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MAXIM MAX738ACWE

Name: MAXIM MAX738ACWE
Brand: J & M Global Electronics Pty Ltd
Price: 258.95 INR
Availability: InStock

Price 258.95 INR/ Piece

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MOQ : 179 Pieces

MAXIM MAX738ACWE Specification

Feature
Counters, Alarm, Battery-Backup, Serial Bus Interface

Efficiency
High, CMOS Low Power Consumption

Insulation Material
Plastic (IC body)

Operating Temperature
0C to +70C

Shape
Rectangular (SOIC-24)

Surface Finish
Matte/Standard IC finish

Mounting Type
Surface Mount (SMD/SMT)

Product Type
Serial-Interface Real-Time Clock (RTC) IC

Application
Clock/Calendar, Timekeeping in electronic devices

Rated Voltage
2.5V to 5.5V

Energy Consumption
Low Power, Standby <1A

Output Type
Digital

Color
Black

Dimension (L*W*H)
SOIC-24 Standard Package

Size
24-pin SOIC

Input Voltage
2.5V to 5.5V

Material
Plastic, Silicon (Semiconductor)

Connection Type
Surface Mount (SMD/SMT)

Marking Code
MAX738ACWE

Lead Free Status
Lead (Pb)-Free

Supply Current
Typically 1A in standby

Backup Supply
Battery Backup Input for Non-Volatile Operation

Interface
Serial, typically I2C-compatible

ESD Protection
HBM >2000V

Package Type
SOIC-24 (300 mils)

Part Number
MAX738ACWE

Clock Features
Calendar (Year/Month/Day), Time (Hour/Minute/Second), Alarm, Leap Year Compensation

Storage Temperature Range
-55C to +125C

RoHS Status
Compliant

Timekeeping Accuracy
2 min/month at 25C

About MAXIM MAX738ACWE

Function: Buck (step-down) switching regulator IC

Output Voltage: Fixed +5V

Input Voltage Range: 6V to 16V

Output Current: 750mA

Efficiency: 85% to 96% typical

Package: 16-pin Wide SOIC (0.295", 7.50mm width)

Precision Timekeeping and Calendar Functions

The MAX738ACWE provides accurate time and date tracking, with support for calendar (year/month/day), time (hour/minute/second), alarm capability, and automatic leap year adjustment. Its superior accuracy and maintenance-free operation make it suitable for demanding time-sensitive applications.

Battery Backup and Low Power Operation

Equipped with a battery backup input, the MAX738ACWE maintains timekeeping integrity even during main power failures. Its low standby current consumption, typically under 1A, ensures extended battery operation and high energy efficiency, reducing long-term maintenance needs.

Flexible Serial Interface for Seamless Integration

The device features a serial interface, typically compatible with I2C protocols, enabling easy integration into a wide variety of electronic systems. This allows quick and reliable communication with microcontrollers for efficient time management across devices.

FAQ's of MAXIM MAX738ACWE:

Q: How does the MAX738ACWE maintain accurate timekeeping in electronic devices?

A: The MAX738ACWE utilizes a precision oscillator and internal calendar logic to deliver accurate timekeeping, with an accuracy of 2 minutes per month at 25C. Its built-in battery backup input also ensures non-volatile operation, maintaining the clock functions during a power loss.

Q: What is the recommended process for connecting the MAX738ACWE to a microcontroller?

A: The MAX738ACWE should be connected to a microcontroller using its serial interface, which is typically I2C-compatible. This enables efficient data communication for setting and reading time, calendar, and alarm functions using standard I2C protocol lines (SDA and SCL).

Q: Where is the MAX738ACWE typically used?

A: The MAX738ACWE is commonly employed in electronic devices requiring reliable clock/calendar features, such as industrial controllers, telecommunications equipment, and embedded systems needing time management and calendar functionality.

Q: What are the benefits of the battery backup feature in the MAX738ACWE?

A: The battery backup input allows the MAX738ACWE to continue keeping accurate time even during main power outages. This ensures uninterrupted operation and prevents loss of time and date information, which is critical for many time-managed applications.

Q: When should the standby current specification be considered?

A: The standby current, typically under 1A, should be considered when designing battery-powered or low-energy systems. Low standby consumption extends battery life, making the MAX738ACWE ideal for applications where power efficiency is crucial.

Q: What package type and mounting method does the MAX738ACWE use?

A: The MAX738ACWE comes in a 24-pin SOIC (300 mils) plastic package and is designed for surface mount device (SMD/SMT) assembly. This allows for ease of integration on standard printed circuit boards.

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