RT3613EEGQW

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RT3613EEGQW

+Nomenclature

  • FabricantTechnologie retek

  • Pièce fabricant #RT3613EEGQW

  • En stock22502

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Spécifications

Attribut Valeur
Manufacturer Richtek Tech
Package / Case WQFN-32-EP(4x4)

Présentation

Equivalent

The RT3613EEGQW is a synchronous buck controller. Equivalent or similar products include:
- MP2307 (MPS)
- LM2675 (TI)
- AP62300 (Diodes Inc.)
- TPS5430 (TI)
- SY8303 (Silergy)
These alternatives offer comparable voltage regulation and efficiency, but always check datasheets for exact specs and pin compatibility.

Features

The RT3613EEGQW is a high-performance voltage regulator IC with the following key features:
- Input Voltage Range: 4.5V to 28V
- Output Voltage: Adjustable (0.8V to 24V)
- Output Current: Up to 3A
- High Efficiency: Up to 95% (with synchronous rectification)
- Switching Frequency: 500kHz (adjustable)
- Protections: Over-current (OCP), over-temperature (OTP), under-voltage lockout (UVLO)
- Package: WDFN-8 (compact, thermally enhanced)
- Applications: Industrial, automotive, and consumer electronics
It offers stable power conversion with low ripple and supports fast transient response. Ideal for space-constrained designs requiring efficient power management.

Pinout

The RT3613EEGQW is a 6-pin synchronous step-down DC-DC converter.
Pin Functions:
1. VIN (Pin 1): Power input (4.5V–18V).
2. EN (Pin 2): Enable control (high = on, low = off).
3. FB (Pin 3): Feedback for output voltage regulation.
4. GND (Pin 4): Ground reference.
5. SW (Pin 5): Switching node (connects to inductor).
6. BST (Pin 6): Bootstrap for high-side MOSFET driver.
It provides adjustable output voltage and supports high-efficiency power conversion with integrated MOSFETs.

Package

The RT3613EEGQW is a QFN (Quad Flat No-lead) package. It features a compact, surface-mount design with exposed pads for thermal and electrical performance. Typical dimensions are small (e.g., 3x3mm or similar), with multiple pins on the sides. QFN packages are known for low inductance and efficient heat dissipation, making them suitable for high-frequency or power-sensitive applications.