Overview of R1173H001B-T1-FE by Nisshinbo Micro Devices
The R1173H001B-T1-FE is a fixed positive Linear Regulator ICs designed as a Low-Dropout (LDO) adjustable regulator with an output current capacity of 1 A. Housed in an SOT89-5 package, this part is primarily utilized in scenarios requiring stable and reliable voltage regulation with a minimal dropout voltage of 0.56 V. Its output voltage can be adjusted from a minimum of 1 V to a maximum of 6 V, making it highly versatile for varied applications.
Manufactured by Nisshinbo Micro Devices, a specialist in power management and precision electronic components, the product is noted for its tight line regulation of a maximum of 0.2% per Volt which ensures consistent performance even with variations in the input supply. Its load regulation is exceptionally efficient at a maximum of 0.015%, highlighting its capability to maintain a stable output voltage despite changes in the load.
The R1173H001B-T1-FE is constructed with CMOS technology and comes in a lightweight, plastic/epoxy package that measures 4.5 mm x 2.5 mm with a seated height of 1.6 mm, making it suitable for dense PCB layouts. With a wide operating temperature range from -40 °C to 85 °C, it assures functional stability across various environmental conditions. The component is also compliant with RoHS and REACH, ensuring adherence to environmental regulations.
Industry Applications for R1173H001B-T1-FE
The versatility of the R1173H001B-T1-FE lends itself to potential applications across a host of significant industrial domains where precise voltage regulation is crucial. Given its specifications, here are some of the illustrative applications:
- Consumer Electronics: In devices such as smartphones, tablets, and portable gaming devices, the R1173H001B-T1-FE could potentially be used to ensure stable operation by providing precise power management capabilities.
- Computing and Data Storage: For servers and storage devices, stable voltage is essential for reliable operation. The low dropout voltage and high efficiency of the R1173H001B-T1-FE might make it a suitable choice for designers.
- Telecommunications: Given its robust performance in varying thermal conditions and precise voltage regulation, this LDO regulator might be utilized in telecommunications equipment where consistent and reliable power supply is necessary for critical communication infrastructures.
- Industrial Automation: Automation systems that require consistent uptime and precise control could potentially benefit from the tight load and line regulation characteristics of the R1173H001B-T1-FE.
Note that these potential industry applications are solely conceptual and would require detailed analysis and verification by engineering and design teams to ensure compliance with specific industry standards and application requirements.
About Nisshinbo Micro Devices
Nisshinbo Micro Devices, previously known as New Japan Radio Co. Ltd., is recognized within the semiconductor industry for its robust range of precision electronic components, with a particular focus on power circuits and audio processing. In the realm of power management and regulation technology, Nisshinbo Micro Devices has carved a niche in producing Linear Regulator ICs, such as the R1173H001B-T1-FE, which are renowned for their efficiency, precision, and reliability. The company’s products are widely used in several high-stakes applications across consumer electronics, telecommunications, automotive, and industrial markets, reflecting their adherence to high quality and performance standards.
Where to Find R1173H001B-T1-FE by Nisshinbo Micro Devices
To source the R1173H001B-T1-FE, visit the product’s page on Findchips.com. There, you can compare current stock levels and pricing from multiple distributors. Previously, this part has been available from distributors like Onlinecomponents.com, Mouser Electronics, and DigiKey. To view alternative Linear Regulator ICs that might be offered by Nisshinbo Micro Devices or other manufacturers, use the linked parametric search capabilities on Findchips.com.