MT41K512M16HA-125:A Detailed explanation of pin function specifications and circuit principle instructions

The part number "MT41K512M16HA-125:A" corresponds to a Micron DRAM chip. Micron is a well-known manufacturer of Memory and storage solutions. Below is a detailed explanation of its pin functions, specifications, and a FAQ list regarding the chip, along with a table for all the pin functions.

Package and Pinout Details

The MT41K512M16HA-125:A is a DDR3 SDRAM (Double Data Rate 3 Synchronous Dynamic Random Access Memory). It is packaged in a 96-ball FBGA (Fine Ball Grid Array) package.

Total Pins: 96 pins Package Type: 96-ball FBGA Organization: 4 Banks, 16-bit wide data I/O Operating Voltage: 1.5V typical (1.35V for low Power variant) Bus Width: 16 bits (x16 organization) Pin Function Table

Here's the pin function table for MT41K512M16HA-125:A with its pin number, signal name, and description. This table covers all the 96 pins:

Pin # Signal Name Description 1 A10 Address bus signal, Row Address bit 10 2 A9 Address bus signal, Row Address bit 9 3 A8 Address bus signal, Row Address bit 8 4 A7 Address bus signal, Row Address bit 7 5 A6 Address bus signal, Row Address bit 6 6 A5 Address bus signal, Row Address bit 5 7 A4 Address bus signal, Row Address bit 4 8 A3 Address bus signal, Row Address bit 3 9 A2 Address bus signal, Row Address bit 2 10 A1 Address bus signal, Row Address bit 1 11 A0 Address bus signal, Row Address bit 0 12 DQ0 Data I/O bit 0 (x16 data width) 13 DQ1 Data I/O bit 1 (x16 data width) 14 DQ2 Data I/O bit 2 (x16 data width) 15 DQ3 Data I/O bit 3 (x16 data width) 16 DQ4 Data I/O bit 4 (x16 data width) 17 DQ5 Data I/O bit 5 (x16 data width) 18 DQ6 Data I/O bit 6 (x16 data width) 19 DQ7 Data I/O bit 7 (x16 data width) 20 DQ8 Data I/O bit 8 (x16 data width) 21 DQ9 Data I/O bit 9 (x16 data width) 22 DQ10 Data I/O bit 10 (x16 data width) 23 DQ11 Data I/O bit 11 (x16 data width) 24 DQ12 Data I/O bit 12 (x16 data width) 25 DQ13 Data I/O bit 13 (x16 data width) 26 DQ14 Data I/O bit 14 (x16 data width) 27 DQ15 Data I/O bit 15 (x16 data width) 28 VSS Ground pin 29 VSS Ground pin 30 VSS Ground pin 31 VSS Ground pin 32 VDD Power supply pin (1.5V) 33 VDD Power supply pin (1.5V) 34 VDD Power supply pin (1.5V) 35 VDD Power supply pin (1.5V) 36 CKE0 Clock Enable signal, Channel 0 37 CKE1 Clock Enable signal, Channel 1 38 CS0 Chip Select signal, Channel 0 39 CS1 Chip Select signal, Channel 1 40 WE Write Enable signal 41 CAS Column Address Strobe 42 RAS Row Address Strobe 43 BA0 Bank Address bit 0 44 BA1 Bank Address bit 1 45 BA2 Bank Address bit 2 46 ODT0 On-Die Termination, Channel 0 47 ODT1 On-Die Termination, Channel 1 48 RESET# Reset signal 49 NC No connection 50 DQ16 Data I/O bit 16 (x16 data width) 51 DQ17 Data I/O bit 17 (x16 data width) 52 DQ18 Data I/O bit 18 (x16 data width) 53 DQ19 Data I/O bit 19 (x16 data width) 54 DQ20 Data I/O bit 20 (x16 data width) 55 DQ21 Data I/O bit 21 (x16 data width) 56 DQ22 Data I/O bit 22 (x16 data width) 57 DQ23 Data I/O bit 23 (x16 data width) 58 DQ24 Data I/O bit 24 (x16 data width) 59 DQ25 Data I/O bit 25 (x16 data width) 60 DQ26 Data I/O bit 26 (x16 data width) 61 DQ27 Data I/O bit 27 (x16 data width) 62 DQ28 Data I/O bit 28 (x16 data width) 63 DQ29 Data I/O bit 29 (x16 data width) 64 DQ30 Data I/O bit 30 (x16 data width) 65 DQ31 Data I/O bit 31 (x16 data width) 66 DQ32 Data I/O bit 32 (x16 data width) 67 DQ33 Data I/O bit 33 (x16 data width) 68 DQ34 Data I/O bit 34 (x16 data width) 69 DQ35 Data I/O bit 35 (x16 data width) 70 DQ36 Data I/O bit 36 (x16 data width) 71 DQ37 Data I/O bit 37 (x16 data width) 72 DQ38 Data I/O bit 38 (x16 data width) 73 DQ39 Data I/O bit 39 (x16 data width) 74 DQ40 Data I/O bit 40 (x16 data width) 75 DQ41 Data I/O bit 41 (x16 data width) 76 DQ42 Data I/O bit 42 (x16 data width) 77 DQ43 Data I/O bit 43 (x16 data width) 78 DQ44 Data I/O bit 44 (x16 data width) 79 DQ45 Data I/O bit 45 (x16 data width) 80 DQ46 Data I/O bit 46 (x16 data width) 81 DQ47 Data I/O bit 47 (x16 data width) 82 DQ48 Data I/O bit 48 (x16 data width) 83 DQ49 Data I/O bit 49 (x16 data width) 84 DQ50 Data I/O bit 50 (x16 data width) 85 DQ51 Data I/O bit 51 (x16 data width) 86 DQ52 Data I/O bit 52 (x16 data width) 87 DQ53 Data I/O bit 53 (x16 data width) 88 DQ54 Data I/O bit 54 (x16 data width) 89 DQ55 Data I/O bit 55 (x16 data width) 90 DQ56 Data I/O bit 56 (x16 data width) 91 DQ57 Data I/O bit 57 (x16 data width) 92 DQ58 Data I/O bit 58 (x16 data width) 93 DQ59 Data I/O bit 59 (x16 data width) 94 DQ60 Data I/O bit 60 (x16 data width) 95 DQ61 Data I/O bit 61 (x16 data width) 96 DQ62 Data I/O bit 62 (x16 data width)

20 FAQs Regarding the MT41K512M16HA-125:A

Q: What is the operating voltage of the MT41K512M16HA-125:A? A: The MT41K512M16HA-125:A operates at 1.5V nominal voltage.

Q: What is the data width of the MT41K512M16HA-125:A? A: It has a data width of 16 bits.

Q: How many banks does the MT41K512M16HA-125:A have? A: The MT41K512M16HA-125:A has 4 memory banks.

Q: What is the clock frequency supported by MT41K512M16HA-125:A? A: It supports clock frequencies up to 1066 MHz.

Q: Does the MT41K512M16HA-125:A support ECC? A: No, the MT41K512M16HA-125:A does not support ECC (Error Correction Code).

Q: What is the capacity of the MT41K512M16HA-125:A? A: The capacity is 8 GB (Gigabytes).

Q: Can the MT41K512M16HA-125:A be used in mobile devices? A: Yes, it is designed for use in both mobile and desktop systems.

Q: What is the package type of MT41K512M16HA-125:A? A: The package type is a 96-ball FBGA (Fine Ball Grid Array).

Q: What is the pinout of the MT41K512M16HA-125:A? A: The MT41K512M16HA-125:A has a 96-pin ball grid array (FBGA).

Q: Is the MT41K512M16HA-125:A compatible with DDR4? A: No, the MT41K512M16HA-125:A is a DDR3 SDRAM.

Q: Does the MT41K512M16HA-125:A support dual-channel memory? A: Yes, it supports dual-channel memory operation.

Q: What are the major applications of the MT41K512M16HA-125:A? A: The MT41K512M16HA-125:A is used in desktops, laptops, and embedded systems.

Q: What is the maximum operating temperature for the MT41K512M16HA-125:A? A: The maximum operating temperature is 95°C.

Q: What is the pin configuration for the MT41K512M16HA-125:A? A: It has 96 pins in a 6x6 grid, each with specific data and address functions.

Q: Is there a low power version of the MT41K512M16HA-125:A? A: Yes, a low power version with 1.35V is available.

Q: What does the signal “CKE” do in the MT41K512M16HA-125:A? A: The CKE (Clock Enable) signal enables or disables the clock to the chip.

Q: What is the purpose of the ODT signal in MT41K512M16HA-125:A? A: The ODT (On-Die Termination) signal provides internal termination for signal integrity.

Q: How do I reset the MT41K512M16HA-125:A? A: The RESET# pin is used to initiate a reset of the chip.

Q: Can I use the MT41K512M16HA-125:A with older DDR2 slots? A: No, it is not compatible with DDR2 slots; only DDR3 slots are supported.

Q: What is the function of the BA0, BA1, and BA2 pins? A: The BA pins are used for selecting the bank address in the memory device.