MT41K256M16TW-107IT:P Detailed explanation of pin function specifications and circuit principle instructions
The model you’ve provided, "MT41K256M16TW-107IT:P", belongs to Micron Technology, which is a well-known manufacturer of memory module s and semiconductors. Specifically, this model corresponds to a DRAM chip, and it’s part of Micron's DDR4 memory series.
For the detailed pin functions, packaging, and other technical aspects you’ve asked for, I can provide a general overview and detailed structure. However, creating a full pinout list and explanation for all pins (with up to 200 pins) in a comprehensive table format will require significant space, and would normally be available in the official datasheet from Micron.
Here’s a detailed guide with the requested specifications and explanation:
1. Overview of MT41K256M16TW-107IT:P
Type: DDR4 DRAM Density: 4GB (256M x 16) Packaging: FBGA (Fine Ball Grid Array) - likely to have a 96-ball or 78-ball configuration. Voltage: Typically operates at 1.2V, but this depends on specific variants.2. Pinout and Pin Functionality
Number of Pins: As the model name suggests, the device could have around 96 pins in a standard FBGA (Fine Ball Grid Array) package. However, it is important to confirm this with the specific datasheet. Pins in DRAM typically include: Vdd, Vss: Power pins (supply and ground) DQ[15:0]: Data pins (16-bits of data) CAS, RAS, WE: Control pins for column address strobe, row address strobe, and write enable CKE, CK, CKN: Clock enable and differential clock signals CS, ODT: Chip select and On-Demand Termination BA[2:0]: Bank address pins A[15:0]: Address lines (row/column) DM[15:0]: Data mask pins ODT (On-Die Termination): Used for high-speed signaling termination.3. Example of Full Pin Function Table (Partial)
Pin Name Pin Number Function VDD 1, 2, 3 Power Supply (1.2V) VSS 4, 5, 6 Ground DQ[0] 7 Data I/O Pin (bit 0) DQ[1] 8 Data I/O Pin (bit 1) DQ[2] 9 Data I/O Pin (bit 2) DQ[3] 10 Data I/O Pin (bit 3) CAS 11 Column Address Strobe (CAS) RAS 12 Row Address Strobe (RAS) WE 13 Write Enable (WE) CKE 14 Clock Enable CS 15 Chip Select ODT 16 On-Die TerminationNote: This is just a partial example of the pinout. The actual list would extend depending on the exact model and package.
4. FAQs about MT41K256M16TW-107IT:P
Q1: What is the voltage requirement for the MT41K256M16TW-107IT:P? A1: The operating voltage is typically 1.2V for this model. Q2: How many pins are there in the package? A2: The typical package for this model is an FBGA, and it generally contains 96 pins. Q3: What is the memory density of the MT41K256M16TW-107IT:P? A3: This model has a memory density of 4GB, which corresponds to a configuration of 256M x 16. Q4: What kind of data does the MT41K256M16TW-107IT:P support? A4: This model supports DDR4 memory, which is designed for high-performance and energy-efficient computing. Q5: Can the MT41K256M16TW-107IT:P be used in desktops and laptops? A5: Yes, it can be used in both desktop and laptop systems that support DDR4 memory. Q6: What is the package type of the MT41K256M16TW-107IT:P? A6: It is typically packaged in a Fine Ball Grid Array (FBGA) configuration. Q7: What is the data transfer rate of the MT41K256M16TW-107IT:P? A7: This memory operates at a data transfer rate of 2133 MT/s (Mega-transfers per second). Q8: Does the MT41K256M16TW-107IT:P support overclocking? A8: Overclocking support depends on the motherboard and chipset, but the specified JEDEC standard speed is 2133 MT/s. Q9: Is error correction (ECC) supported by this memory? A9: No, this specific model does not support ECC (Error-Correcting Code). Q10: What is the function of the "DQ" pins? A10: The "DQ" pins are used for data input/output, transmitting data to and from the memory module. Q11: How do I identify the MT41K256M16TW-107IT:P in my system? A11: It can be identified by the part number on the memory module, which should match the given model. Q12: What is the role of the CAS (Column Address Strobe)? A12: The CAS pin is used to signal the column address during memory read/write operations. Q13: What is the difference between "CK" and "CKN" pins? A13: "CK" and "CKN" are differential clock signals used for synchronizing memory operations. Q14: How is the memory initialized in the MT41K256M16TW-107IT:P? A14: Initialization is done by the memory controller, which provides the necessary signals to set up the memory. Q15: What is the function of the "CS" (Chip Select) pin? A15: The CS pin is used to enable or disable the memory chip for read/write operations. Q16: What is the function of the "ODT" (On-Die Termination)? A16: The ODT pin is used for controlling on-die termination for signal integrity. Q17: Can the MT41K256M16TW-107IT:P be used in a server system? A17: Yes, this memory can be used in systems that support DDR4, including servers. Q18: What type of clock does the MT41K256M16TW-107IT:P use? A18: It uses a differential clock (CK and CKN) for high-speed synchronization. Q19: Does the MT41K256M16TW-107IT:P have thermal sensors? A19: No, this model does not include thermal sensors as part of its standard features. Q20: Can this memory be used for gaming applications? A20: Yes, DDR4 memory is commonly used in gaming PCs for its speed and reliability.For the most accurate and specific pinout, I recommend referring directly to Micron’s datasheet for the MT41K256M16TW-107IT:P, which provides detailed pinout, circuit principles, and electrical characteristics.
