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LC75814VS-MPB-E

LC75814VS-MPB-E Description

The LC75814VS-MPB-E is a duty general-purpose LCD driver designed by Sanyo, a renowned manufacturer in the electronics industry. This device is part of the Power Management (PMIC) category and offers a comprehensive set of features tailored for driving LCD displays efficiently. The LC75814VS-MPB-E is configured to support 64 segments, making it suitable for a wide range of display applications. It operates with a supply current of 230 µA and a supply voltage ranging from 2.7V to 6V, ensuring compatibility with various power supply systems. The device is designed for surface mount applications, which enhances its versatility in different electronic designs. It is housed in a tube package, facilitating easy handling and integration into manufacturing processes.

LC75814VS-MPB-E Features

The LC75814VS-MPB-E boasts several key features that set it apart from similar models in the market. One of its standout characteristics is its 64-segment configuration, which allows for the control of up to 64 individual segments in an LCD display. This high level of control enables the creation of detailed and intricate display patterns, making it ideal for applications requiring complex graphical interfaces.

The device's supply current of 230 µA and a voltage range of 2.7V to 6V ensure efficient power usage and compatibility with a variety of power supply systems. This wide voltage range provides flexibility in design and operation, accommodating different power sources without compromising performance.

The LC75814VS-MPB-E also features a serial interface, which simplifies communication with microcontrollers and other control devices. This interface reduces the number of connections required, thereby minimizing the complexity of the circuit design and enhancing reliability.

Moreover, the LC75814VS-MPB-E is ROHS3 compliant, adhering to stringent environmental standards and ensuring that it is free from hazardous substances. This compliance is crucial for manufacturers aiming to produce eco-friendly products and meet regulatory requirements.

LC75814VS-MPB-E Applications

The LC75814VS-MPB-E is well-suited for a variety of applications due to its versatile features and robust performance. Its 64-segment configuration and wide voltage range make it ideal for driving LCD displays in consumer electronics, automotive dashboards, and industrial control panels. The device's low supply current ensures minimal power consumption, making it suitable for battery-powered devices and portable electronics.

In consumer electronics, the LC75814VS-MPB-E can be used to drive LCD displays in devices such as digital clocks, calculators, and small appliances. Its ability to control up to 64 segments allows for the display of detailed information, enhancing user interaction and experience.

For automotive applications, the LC75814VS-MPB-E can be integrated into dashboard systems to drive LCD displays that provide critical information to drivers. Its surface mount design and tube packaging make it easy to integrate into compact automotive electronic modules.

In industrial settings, the LC75814VS-MPB-E can be used in control panels and monitoring systems. Its robust performance and compatibility with various power sources ensure reliable operation in demanding industrial environments.

Conclusion of LC75814VS-MPB-E

The LC75814VS-MPB-E is a versatile and efficient LCD driver that offers a comprehensive set of features tailored for driving LCD displays in various applications. Its 64-segment configuration, wide voltage range, and low supply current make it an ideal choice for consumer electronics, automotive systems, and industrial control panels. The device's serial interface simplifies communication with control devices, while its ROHS3 compliance ensures environmental sustainability.

Despite being marked as obsolete, the LC75814VS-MPB-E remains a reliable and effective solution for driving LCD displays. Its unique features and performance benefits continue to make it a valuable component in the electronics industry, particularly for applications requiring detailed graphical interfaces and efficient power usage.