inventory:5,618
Infineon Technologies
Module
LTC2992 (17)
LTC2992 is available from Analog Devices at Xecor. Designed for monitoring current, voltage, and power in dual wide-range power systems, the LTC2992 offers rail-to-rail input range (0V to 100V), wide input supply range (2.7V to 100V), and high-accuracy ADCs with less than ±0.3% total unadjusted error. Available in multiple package options, including 16-Lead DFN and MSOP, it is ideal for telecom infrastructure, industrial equipment, automotive, and computer systems. Whether used in telecommunications, automotive, or server applications, this series ensures precision, scalability, and efficiency for demanding applications. Xecor is an authorized distributor for Analog Devices. Please view our extensive selection of the LTC2992 series below.
| Part Number | Description | Package | Inventory | Add To Bom |
|---|---|---|---|---|
| LTC2992HMS#PBF | Integrated Power Solution: The LTCHMS#PBF offers an integrated power solution for system designers, simplifying power management in complex system | MSOP-16 | 9,374 | |
| LTC2992IMS-1#TRPBF | Scalable, Modular Design for Easy Integration into Various Systems | MSOP-16 | 6,430 | |
| LTC2992IDE-1#TRPBF | High-voltage monitor measures voltage levels between and in a small packag | DFN-16 | 7,900 | |
| LTC2992IDE#TRPBF | LTC2992IDE#TRPBF: Wide Range Power Monitor and Regulator for Current and Power | DFN-16 | 4,597 | |
| LTC2992IDE#PBF | LTC2992IDE#PBF: The ultimate voltage monitoring tool | DFN-16 | 8,626 | |
| LTC2992CDE#PBF | Dual-range monitoring for wide voltage and current range | DFN-16 | 8,662 | |
| LTC2992CDE#TRPBF | Monitor 2.7V to 100V 16-Pin DFN EP T/R | DFN-16 | 5,067 | |
| LTC2992CMS#TRPBF | Monitor 2.7V to 100V 16-Pin MSOP T/R | MSOP-16 | 9,694 | |
| LTC2992CDE-1#TRPBF | Monitor 2.7V to 100V 16-Pin DFN EP T/R | DFN-16 | 6,226 | |
| LTC2992CMS#PBF | Monitor 2.7V to 100V 16-Pin MSOP Tube | MSOP-16 | 9,763 | |
| LTC2992HDE-1#PBF | LTC2992HDE-1#PBF - Dual Monitoring System for Current and Power | DFN-16 | 2,106 | |
| LTC2992HDE#TRPBF | The product comes in a 16-pin DFN EP package and is ideal for tracking voltage levels | DFN-16 | 2,252 | |
| LTC2992CMS-1#TRPBF | Monitor 2.7V to 100V 16-Pin MSOP T/R | MSOP-16 | 5,910 | |
| LTC2992HDE-1#TRPBF | High-Accuracy Power Monitoring Solution: The LTCHDE-TRPBF is a reliable power monitor that provides high-accuracy measurements of voltage and current | DFN-16 | 5,918 | |
| LTC2992HMS-1#TRPBF | Monitor 2.7V to 100V 16-Pin MSOP T/R | MSOP-16 | 6,281 | |
| LTC2992HMS#TRPBF | High-performance, wide-range power monitoring solution for industrial application | MSOP-16 | 6,142 | |
| LTC2992IMS#TRPBF | Robust monitoring solution for industrial automation, medical devices and data center | MSOP-16 | 9,386 |
Key Featrues
Rail-to-Rail Input Range (0V to 100V): This feature allows the LTC2992 to monitor voltages across a wide range, from 0V to 100V, ensuring accurate measurements even at the extremes. This is particularly useful in applications like telecom infrastructure and industrial equipment where voltage levels can vary significantly, enhancing reliability and performance.
Wide Input Supply Range (2.7V to 100V): The LTC2992 can operate with an input supply voltage ranging from 2.7V to 100V, making it versatile for various power supply scenarios. This broad range ensures the device can be used in both low-power and high-power systems, improving its applicability across different industries.
Shunt Regulator for Supplies >100V: This feature allows the LTC2992 to handle supply voltages exceeding 100V by using a shunt regulator. This capability is crucial for automotive and industrial applications where high voltage levels are common, ensuring the device remains operational and accurate under extreme conditions.
Stores Minimum and Maximum Measurements: The LTC2992 can store the minimum and maximum measurements of current, voltage, and power. This feature is beneficial for diagnostic purposes, allowing engineers to track system performance over time and identify any anomalies or trends, thus improving system maintenance and efficiency.
Alerts When Alarm Thresholds Exceeded: The device can alert users when predefined alarm thresholds are exceeded, minimizing the need for continuous software polling. This feature enhances system efficiency by reducing computational overhead and ensuring timely responses to potential issues, which is critical in high-reliability applications like computer systems and servers.
Wide Input Supply Range (2.7V to 100V): The LTC2992 can operate with an input supply voltage ranging from 2.7V to 100V, making it versatile for various power supply scenarios. This broad range ensures the device can be used in both low-power and high-power systems, improving its applicability across different industries.
Shunt Regulator for Supplies >100V: This feature allows the LTC2992 to handle supply voltages exceeding 100V by using a shunt regulator. This capability is crucial for automotive and industrial applications where high voltage levels are common, ensuring the device remains operational and accurate under extreme conditions.
Stores Minimum and Maximum Measurements: The LTC2992 can store the minimum and maximum measurements of current, voltage, and power. This feature is beneficial for diagnostic purposes, allowing engineers to track system performance over time and identify any anomalies or trends, thus improving system maintenance and efficiency.
Alerts When Alarm Thresholds Exceeded: The device can alert users when predefined alarm thresholds are exceeded, minimizing the need for continuous software polling. This feature enhances system efficiency by reducing computational overhead and ensuring timely responses to potential issues, which is critical in high-reliability applications like computer systems and servers.
Applications
Telecom Infrastructure Power Monitoring: The LTC2992 is ideal for monitoring power consumption in telecom infrastructure, such as base stations and network equipment. Its ability to measure current, voltage, and power across two supplies ensures efficient energy management and fault detection, making it suitable for maintaining reliable and high-performance telecom systems.
Industrial Equipment Energy Management: The LTC2992 is perfect for monitoring and managing energy usage in industrial equipment, such as motor drives and power distribution systems. Its wide input voltage range (0V to 100V) and dual ADC capability allow for precise measurement of system power consumption, enabling optimization and cost savings in industrial environments.
Automotive Power System Monitoring: The LTC2992 is well-suited for automotive applications, where it can monitor the power consumption of critical systems like battery management, infotainment, and advanced driver-assistance systems (ADAS). Its ability to store minimum and maximum measurements and provide overrange alerts ensures reliable operation and diagnostics in automotive environments.
Server and Data Center Power Optimization: The LTC2992 is ideal for use in computer systems and servers, where it can monitor power usage across multiple voltage rails. Its continuous scan and snapshot modes, combined with programmable alarm thresholds, help optimize energy efficiency and prevent overheating in data centers, ensuring stable and reliable server performance.
Industrial Equipment Energy Management: The LTC2992 is perfect for monitoring and managing energy usage in industrial equipment, such as motor drives and power distribution systems. Its wide input voltage range (0V to 100V) and dual ADC capability allow for precise measurement of system power consumption, enabling optimization and cost savings in industrial environments.
Automotive Power System Monitoring: The LTC2992 is well-suited for automotive applications, where it can monitor the power consumption of critical systems like battery management, infotainment, and advanced driver-assistance systems (ADAS). Its ability to store minimum and maximum measurements and provide overrange alerts ensures reliable operation and diagnostics in automotive environments.
Server and Data Center Power Optimization: The LTC2992 is ideal for use in computer systems and servers, where it can monitor power usage across multiple voltage rails. Its continuous scan and snapshot modes, combined with programmable alarm thresholds, help optimize energy efficiency and prevent overheating in data centers, ensuring stable and reliable server performance.