DC converter, it is able to convert a source voltage to any other voltage that is needed. It is unique in that it can handle a wide range of input voltages, which makes it ideal for applications such as computer memory modules and portable devices. It is also able to handle high current applications, allowing it to be used in battery backed up systems and other applications that require a high current source.

The AP3586BMTR-G1 uses a synchronous buck switching regulator architecture that enables it to provide high efficiency and low ripple noise. The output voltage is adjustable from 0.8V to 10V. An internal high frequency Oscillator is used to generate the PWM signal, and the operating frequency can be programmed using external components. The PWM switching frequency can be adjusted from 500 kHz to 4.5 MHz for improved efficiency.

The AP3586BMTR-G1 features an integrated linear regulator for stable output voltages. The maximum output current of the linear regulator is up to 1000 mA, and the output voltage is programmable from 0.6V to 3.3V. The linear regulator enables the AP3586BMTR-G1 to be used in applications that require low noise operation or require the use of a low voltage output.

In addition, the AP3586BMTR-G1 includes a special boost converter that allows it to be used in applications that require higher output voltages. The boost converter can be programmed to output voltages of up to 30V, and has a large programmable frequency range of 80 kHz to 500 kHz. It also has an integrated gate driver that allows it to be used in applications that require high speed switching.

The AP3586BMTR-G1 is designed for use in single cell Li-polymer battery applications, and is able to maintain the output voltage independent of the battery voltage. It is also able to provide an output voltage that is adjustable with a voltage reference, allowing for better tracking and programming of the output voltages.

The AP3586BMTR-G1 is designed to minimize the board space, component count, and reduce the external component list. It also features integrated thermal protection and can withstand up to +50°C in operating conditions. It is also designed for use in low noise applications given its low operating noise and wide selection of EMI filters.

In conclusion, the AP3586BMTR-G1 is an efficient, low power switch mode DC power management integrated circuit that offers a wide range of features for low voltage DC-DC conversion. It is optimized for use in portable equipment where it can provide a high efficiency, low noise source of power and is able to be used in applications requiring a high current, adjustable output voltage.