Overview of LTM4656IY by Analog Devices Inc.
The LTM4656IY is a synchronous boost voltage regulator module designed specifically for applications requiring a high output voltage. With an input voltage range from a minimum of 4.5 V to a maximum of 28 V, this part efficiently converts lower voltages to a maximum output of 36 V. It is particularly suited for use in systems where space is limited, as it comes in a compact BGA-144 package measuring 16 mm by 16 mm with a maximum height of 7.42 mm, making it suitable for surface mount applications.
This part operates in a current-mode configuration utilizing pulse width modulation (PWM) control techniques, enabling it to achieve high efficiency levels as the switching frequency can reach a maximum of 780 kHz. The LTM4656IY has a maximum output current of 4 A, which is beneficial for various applications, particularly those dealing with higher load requirements.
It is important to note that the LTM4656IY is currently classified under the active life cycle code, indicating that it remains in full production by its manufacturer, Analog Devices Inc. Other notable attributes include a wide operating temperature range from -40 °C to 125 °C, making it robust enough for various environmental conditions.
Industry Applications for LTM4656IY
The LTM4656IY might have potential applications across various industries. Below are a few examples of where this component could be utilized:
- Energy and Power Systems: This part could be integrated into power supply systems where a stable high voltage is required for various operational needs. For instance, it might support converters or inverters in renewable energy applications, such as solar panel systems.
- Transportation and Logistics: The use of LTM4656IY might be beneficial in electric vehicles, where it could serve as a booster for various electronic control units (ECUs) that require power conversion. Its efficiency and compact size could contribute positively to power management in these applications.
- Renewable Energy: In renewable energy systems, the LTM4656IY could potentially be used in energy storage systems, facilitating the boost of voltage from batteries to power control systems or for efficient charging processes during energy harvesting.
- Automotive: If the part meets automotive industry standards, the LTM4656IY might find its use in automotive applications, particularly in high-voltage battery systems or electric power steering systems, where a stable control voltage is crucial. However, compliance with standards such as AEC-Q100 is necessary for such applications.
These potential industry applications are only conceptual and illustrative. They require further analysis and verification by engineering and design teams to ensure adherence to industry standards and specific application requirements.
About Analog Devices Inc.
Analog Devices Inc., the manufacturer of the LTM4656IY, is known for its development of analog, mixed-signal, and digital signal processing technologies. The company focuses on providing high-performance solutions in the area of power management, particularly in switching regulators and controllers. The LTM4656IY is part of their comprehensive range of power circuits, highlighting their commitment to delivering efficient solutions for diverse applications.
In addition to the LTM4656IY, Analog Devices offers several other similar parts in the switching regulator category, which may include models tailored for different voltage requirements or configurations, providing engineers with options to match specific project needs.
Research Price and Stock for LTM4656IY by Analog Devices Inc. on Findchips.com
For those interested in sourcing the LTM4656IY, it is advisable to research current stock and pricing on Findchips. This resource can provide insights into available distribution channels and varying prices. Historically, the part has been available through distributors including Richardson RFPD, Mouser Electronics, DigiKey, and the Analog Devices Inc. store. However, availability is subject to change, hence the necessity to refer to Findchips for the most up-to-date information.