特性
- Optimized for Notebook/Laptop/Tablet PCs, Smartphones/Wireless Handsets, High‑definition Digital Cameras, Set‑top Boxes applications
- 45 mΩ RDSON while supporting 2.0 A
- Power supply/input voltage range: 1.5 V ≤ VIN ≤ 5.5 V
- Reverse-current/voltage Protection
- ON-OFF Control: Active LOW
- Fast VOUT Discharge on OFF
描述
The SLG59M1640V is a dual-channel, 45 mΩ PMOS load switch designed to switch 1.5 to 5.5 V power rails up to 2 A in each channel. When either channel is enabled, reverse‑current protection will quickly open the switch in the event of a reverse‑voltage condition is detected (a VOUT > VIN + 50 mV condition opens the switch). In the event that the channel’s VIN voltage is too low, the power switch also contains an internal UVLO threshold monitor to keep or to turn the switch OFF. For fast load turnoff when either switch is disabled (ONx = LOW‑to‑HIGH), each channel has its own fast discharge transistor that connects an internal 150 Ω RDSON transistor to the ground. Each load switch is independently controlled via its own low-voltage compatible CMOS input. Designed to operate over a -40 °C to 85 °C range, the SLG59M1640V is available in a RoHS‑compliant, ultra-small 1.6 mm x 1.0 mm STDFN package.
应用
- Power-Rail Switching
- Notebook/Laptop/Tablet PCs
- Smartphones/Wireless Handsets
- High-definition Digital Cameras
- Set-top Boxes
- Point of Sales Pins
- GPS Navigation Devices
| Part Number | Status | Samples | Stock | Package | Lead Count (#) | Carrier Type | Moisture Sensitivity Level (MSL) | Pb (Lead) Free |
|---|---|---|---|---|---|---|---|---|
| SLG59M1640V | Obsolete | N/A | Out of Stock | Package | Tape & Reel | 1 | Yes | |
| SLG59M1640VTR | Obsolete | N/A | Out of Stock | Package | 8# |
- 指南英语GreenFET load switches are designed for efficient high‑side power control in low‑voltage applications. These devices combine low RDS(on), compact packaging, and integrated protection features to replace discrete designs, reducing PCB space and improving system reliability. This guide enables engineers to quickly compare key parameters and select the optimal device for their application.
- 应用说明英语PDF 911 KB 2019年2月22日AI 生成的摘要: Extending the maximum operating current of GreenFET load switches can be achieved by using two lower-current devices in parallel, maintaining protection features and reducing overall RDSON. Parallel operation balances current sharing due to low RDSON variation in Renesas's MOSFET design. Examples include using pairs of SLG59H1006V and SLG59M1714V devices, with detailed operational waveforms and recommended PCB layouts provided. High-current single devices like SLG59M1568V are also covered. The document includes application diagrams, oscilloscope captures, and design guidelines for high-current load switch applications.
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- 指南英语GreenFET load switches are designed for efficient high‑side power control in low‑voltage applications. These devices combine low RDS(on), compact packaging, and integrated protection features to replace discrete designs, reducing PCB space and improving system reliability. This guide enables engineers to quickly compare key parameters and select the optimal device for their application.
手册和指南 (1)
- 应用说明英语PDF 911 KB 2019年2月22日AI 生成的摘要: Extending the maximum operating current of GreenFET load switches can be achieved by using two lower-current devices in parallel, maintaining protection features and reducing overall RDSON. Parallel operation balances current sharing due to low RDSON variation in Renesas's MOSFET design. Examples include using pairs of SLG59H1006V and SLG59M1714V devices, with detailed operational waveforms and recommended PCB layouts provided. High-current single devices like SLG59M1568V are also covered. The document includes application diagrams, oscilloscope captures, and design guidelines for high-current load switch applications.
应用说明和白皮书 (1)
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A detailed overview of the GreenFET product line, focusing on the advantages of Renesas’ proprietary CuFET™ architecture and its impact on performance, size, and reliability. The presentation covers key specifications such as low RDS(on), high continuous current capability, and integrated protection functions including current limiting, thermal shutdown, and reverse‑current blocking. The session also outlines how GreenFET devices streamline power sequencing and reduce external component requirements.
