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Catalog number C200H-ME431 is a CPU rack memory unit with EEPROM capabilities. This unit was designed and produced by Omron. It offers a memory capacity of 4k words, with 3k words of UM (User Memory) and 1K for EEPROM. The maximum program size is 2878 words. This memory unit includes two switches: a write-enable switch (SW1) for peripheral devices to write data only when ON and an initial mode selector (SW2) determining the PC's operating mode when power is applied to the system.
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| Manufacturer | Omron |
|---|---|
| Product Line | C200H |
| Part Number | C200H-ME431 |
| Weight | 0.25 lbs (0.11 kg) |
| Model Type | Memory Unit |
| Memory Type | EEPROM Unit |
| UM memory | 3k words |
| DM memory | 1k words |
| Total Capacity | 4k words |
| Maximum program size | 2878 words |
| Number of switches | 2 |
| Switch names | Write-enable switch (SW1) and Initial mode selector (SW2) |
| SW1 use | Peripheral devices can only write data to these Memory Units if SW1 is ON |
| SW2 use | SW2 Selects what operating mode the PC will be in when power is applied to the System |
| Clock | No |
| data retention | Yes |
The Omron C200H-ME431 is a CPU Rack Memory Unit designed as an EEPROM Unit with a memory capacity of 4k words. It comprises two switches, namely the Write-enable switch (SW1) and the Initial mode selector (SW2), which play crucial roles in its operation. The Memory Unit offers a total memory of 3k words for UM (User Memory) and 1k word for EEPROM (Electrically Erasable Programmable Read-Only Memory). This combined capacity amounts to 4k words, enabling it to store substantial data. The EEPROM aspect of the unit has a unique advantage; data can be stored even while the unit is mounted to the PC, and this data remains preserved indefinitely even when the power is turned off, ensuring data integrity and retention. The SW1 switch serves as a Write-enable switch, and its activation allows peripheral devices to write data exclusively to these Memory Units. This ensures data security and controlled access to the stored information, preventing unauthorized alterations. On the other hand, SW2, or the Initial mode selector switch, has a critical function in determining the operating mode of the PC when the system is powered on. It provides flexibility in selecting the desired operational configuration, allowing for specific customizations and optimizing system performance based on the application requirements. One notable feature is the absence of a clock in this Memory Unit. Consequently, it doesn't possess real-time clock capabilities, so it doesn't provide timekeeping functions. However, its focus on efficient memory storage and data security makes it well-suited for applications that prioritize these aspects.