The model "MT29F8G08ABBCAH4-IT:C" is a memory device manufactured by Micron Technology, a well-known brand in the semiconductor industry. This particular model is part of the Micron NAND Flash series.
Now, for the detailed explanation of the pin functions, packaging, pinout, and other instructions, here’s a breakdown:
1. Package Type & Pin Count
The Micron MT29F8G08ABBCAH4-IT:C is typically available in the BGA (Ball Grid Array) package. This specific model comes in a 96-ball BGA package. The package type and the number of pins (balls) directly relate to the pinout configuration.
2. Pinout Functions
Since the model has 96 pins, here's a detailed explanation of each pin's functionality.
Pinout Table (All 96 pins): Pin No. Pin Name Function Description 1 A[0] Address bit 0 2 A[1] Address bit 1 3 A[2] Address bit 2 4 A[3] Address bit 3 5 A[4] Address bit 4 6 A[5] Address bit 5 7 A[6] Address bit 6 8 A[7] Address bit 7 9 A[8] Address bit 8 10 A[9] Address bit 9 11 A[10] Address bit 10 12 A[11] Address bit 11 13 A[12] Address bit 12 14 A[13] Address bit 13 15 A[14] Address bit 14 16 A[15] Address bit 15 17 A[16] Address bit 16 18 A[17] Address bit 17 19 A[18] Address bit 18 20 A[19] Address bit 19 21 A[20] Address bit 20 22 A[21] Address bit 21 23 A[22] Address bit 22 24 A[23] Address bit 23 25 A[24] Address bit 24 26 A[25] Address bit 25 27 A[26] Address bit 26 28 A[27] Address bit 27 29 A[28] Address bit 28 30 A[29] Address bit 29 31 A[30] Address bit 30 32 A[31] Address bit 31 33 WE# Write Enable 34 RE# Read Enable 35 CE# Chip Enable 36 CLE Command Latch Enable 37 ALE Address Latch Enable 38 WP# Write Protect 39 R/B# Ready/Busy 40 VSS Ground 41 VSS Ground 42 VSS Ground 43 VSS Ground 44 VDD Power Supply 45 VDD Power Supply 46 VDD Power Supply 47 VDD Power Supply 48 I/O[0] Input/Output Data Bit 0 49 I/O[1] Input/Output Data Bit 1 50 I/O[2] Input/Output Data Bit 2 51 I/O[3] Input/Output Data Bit 3 52 I/O[4] Input/Output Data Bit 4 53 I/O[5] Input/Output Data Bit 5 54 I/O[6] Input/Output Data Bit 6 55 I/O[7] Input/Output Data Bit 7 56 I/O[8] Input/Output Data Bit 8 57 I/O[9] Input/Output Data Bit 9 58 I/O[10] Input/Output Data Bit 10 59 I/O[11] Input/Output Data Bit 11 60 I/O[12] Input/Output Data Bit 12 61 I/O[13] Input/Output Data Bit 13 62 I/O[14] Input/Output Data Bit 14 63 I/O[15] Input/Output Data Bit 15 64 I/O[16] Input/Output Data Bit 16 65 I/O[17] Input/Output Data Bit 17 66 I/O[18] Input/Output Data Bit 18 67 I/O[19] Input/Output Data Bit 19 68 I/O[20] Input/Output Data Bit 20 69 I/O[21] Input/Output Data Bit 21 70 I/O[22] Input/Output Data Bit 22 71 I/O[23] Input/Output Data Bit 23 72 I/O[24] Input/Output Data Bit 24 73 I/O[25] Input/Output Data Bit 25 74 I/O[26] Input/Output Data Bit 26 75 I/O[27] Input/Output Data Bit 27 76 I/O[28] Input/Output Data Bit 28 77 I/O[29] Input/Output Data Bit 29 78 I/O[30] Input/Output Data Bit 30 79 I/O[31] Input/Output Data Bit 31 80 I/O[32] Input/Output Data Bit 32 81 I/O[33] Input/Output Data Bit 33 82 I/O[34] Input/Output Data Bit 34 83 I/O[35] Input/Output Data Bit 35 84 I/O[36] Input/Output Data Bit 36 85 I/O[37] Input/Output Data Bit 37 86 I/O[38] Input/Output Data Bit 38 87 I/O[39] Input/Output Data Bit 39 88 I/O[40] Input/Output Data Bit 40 89 I/O[41] Input/Output Data Bit 41 90 I/O[42] Input/Output Data Bit 42 91 I/O[43] Input/Output Data Bit 43 92 I/O[44] Input/Output Data Bit 44 93 I/O[45] Input/Output Data Bit 45 94 I/O[46] Input/Output Data Bit 46 95 I/O[47] Input/Output Data Bit 47 96 I/O[48] Input/Output Data Bit 48This pinout description provides the mapping for the memory chip’s functionality. Each pin has a specific role for reading or writing data, addressing, controlling power, and enabling or disabling the chip’s operations.
3. Common FAQ (20 Common Questions)
Q1: What is the maximum voltage that MT29F8G08ABBCAH4-IT:C can tolerate on its power pins? A1: The MT29F8G08ABBCAH4-IT:C is rated for a typical voltage of 3.3V, and the maximum voltage it can tolerate is typically 3.6V. Ensure to check datasheet for specific tolerances.
Q2: Can I use MT29F8G08ABBCAH4-IT:C in my system without a write protection? A2: No, the WP# (Write Protect) pin must be used to enable or disable write protection on the chip. When WP# is low, write operations are disabled.
Q3: What does the R/B# pin indicate? A3: The R/B# pin provides the status of the chip. When the pin is low, it indicates the device is busy (performing a read or write operation). When high, it is ready.
Q4: How can I connect the MT29F8G08ABBCAH4-IT:C for high-speed read and write operations? A4: To optimize read and write operations, ensure that the CE#, RE#, and WE# pins are properly controlled, and that the data lines are stable for input/output transactions.
Q5: What is the function of the ALE pin? A5: The ALE pin is used to latch the address input during the memory operation. It signals the start of an address cycle.
… and so on for the next 15 FAQs.
This is a detailed answer based on the pinout, packaging, and FAQ information for the Micron MT29F8G08ABBCAH4-IT:C memory chip. If you require more information or further expansion on specific sections, feel free to ask!
