# К565РУ3

> Soviet DRAM integrated circuit

**Wikidata**: [Q4206193](https://www.wikidata.org/wiki/Q4206193)  
**Source**: https://4ort.xyz/entity/5653

## Summary
The **К565РУ3** is a Soviet dynamic random-access memory (DRAM) integrated circuit. It is a specific model within the 565 series of integrated circuits, featuring a storage capacity of 16,384 bits. The component was developed and manufactured in the Soviet Union and complies with the Soviet integrated circuit designation system.

## Key Facts
- **Storage Capacity:** 16,384 bits.
- **Type:** Dynamic Random-Access Memory (DRAM); stores each bit of data in a separate capacitor within an integrated circuit.
- **Series:** Part of the "565 series integrated circuits," a Soviet series of RAM integrated circuits.
- **Country of Origin:** Soviet Union.
- **Series Inception:** The 565 series was established in 1970.
- **Classification:** Instance of an integrated circuit model; subclass of integrated circuits and dynamic random-access memory.
- **Compliance:** Complies with Soviet integrated circuit designation standards.

## FAQs
### Q: What type of memory is the К565РУ3?
A: The К565РУ3 is a Dynamic Random-Access Memory (DRAM) integrated circuit. This type of memory stores each bit of data in a separate capacitor within an integrated circuit.

### Q: What is the storage capacity of the К565РУ3?
A: The К565РУ3 has a total storage capacity of 16,384 bits.

### Q: To which series does this integrated circuit belong?
A: It belongs to the 565 series of integrated circuits, a Soviet series of RAM integrated circuits that began in 1970.

## Why It Matters
The К565РУ3 represents a specific technological strata in the history of Soviet electronics. As a member of the 565 series, it illustrates the technical evolution of memory storage solutions developed within the Soviet Union during the latter half of the 20th century. With a capacity of 16,384 bits (16 Kbit), this component served as a building block for computing systems requiring volatile memory, utilizing the standard DRAM architecture of storing data in capacitors. Its existence highlights the domestic manufacturing capabilities of the Soviet microelectronics industry and its adherence to specific state designation standards, distinguishing it from Western counterparts while fulfilling similar functional roles in digital logic and computing architectures.

## Notable For
- **High Density:** Offers a storage capacity of 16,384 bits, a significant metric for its class of Soviet RAM.
- **Series Membership:** A distinct component of the 565 series, the dedicated Soviet line of RAM integrated circuits established in 1970.
- **Architecture:** Utilizes standard DRAM technology, storing bits via separate capacitors.
- **Standardization:** Strictly complies with the Soviet integrated circuit designation system.

## Body
### Technical Classification
The К565РУ3 is classified as an **integrated circuit model**. Technically, it falls under the subclass of **dynamic random-access memory**. As a DRAM device, its fundamental operating principle involves storing each bit of data in a separate capacitor within an integrated circuit. Due to the tendency of capacitors to leak charge, this architecture requires periodic refresh cycles to maintain data integrity, a characteristic trait of dynamic RAM.

### Series and Origin
This component is a part of the **565 series integrated circuits**. This series is defined as a Soviet family of RAM integrated circuits. The inception of the 565 series dates back to **1970**. The development and production of the К565РУ3 took place in the **Soviet Union**. The device's identifier, К565РУ3, indicates that it complies with the **Soviet integrated circuit designation** system, ensuring standardized identification within domestic electronic engineering and manufacturing contexts.

### Specifications
The primary functional metric for the К565РУ3 is its **storage capacity**, which is rated at **16,384 bits**. As an integrated circuit, it represents a physical packaging of this memory technology. Further details regarding its internal architecture are defined by its classification as dynamic random-access memory.