MC100EP142MNR4G

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

Logic - Shift Registers are digital circuits used in many applications where a boundary-scan, low-power testability, digital communication, and/or data encryption are needed. They are composed of multiple register elements that are interconnected so that data can be shifted through the register from one register element to the next in a sequential order.

The MC100EP142MNR4G is an integrated logic low-power dual-channel 25-bit register that can be used for a variety of logic applications, including shift registers. It is suitable for use in a wide variety of markets, including automotive, communications, industrial, medical, and aerospace. It is also suitable for applications requiring low power consumption.

The MC100EP142MNR4G is a shift register with 25-bit presentation, that is composed of two sub-registers - Channel A and Channel B. Each sub-register contains 12 bits and 13 control lines. The register can operate in either serial register mode or parallel register mode. In serial register mode, data stored can be shifted through the two sub-registers in one cycle. In parallel register mode, data stored in each sub-register can be read/written in one cycle. The shift register can be configured as both a serial-to-parallel register or a parallel-to-serial register, making it quite versatile.

The working principle of the MC100EP142MNR4G is quite simple. It uses a clock signal to control the shifts, which is generated internally or externally. A data input is given, which is to be stored in the register. For the serial register mode, the stored data is shifted from one sub-register to the next; for the parallel register mode, the stored data is read/written from both sub-registers in one cycle.

The MC100EP142MNR4G has many application fields and is mainly used for boundary-scan, data transmission, data encryption, and low-power testability. In boundary-scan applications, the register is used to evaluate the logic state of pins of a device and to scan the data inputs and outputs of a device. The register can be used to send and receive data quickly in data communication applications. In addition, the register can be used in data encryption applications to ensure that data is secure. Finally, it can be used in low-power testability applications, as it consumes less power than traditional registers.

In conclusion, the MC100EP142MNR4G is a logic low-power 25-bit register suitable for a variety of logic applications, including shift registers. It is suitable for use in many markets including automotive, communications, industrial, medical, and aerospace. It has many application fields including boundary-scan, data transmission, data encryption, and low-power testability. Its working principle is based on the use of a clock signal to control the shifts and the stored data is shifted from one sub-register to the next in the serial register mode, or read/written from both sub-registers in one cycle in the parallel register mode.

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