
( Brand: Motorola ), ( Manufacturer Part Number: 1468705G2L1 )
The Motorola 1468705g2 L1 Prototype 2MJ33449 2MJ38521 EPROM is a programmable electronic component designed for use in various electronic systems. This EPROM (Erasable Programmable Read-Only Memory) is specifically designed by Motorola, a leading global technology company, and carries the model number 1468705g2 L1.
The prototype number 2MJ33449 and the revision number 2MJ38521 provide essential information about the specific version of this EPROM. These numbers indicate that this is a later version or an improved model of the Motorola 1468705g2 L1 EPROM.
This EPROM comes in a 14-pin DIP (Dual In-line Package) package, making it easy to install and integrate into various electronic projects. It offers a total capacity of 1 Kilobyte (Kb) or 1024 bytes of programmable memory. This memory capacity is suitable for storing small to medium-sized programs or data sets.
One of the defining features of this EPROM is its erasable nature. It can be erased by exposing it to strong ultraviolet (UV) light, making it reusable. This property is particularly useful in applications where the stored program or data needs to be updated frequently.
The Motorola 1468705g2 L1 Prototype 2MJ33449 2MJ38521 EPROM operates on a standard 5V power supply and has a maximum operating temperature of 70 C (158 F). It features a typical access time of approximately 50 microseconds, ensuring fast data retrieval for improved system performance.
In summary, the Motorola 1468705g2 L1 Prototype 2MJ33449 2MJ38521 EPROM is a versatile and reliable electronic component. Its 1 Kb capacity, erasable nature, and fast access time make it an excellent choice for various electronic projects where small to medium-sized programs or data sets need to be stored and updated frequently.
The Motorola 1468705g2l1 Prototype 2MJ33449 2MJ38521 EPROM is an electronic component used for data storage in digital electronics. Here are some potential pros and cons of purchasing this specific EPROM:
Pros:1. Availability: This EPROM model is still available for purchase in the market, which makes it a practical choice for those looking for a specific type of EPROM.
2. Versatility: EPROMs are programmable using standard equipment and tools, making them a versatile choice for various applications.
3. Durability: EPROMs have a longer data retention period compared to other types of volatile memory, making them a reliable choice for long-term storage applications.
Cons:1. Complexity: Programming an EPROM requires some level of expertise in digital electronics, which may be a barrier for beginners.
2. Limited capacity: The Motorola 1468705g2l1 Prototype 2MJ33449 2MJ38521 EPROM has a relatively small capacity of 2764 bits, which may not be sufficient for modern applications that require larger memory sizes.
3. Power consumption: EPROMs consume more power compared to other types of memory, which may be a disadvantage for battery-powered applications.
Ending Conclusion:The Motorola 1468705g2l1 Prototype 2MJ33449 2MJ38521 EPROM is a versatile and durable electronic component that is still available for purchase in the market. However, it may not be suitable for modern applications that require larger memory sizes or low power consumption. Additionally, programming an EPROM requires some level of expertise in digital electronics.
Recommendation:If you are looking for an EPROM for a specific application that requires long-term data storage and you have the necessary expertise to program it, then the Motorola 1468705g2l1 Prototype 2MJ33449 2MJ38521 EPROM could be a suitable choice. However, if you require larger memory sizes or low power consumption, you may want to consider other types of memory such as flash memory or SRAM.
VINTAGE PROTOTYPE Motorola 2MJ33449 2MJ38521 EPROM Gold Plated Very Rare. They are shipped in anti static bubble wrap and the tray is not included. You can lose money refining. Please review photos carefully.
They can have scuffs, scratches, rips, dust, missing labels but are functional and tested. Please see pictures for condition.