What are the key features of Diodes Incorporated BSP75NQ-13?

This product belongs to the Power Switch ICs - Power Distribution category and ships in standard packaging. It features high reliability, stable performance and low power consumption. Key parameters include wide operating range, low loss, and over-temperature protection, suitable for industrial applications. Manufactured by Diodes Incorporated with full traceability.

What are the main application scenarios for BSP75NQ-13?

Typical applications include power management, industrial control. Additionally, it is widely used in automotive electronics, telecom infrastructure, medical devices, and consumer electronics as a critical circuit component, improving system integration and energy efficiency.

How does BSP75NQ-13 work?

This device follows established Power Switch ICs - Power Distribution design principles. Core functional stages include input handling, signal and power processing, and protection logic, ensuring stable operation under varying conditions. Refer to the datasheet for the detailed characteristics and application guidance.

What is the technical performance of BSP75NQ-13?

Performance highlights: stable characteristics across the operating temperature range, low loss, and long service life. Reliable contact and shock resistance, with protection against over-current and over-voltage where applicable. Meets industrial and automotive reliability standards where the series qualifies.

What is the current market demand for BSP75NQ-13?

The global Power Switch ICs - Power Distribution market is growing at ~6-8% CAGR, with particularly strong demand in power management. Diodes Incorporated BSP75NQ-13 is a mainstream model with stable stock and a typical lead time of 2-4 weeks. Driven by new energy and smart electronics trends, inquiries for this model are steadily increasing, indicating a positive long-term outlook.

What are the technical characteristics of BSP75NQ-13?

Three main technical features: 1) High reliability – stable performance over the rated life; 2) Low-loss design – reduced energy loss in operation; 3) Wide adaptability – compatible with various operating conditions. Additionally, Diodes Incorporated provides full technical support and reference designs.

BSP75NQ-13 Power Switch ICs - Power Distribution Low Side IntelliFET SOT223 T&R 4K by Diodes Incorporated

BSP75NQ-13 | Diodes Incorporated Power Switch ICs - Power Distribution Low Side IntelliFET SOT223 T&R 4K

Category: Power Switch ICs - Power Distribution

Brand: Diodes Incorporated

Power Switch ICs - Power Distribution Low Side IntelliFET SOT223 T&R 4K

Stock: On request

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Product Details

PDF Datasheet

Technical Docs

Description: Power Switch ICs - Power Distribution Low Side IntelliFET SOT223 T&R 4K

Technical Parameters

Applications	General Purpose
Category	Power Switch ICs - Power Distribution
Configuration	Single
Continuous Drain Current (ID)	100 mA ~ 500 mA
Data Tier	Family Level
Description	Power Switch ICs - Power Distribution Low Side IntelliFET SOT223 T&R 4K
FET Type	N/P-channel small signal MOSFET
Gate Charge (Qg)	Low
Gate Threshold Voltage (VGS(th))	1.5 ~ 2.5 V
Input Capacitance (Ciss)	Low
Lead Free	Yes
Manufacturer	Diodes Incorporated
Mounting	Surface Mount
Mounting Type	SMD
Operating Temperature	-55 ~ +150 °C
Package / Case	SOT-23
Packaging	Tape & Reel
Product Type	Multilayer Ceramic Capacitor
RoHS	Compliant
Standard Pack Qty	4000

Standard Packaging: Standard packaging refers to the minimum packaging quantity obtained from the manufacturer/distributor. Therefore, the minimum order quantity may be less than the manufacturer's standard packaging quantity. When products are broken down into smaller quantities, the packaging type (i.e., reel, tube, tray) may change, subject to actual packaging delivery.

📄 BSP75NQ-13 Datasheet (PDF)

Source: https://cn.mouser.com/en/ProductDetail/Diodes-Incorporated/BSP75NQ-13?qs=dbcCsuKDzFWmmwQX%2Fa48PA%3D%3D

PCB Footprint (.pcb)

3D Model (.stp)

Schematic Symbol (.sch)

DXF Drawing

BSP75NQ-13 Application and Selection Guide

BSP75NQ-13 Model and Manufacturer Information

BSP75NQ-13, a Power Switch ICs - Power Distribution manufactured by Diodes Incorporated: BSP75NQ-13 helps you confirm the specific model, while Diodes Incorporated helps you confirm the product source. If you are selecting a part, you can first check whether BSP75NQ-13 meets your requirements, then check whether Diodes Incorporated matches your expectations, and then refer to Power Switch ICs - Power Distribution Low Side IntelliFET SOT223 T&R 4K for further evaluation.

BSP75NQ-13 Product Parameters and Description

The main parameters of Diodes Incorporated's Power Switch ICs - Power Distribution product BSP75NQ-13 include Power Switch ICs - Power Distribution Low Side IntelliFET SOT223 T&R 4K. This is a Power Switch ICs - Power Distribution produced by Diodes Incorporated, and it also offers good applicability in embedded systems, common 3C electronics, automotive electronics, electronic devices, and IoT devices.

BSP75NQ-13 Application and Selection Reference

Diodes Incorporated's Power Switch ICs - Power Distribution product BSP75NQ-13 has a relatively wide range of applications in embedded systems, common 3C electronics, automotive electronics, electronic devices, and IoT devices. Overall, BSP75NQ-13 is a Power Switch ICs - Power Distribution solution worth considering, and manufacturer Diodes Incorporated provides long-term supply program support for this product, which helps ensure supply continuity during mass production.

Recommended Part Numbers for BSP75NQ-13

Designers looking for BSP75NQ-13 recommended parts can evaluate the following options. BSP75NQ-13 selection decisions should verify parameters, tolerance and packaging against the original design bill of materials.

Recommended Part	Brand	Description
2N7002K	Diodes Incorporated
ZXMP4A16GTA	Diodes Incorporated	MOSFET P-CH 40V 6.4A SOT223
ZXMS6008FF-7	Diodes Incorporated	MOSFETs Low Side IntelliFET SOT23F T&R 3K

EZKEY can provide BSP75NQ-13 recommended part comparison data and engineering samples for evaluation.