MAX772CSA+ Overview

As a result of 8-SOIC (0.154, 3.90mm Width) compact design, the switching controller is compatible with most applications. There is enough capacity in the dc motor controller to generate the output for the 1 input. Packaging for the pmic consists of Tube solid enclosures. Transistor Driver dc switching's outputs (s) are supported. This dc control has a supply voltage and operating voltage of 3V~16.5V. Workable in an dc switcher where 0°C~70°C TA is the 0°C~70°C TArm. dc dc regulator can be generalized using Surface Mount. For efficient switching control, the dcdc regulator features Enable. Thare switch converters are connected to an analog integrated circuit (IC) of type SWITCHING CONTROLLER. Switching converters are designed with the terminal (s) at position DUAL . 8 terminations with various dc switching's functions. It includes PULSE FREQUENCY MODULATION as one of the control techniques dc dc converter ic adapts. 5V nominal DC switcher's voltage input. A search for "MAX772" will reveal other relevant dc to dc converter ics. There are a total of 8 pins on switching converter. Switching converter is a type of Switching Regulator or Controllers in particular. 2V should be the minimum input voltage for the dc dc voltage regulator. As determined by the test statistics, the output voltage of DC regulator is 3V. If you start a project, note down the dc dc regulator's usual output current of 1A. Having a Surface Mount makes DC switcher suitable for most application and prototype designs. DC regulators have a maximum frequency of 300kHz.

MAX772CSA+ Features

Transistor Driver Outputs
Enable
PULSE FREQUENCY MODULATION

MAX772CSA+ Applications

There are a lot of Maxim Integrated MAX772CSA+ DC to DC converter applications.

• Flaw detection equipment
• Digital video recorders
• Window air conditioners
• Computed tomography (CT)
• Analog precision reference circuits
• Various CNC machine tools
• Digital precision reference circuits
• Combined machine tools
• Linear guide
• Electrical distribution systems