MB91195ABGL-G-271-ERE1

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The MB91195ABGL-G-271-ERE1 component is a highly reliable System-On-Chip device that finds applications in a wide variety of fields. Its versatile nature makes it usable in automotive, consumer electronics, medical, industrial, and many other applications. This component is a stable, low power device that is designed to ensure maximum reliability and availability for device-level operations. Furthermore, it is designed to provide a broad range of system capabilities, including integrated system, system control, analog-to-digital conversion, power management, serialization, and more.

The MB91195ABGL-G-271-ERE1 is a highly integrated single-chip microcontroller that combines powerful multi-function features with cost-effective performance. Its tightly integrated circuits, including system memory, low-power system core, and peripherals, provide a versatile, economical, and intelligent command system. Furthermore, its highly configurable nature allows for customization and rewriteability of system functions to meet the individual needs of any application.

The MB91195ABGL-G-271-ERE1 operates on a 32-bit system with a maximum clock frequency of 64MHz. Its sophisticated design includes basic and extended features such as 16/32-bit wide multiple instructions and zero-overhead, low-power system control. Additionally, the device provides a significant number of peripheral functions, including 16-bit, 12-bit, 8-bit, and 4-bit timers; multiple 10 and 16-bit serial data transfer ports; and a master/slave bus interface. Analog-to-digital converters are also integrated into the device, allowing for low-noise measurements of temperatures, voltages, currents, humidity, and more.

The MB91195ABGL-G-271-ERE1 uses an internally developed System-On-Chip architecture that supports the implementation of multiple functions within the device. It consists of a core processor, an on-chip memory controller, and a system control unit. The single-chip architecture allows for the integration of complex and diverse functions in a single device while reducing cost and power consumption. The integrated system control unit serves as the central point for all communications between the device and its peripherals. This unit takes commands from the core processor and interprets them before transmitting commands to the appropriate peripherals.

Power management is also a critical feature of the MB91195ABGL-G-271-ERE1. It is designed to manage the power states of the device and optimize the overall efficiency of energy usage. Additionally, it dynamically adjusts operating voltage and clock frequency based on current operation conditions and system preferences. This allows for low-power, low-cost operation while maximizing the efficient usage of energy.

The MB91195ABGL-G-271-ERE1 also provides system serialization capabilities as part of its core system architecture. This allows for the development of highly secure systems through the coordination of multiple sub-systems and controllers, enabling the development of secure communication networks. Additionally, system serialization significantly simplifies the development and maintenance of system connections by reducing the number of components and wires required.

The versatile nature of the MB91195ABGL-G-271-ERE1 ensures it has applications in virtually any field. From automotive to medical, its wide range of capabilities make it a beneficial component for any application requiring system-level operations. Its low power consumption and high system capabilities ensure that it can provide the performance and reliability needed for even the most demanding applications.

The specific data is subject to PDF, and the above content is for reference