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Rochester Electronics MAX6952EPL Environmental and export classification status description

The Maxim Integrated MAX6952EPL is a versatile integrated circuit (IC) that serves as a serially interfaced display driver. It's designed to drive up to 16 seven-segment numeric LED digits, 19 general-purpose outputs, or a combination of both. This IC simplifies the control of multiple displays or indicators in various applications. Functions: 1. Display Driver: The MAX6952EPL can drive up to 16 seven-segment digits or 19 general-purpose outputs with programmable intensity control. 2. Serial Interface: It features a simple 3-wire or 4-wire serial interface for easy communication with microcontrollers or other devices. 3. Power Management: The IC includes power-saving mode, low-voltage operation, and thermal shutdown features to optimize power usage and protect the device. Applications: 1. LED Displays: Ideal for driving numeric seven-segment LED displays in various applications such as digital clocks, instrumentation, and panel meters. 2. Indicator Lights: Can be used to control indicator lights or status LEDs in appliances, consumer electronics, and industrial equipment. 3. Industrial Control: Suitable for industrial automation applications requiring multiple display indicators or output controls. Alternative Components: 1. MAX6951: Similar display driver with fewer display digits but offers additional features like key scanning and PWM control. 2. MAX7219: Provides similar display driving capabilities but with a different communication interface and package. 3. TLC59213: Another LED driver IC that can control multiple LED segments with constant current drive capability. Embedded Modules: Some embedded modules utilizing the MAX6952EPL may include display modules for clock displays, production counters, process indicators, or any application requiring multiple numerical or graphical outputs with LED displays. Related Q&A: 1. Q: Can the MAX6952EPL drive both seven-segment displays and individual indicator LEDs simultaneously? A: Yes, the MAX6952EPL can drive a combination of up to 16 seven-segment digits and 19 general-purpose outputs concurrently. 2. Q: How does the power-saving mode of MAX6952EPL work, and what benefits does it offer? A: The power-saving mode reduces power consumption by dimming or turning off the display when not in use, ideal for energy-efficient applications. 3. Q: Is it possible to cascade multiple MAX6952EPL devices for controlling more than 16 seven-segment displays? A: Yes, the IC supports cascading to control additional displays, making it suitable for applications requiring a larger number of digits. 4. Q: What is the maximum refresh rate supported by the MAX6952EPL for updating display content? A: The IC can achieve high refresh rates suitable for dynamic display content updates, enhancing display performance in real-time applications. 5. Q: Can the MAX6952EPL operate in harsh industrial environments with wide temperature ranges? A: Yes, the IC is designed to operate reliably in industrial environments, with features like thermal shutdown to protect the device under extreme temperature conditions.