CMA120 3DDE300400

CMA120 3DDE300400 Description:

Sales Manager: Sandy Lin

Email:  unity@mvme.cn
Skype:  onlywnn_1
Mobile(Whatsapp): (+86)-18020776786
 

XIAMEN YUEHANG COMPUTER ENGINEERING CO.LTD. is a company that professionally engaged in large system DCS spare parts supply. We supply DCS, PLC, MOTOROLA MVME, Anybus, RTU, IPC, IPC, SCSI (50, 68, 80Pin), AnyBus (Gateway) is a high-tech enterprise specialized in professional sales of industrial automation components, and is committed to improving the level of world automation parts supply.

No matter what the customer is, no matter how rare the required accessories, AMIKON  can provide a variety of accessories for  customers around the world to make customers and products required close connection.

XIAMEN YUEHANG COMPUTER ENGINEERING CO.LTD. always make the best staff and spare parts together, professional multilingual service team, adhere to provide customers with first-class service.

Company products cover DCS control system card, programmable PLC module SPS / CNC panel controller / inverter / server driver and various parts of the robot.

Whether it is a new spare parts, or outdated / discontinued parts, XIAMEN YUEHANG COMPUTER ENGINEERING CO.LTD. is committed to the best cost, best quality and efficient way to allow enterprises to resume normal operation.

More than a thousand outstanding manufacturers, millions of stocks, adequate supply, to achieve faster customer support response
Partners in all continents, customers cover 150 countries / regions.

XIAMEN YUEHANG COMPUTER ENGINEERING CO.LTD.  has supplied nearly 70 million inventory parts for customers worldwide.
Our experienced team of professionals provides more spare parts expertise to provide you with efficient component solutions.

Whether it is customer service or delivery speed, we always strive for excellence, to be better.

CMA120 3DDE300400

CMA120 3DDE300400

CMA120 3DDE300400

Some processors do not use parity when transmitting information, although
their peripherals may require it. In this case, parity generation can be
accomplished through application software. The parity bit can be set for odd
or even parity with a short routine using functional blocks or a high-level
language. If a nonparity-oriented processor receives data that contains parity,
a software routine can also be used to mask out, or strip, the parity bit.
Checksum. The extra bit of data added to each word when using parity error
detection is often too wasteful to be desirable. In data storage, for example,
error detection is desirable, but storing one extra bit for every eight bits means
a 12.5% loss of data storage capacity. For this reason, a data block errorchecking
method known as checksum is used.
Checksum error detection spots errors in blocks of many words, instead of in
individual words as parity does. Checksum analyzes all of the words in a data
block and then adds to the end of the block one word that reflects a
characteristic of the block. Figure 4-17 shows this last word, known as the
block check character (BCC). This type of error checking is appropriate for
memory checks and is usually done at power-up.
There are several methods of checksum computation, with the three most
common being:
• cyclic redundancy check
• longitudinal redundancy check
• cyclic exclusive-OR checksum

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