MAX732CPA - Analog Devices Inc./Maxim Integrated

Manufacturer Part Number

MAX732CPA

Manufacturer

Analog Devices

Introduction

The MAX732CPA is a step-up, fixed output voltage regulator designed for Power Management applications specifically in DC DC Switching Regulators category.

Product Features and Performance

Boost topology

Fixed output configuration

Single output

Through hole mounting type

Operates with input voltages ranging from 4V to 9.3V

Provides a fixed output voltage of 12V

Maximum output current of 200mA

Switching frequency set at 170kHz

Product Advantages

Capable of stepping up lower voltages to a constant higher voltage

Supports a broad range of input voltages

High efficiency due to fixed 170 kHz switching frequency

Suitable for noise-sensitive applications due to low noise operation

Key Technical Parameters

Input Voltage: 4V (Min) - 9.3V (Max)

Output Voltage: 12V (Fixed)

Output Current: 200mA

Switching Frequency: 170kHz

Operating Temperature: 0°C ~ 70°C

Package Type: 8-DIP

Quality and Safety Features

Designed to operate reliably within a standard temperature range of 0°C to 70°C

Through Hole mounting for robust physical installation

Compatibility

This regulator is compatible with applications requiring a 12V fixed output from a 4V to 9.3V input range.

Application Areas

Ideal for use in small electronic devices

Suitable for powering devices requiring a stable 12V power source from a variable lower voltage supply

Product Lifecycle

Currently Obsolete

Alternatives or upgrades should be considered as this model might not be available in the future.

Several Key Reasons to Choose This Product

Provides a fixed and regulated output, essential for sensitive electronic components

Supports a wide range of input voltages, offering flexibility in application design

Robust through-hole package enhances durability and longevity in harsh environments

Continuous output of 200mA suits a variety of low power applications

Stable operation ensured by fixed switching frequency reducing interference possibilities