| Attribute | Value |
|---|---|
| Model | GE.548227.0003.00 / GE.548236.0001.00 |
| Brand | HMT |
| Part Numbers | GE.548227.0003.00, GE.548236.0001.00 |
| MFG. No. | 253613 5482277201 |
| Manufacturing Standard | A to H, 00 to 07, 01202 U2 |
| Country of Origin | Made in India |
| Weight | 390 gm |
| Condition | Used, 1 pcs |
| Ref No | 38167 |
Unpacking the Features
The HMT GE.548227.0003.00 and GE.548236.0001.00 PCB cards are known for their strength and versatility. These cards have been designed to withstand the extreme conditions of both industrial and commercial applications, boasting cutting-edge circuitry that increases their performance and reliability.
High-Speed Circuitry: The cards utilize the latest designs in high-speed circuits that ensure quicker data processing and decreased latency, which is beneficial for critical applications where time is a crucial factor.
Durability and Reliability: These PCB cards are built with high-quality materials and will resist extreme environmental conditions, including high temperatures and vibrations, thereby being reliable over time.
Modularity in Design: The PCB cards have a modular design that facilitates easy integration into electronic systems with wide-ranging functionalities, from simple automation to very complex computations.
Applications in Industry
The HMT GE.548227.0003.00 and GE.548236.0001.00 PCB cards can be applied in almost any industry sector:
Telecommunications: In telecom, these PCBs enable better signal integrity and high-speed data transmission, thus enhancing network efficiency.
Automotive: Their rugged construction makes them suitable for automotive applications, where they help in managing vehicle dynamics and safety systems.
Healthcare: In medical devices, these PCBs ensure reliability and precision, which are critical in patient monitoring systems and diagnostic equipment.
Technological Advancements
These PCB cards are at the forefront of many technological advancements:
Miniaturization: The PCBs, despite the high functionalities they provide, are built to be miniaturized to fit in devices that have lesser spaces without any performance compromise.
Energy Efficiency: The PCBs are optimized to be low-power consumers, and it is important to reduce the costs of running operations while also improving energy efficiency.
Enhanced Connectivity: These PCBs also provide newer standards like USB-C and Thunderbolt for enhanced connectivity.
