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//media.digikey.com/pdf/Data%20Sheets/ON%20Semiconductor%20PDFs/NCP6922C_Web.pdf
ON/NCP6922CBMTTXG
7626368
Topology: | Step-Down (Buck) (2), Linear (LDO) (2) |
Function: | Any Function |
Frequency - Switching: | 3GHz |
Voltage/Current - Output 1: | 0.6 V ~ 3.3 V, 800mA |
Voltage/Current - Output 2: | 0.6 V ~ 3.3 V, 800mA |
Voltage/Current - Output 3: | 1 V ~ 3.3 V, 150mA |
w/LED Driver: | No |
w/Supervisor: | No |
w/Sequencer: | No |
Voltage - Supply: | 2.3 V ~ 5.5 V |
Operating Temperature: | - |
Mounting Type: | - |
Package / Case: | - |
Supplier Device Package: | - |
Overview
Introducing the ON Semiconductor NCP6922CBMTTXG, a cutting-edge Power Management Integrated Circuit (PMIC) designed to revolutionize power control in electronic systems. This compact component ensures precise and efficient power management, offering optimal performance for a variety of applications.
Features
Explore the key features of the NCP6922CBMTTXG:
1. Dual-Channel Capability: Empower your system with the flexibility of independently controlled power channels, adapting to diverse applications.
2. Low Dropout Voltage: Boost overall system efficiency by minimizing voltage loss during power delivery, ensuring reliable performance.
3. Overcurrent Protection: Safeguard your devices from potential damage by detecting and preventing excessive currents, enhancing system reliability.
Applications
Discover the versatility of the NCP6922CBMTTXG in various applications:
1. Battery-Powered Devices: Optimize power consumption in portable electronics, extending the life of battery-powered gadgets.
2. Wireless Communication Systems: Ensure stable power supply in wireless devices, contributing to improved signal reliability.
3. Embedded Systems: Enhance power management in embedded applications, maximizing overall system performance.
ON Semiconductor NCP6922CBMTTXG Stock and Price
Experience the reliability of the NCP6922CBMTTXG with Nantian Electronics. Take advantage of competitive prices, rapid delivery, excellent after-sales service, and the convenience of no minimum order requirements.