Short Term Memory

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Short Term Memory Specification

Power Supply
DC

Power Consumption
Low

Usage
Data Storage in Electronics

Voltage
3.3V - 5V

Product Type
Short Term Memory Module

Material
Electronic Components

Size
Standard Module Size

Style
Integrated Circuit Chip

Weight
Approx. 10g

Feature
Fast Read/Write, Volatile, Temporary Storage

Color
Green (PCB)

Interface Type
Parallel/Serial

Access Time
10ns - 70ns

Compatibility
Microcontrollers, Digital Circuits, Computing Systems

Memory Type
DRAM/SRAM Based

ESD Protection
Yes

Lifespan
>10,000 Write/Erase Cycles

Data Retention
Temporary (volatile, loses data when power is off)

Component Packaging
DIP/SMD

Operating Temperature
0°C to 70°C

Mounting Type
PCB Mount

About Short Term Memory

Reserve one of the most magnificent solutions for swift data storage with our Short Term Memory module, designed to meet the preeminent demands of modern electronics. Featuring the remarked flexibility of both Parallel and Serial interfaces, this DRAM/SRAM-based chip ensures data is stored temporarily and accessed at an exceptional rate of 10ns to 70ns. Ideal for both DIP and SMD packaging, its scarce combination of low power consumption and robust ESD protection sets a new standard for memory solutions. Secure your deal today from India's leading distributor, exporter, and manufacturer.

Versatile Applications of Short Term Memory

Short Term Memory modules are specifically used for fast data access and temporary storage in microcontrollers, computing systems, and digital circuits. Whether for general data buffering or specific high-speed applications, their versatile design suits diverse areas such as consumer electronics, industrial automation, and embedded systems. Used for rapid read/write operations, they are crucial in processing units where volatile memory is needed for computing tasks, making them a vital choice for engineers and system designers alike.

Domestic Market Reach and Supply Policy

Our Short Term Memory chips are readily available across the main domestic markets of India. Sample policies are streamlined for quick handover, allowing clients to evaluate quality prior to committing to bulk orders. We provide competitive rates and swift quotation turnaround for distributors, suppliers, and traders. With dependable supply ability, we ensure steady stock levels, facilitating reliable procurement for your next project while upholding prompt delivery and robust technical support.

FAQ's of Short Term Memory:

Q: How does the Short Term Memory module function in electronic applications?

A: The Short Term Memory operates as a fast, volatile storage component, temporarily retaining data in microcontrollers, computing systems, and digital circuits. It enables quick data read/write processes essential for efficient device performance.

Q: What benefits does volatile memory offer in embedded systems?

A: Volatile memory like DRAM/SRAM provides remarkable speed and low latency, making it preeminent for tasks requiring quick data exchange, such as buffering and processing, without long-term data retention.

Q: Where can these memory modules be mounted or installed?

A: These modules are designed for PCB mounting and are compatible with both DIP and SMD component packaging, allowing integration in a wide array of electronic devices and circuit boards.

Q: When does the data stored in this Short Term Memory get lost?

A: As a temporary (volatile) memory, it loses all stored data once the power supply is disconnected, ensuring that sensitive information is not retained after each session.

Q: What is the process for obtaining quotations and samples for bulk orders?

A: To request a quotation or sample, contact us with your requirements. Our streamlined process ensures you receive a prompt response with competitive rates and speedy handover of samples for evaluation before bulk procurement.

Q: How durable is the Short Term Memory for repeated write/erase cycles?

A: This module is engineered for over 10,000 write/erase cycles, supporting sustained use in dynamic and high-performance environments without compromising reliability.

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