MAX662 (3)
MAX662 is available from Analog Devices Inc. at Xecor. Designed for step-up voltage conversion, the MAX662 offers efficient charge pump operation with a fixed 12V output and a 30mA current capability. Available in an 8-SOIC (0.154 inch, 3.90mm Width) package, it is ideal for low-power applications requiring compact and reliable voltage regulation. Whether used in portable electronics, instrumentation, or communication devices, this series ensures high performance and reliability for demanding applications. Xecor is an authorized distributor for Analog Devices Inc.. Please view our extensive selection of the MAX662 series below.
| Part Number | Description | Package | Inventory | Add To Bom |
|---|---|---|---|---|
| MAX6627MKA#TG16 | 3-Wire SPI Temperature Sensor | SOT-23-8 | 8,058 | |
| MAX662ACSA | Switching Voltage Regulators 12V 30mA Flash Programming Supply | SOICNarrow-8 | 3,207 | |
| MAX662CSA | Get stable power supply with MAX662CSA switching regulators | 8-SOIC (0.154", 3.90mm Width) | 2,083 |
Key Featrues
Fixed 12V Output: The regulator provides a stable fixed output voltage of 12V, ensuring consistent power delivery for devices requiring this specific voltage level. This feature is crucial for applications like sensors, microcontrollers, and communication modules that rely on precise voltage regulation for optimal performance.
High Switching Frequency (500kHz): With a switching frequency of 500kHz, the regulator achieves faster response times and reduced output ripple. This enhances efficiency and allows for the use of smaller external components, making it suitable for compact and space-constrained designs.
Wide Input Voltage Range (4.5V to 5.5V): The device supports an input voltage range of 4.5V to 5.5V, making it compatible with standard 5V power sources. This flexibility simplifies integration into systems powered by batteries or regulated DC supplies, broadening its application scope.
Charge Pump Topology: Utilizing a charge pump topology, the regulator eliminates the need for inductors, reducing component count and board space. This design choice also minimizes electromagnetic interference (EMI), making it ideal for noise-sensitive applications like audio or RF systems.
Surface Mount Package (8-SOIC): The 8-SOIC package allows for easy surface mounting, streamlining the assembly process and reducing manufacturing costs. Its compact form factor is well-suited for modern electronics where space optimization is critical.
High Switching Frequency (500kHz): With a switching frequency of 500kHz, the regulator achieves faster response times and reduced output ripple. This enhances efficiency and allows for the use of smaller external components, making it suitable for compact and space-constrained designs.
Wide Input Voltage Range (4.5V to 5.5V): The device supports an input voltage range of 4.5V to 5.5V, making it compatible with standard 5V power sources. This flexibility simplifies integration into systems powered by batteries or regulated DC supplies, broadening its application scope.
Charge Pump Topology: Utilizing a charge pump topology, the regulator eliminates the need for inductors, reducing component count and board space. This design choice also minimizes electromagnetic interference (EMI), making it ideal for noise-sensitive applications like audio or RF systems.
Surface Mount Package (8-SOIC): The 8-SOIC package allows for easy surface mounting, streamlining the assembly process and reducing manufacturing costs. Its compact form factor is well-suited for modern electronics where space optimization is critical.
Applications
Portable Medical Devices: The MAX662 charge pump is well-suited for portable medical devices that require a stable 12V output from a low-voltage battery source. Its compact 8-SOIC package and efficient step-up functionality make it ideal for powering sensors and small displays in devices like glucose meters or portable ECG monitors, ensuring reliable performance in medical environments.
Industrial Sensor Interfaces: The MAX662 can be used in industrial applications to power and interface with sensors that require a 12V supply, such as pressure sensors or proximity detectors. Its ability to generate a fixed 12V output from a 5V input makes it a reliable choice for powering sensor modules in harsh industrial environments, where consistent voltage regulation is critical.
Automotive Electronics: In automotive systems, the MAX662 can be employed to power low-power sensors or communication modules that require a 12V supply. Its robust design and ability to operate within a temperature range of 0°C to 70°C make it suitable for use in vehicle control systems, such as tire pressure monitoring or cabin environment sensing.
Consumer Electronics: The MAX662 is ideal for small consumer electronics devices that need a compact and efficient voltage boost solution. For example, it can be used in portable audio devices or handheld gaming consoles to power components like amplifiers or displays, ensuring a stable 12V output from a lower input voltage, such as a 5V USB source.
Industrial Sensor Interfaces: The MAX662 can be used in industrial applications to power and interface with sensors that require a 12V supply, such as pressure sensors or proximity detectors. Its ability to generate a fixed 12V output from a 5V input makes it a reliable choice for powering sensor modules in harsh industrial environments, where consistent voltage regulation is critical.
Automotive Electronics: In automotive systems, the MAX662 can be employed to power low-power sensors or communication modules that require a 12V supply. Its robust design and ability to operate within a temperature range of 0°C to 70°C make it suitable for use in vehicle control systems, such as tire pressure monitoring or cabin environment sensing.
Consumer Electronics: The MAX662 is ideal for small consumer electronics devices that need a compact and efficient voltage boost solution. For example, it can be used in portable audio devices or handheld gaming consoles to power components like amplifiers or displays, ensuring a stable 12V output from a lower input voltage, such as a 5V USB source.
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