 |
| Place of Origin: | Japan |
| Brand Name: | Tamagawa |
| Certification: | CE |
| Model Number: | TS20N2E11 |
| Minimum Order Quantity: | 1pcs |
|---|---|
| Packaging Details: | carton |
| Delivery Time: | in stock |
| Payment Terms: | T/T, Western Union, MoneyGram |
| Supply Ability: | 100pcs/week |
| TAMAGAWA: | TAMAGAWA | Japan: | Japan |
|---|---|---|---|
| Temperature: | 20-80 | Material: | Iron |
| Color: | Black | Wire: | Wire |
| Dimension: | 40mm | TS20N2E11: | TS20N2E11 |
| M, rounded up to the nearest byte. For example, if the outputs of a 2 DI / 2 DQ SB are | these points are not used. Accesses to QW4:P and QD4:P are prohibited since they exceed |
| configured to start at Q4.0, then the output points can be accessed as Q4.0:P and Q4.1:P or | the byte offset associated with the SB. |
| s QB4:P. Accesses to Q4.2:P through Q4.7:P are not rejected, but make no sense since | Accesses using Q_:P affect both the physical output as well as the corresponding value |
TS3103N156Accesses using Q_:P affect both the physical output as well as the corresponding value
TS20N2E11
TS3624N21E2
TS3624N1E2
TS3624N102E4
TS3624N103E5
TS3624N203E5
TS3624N22E4
TS3624N23E5
TS3624N2E3
TS3624N2E4
TS3624N3E5
TS3624N3E6
TS3630N1303E9
TS3630N1309E5
TS3630N1306
TS3630N1E1
TS3630N1E2
TS3630N2E3
TS3630N2E4
TS3630N3E5
TS3630N101E2
TS3630N102E4
TS3630N22E3
TS3630N22E4
stored in the output process image.
Table 4- 12 Absolute addressing for Q memory (immediate)
Bit Q[byte address].[bit address]:P Q1.1:P
Byte, Word, or Double word Q[size][starting byte address]:P QB5:P, QW10:P or QD40:P
M (bit memory area): Use the bit memory area (M memory) for both control relays and data
to store the intermediate status of an operation or other control information. You can access
the bit memory area in bits, bytes, words, or double words. Both read and write access is
permitted for M memory. Table 4- 13 Absolute addressing for M memory
Bit M[byte address].[bit address] M26.7
Byte, Word, or Double Word M[size][starting byte address] MB20, MW30, MD50
Temp (temporary memory): The CPU allocates the temp memory on an as-needed basis.
The CPU allocates the temp memory for the code block at the time when the code block is
started (for an OB) or is called (for an FC or FB). The allocation of temp memory for a code
block might reuse the same temp memory locations previously used by a different OB, FC or
FB. The CPU does not initialize the temp memory at the time of allocation and therefore the
temp memory might contain any value.
Temp memory is similar to M memory with one major exception: M memory has a "global"
scope, and temp memory has a "local" scope:
● M memory: Any OB, FC, or FB can access the data in M memory, meaning that the data
is available globally for all of the elements of the user program.
● Temp memory: Access to the data in temp memory is restricted to the OB, FC, or FB that
created or declared the temp memory location. Temp memory locations remain local and
are not shared by different code blocks, even when the code block calls another code
block. For example: When an OB calls an FC, the FC cannot access the temp memory of
the OB that called it.
The CPU provides temp (local) memory for each of the three OB priority groups:
● 16 Kbytes for startup and program cycle, including associated FBs and FCs
● 4 Kbytes for standard interrupt events including FBs and FCs
● 4 Kbytes for error interrupt events including FBs and FCs
You access temp memory by symbolic addressing only.
