IR2130S application note & impact wrench | circuit

Explore the IR2130S Reference Manual for comprehensive information, including application notes, circuit diagrams, pinout details, and parts lists. This document is essential for understanding the IR2130S impact wrench, its rebuild kit, and its role as a MOSFET driver and BLDC driver.

Marcas: Tecnologías Infineon

Descargar: IR2130S Datasheet PDF

Precio: Obsoleto

En stock: 23,407

Configuración impulsada: Medio puente

Tipo de canal: Trifásico

Tipo de puerta: IGBT, MOSFET de canal N

Paquete: 28-SOIC (0,295, 7,50 mm de ancho)

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IR2130 Pinout Equivalent

ir2130 pinout

1：Overview of the IR2130：

The IR2130 is a high-voltage gate driver chip produced by Infineon, designed for MOSFET and IGBT power devices. It can be widely used in motor control, industrial inverters, and power systems. It supports up to 600V power drive, with a forward peak of 250mA (HIN pin) and a reverse peak of 500mA (LIN pin). This device is capable of fast switching and includes built-in overcurrent protection and undervoltage lockout features.

2：IR2130 Important pin function definition:

Número PIN	Nombre del pin	Descripción
Pin1	VCC	Low side and logic fixed supply
Pin2, 3, 4	HIN1,2,3	Logic inputs for high side gate driver outputs (HO1,2,3), out of phase
Pin5, 6, 7	LIN1,2,3	Logic inputs for low side gate driver output (LO1,2,3), out of phase
Pin8	FAULT	Indicates over-current or undervoltage lockout (low side) has occurred, negative logic
Pin9	ITRIP	Input for over-current shutdown
Pin10	CAO	Output of current amplifier
Pin11	CA-	Negative input of current amplifier
Pin12	VSS	Logic ground
Pin28, 24, 20	VB1,2,3	High side floating supplies
Pin27, 23, 20	HO1,2,3	High side gate drive outputs
Pin26, 22, 18	VS1,2,3	High side floating supply returns
Pin16, 15, 14	LO1,2,3	Low side gate drive outputs
Pin13	VS0	Low side return and positive input of current amplifier

3：Recomendación de modelo alternativo

A6862：A6862 features dual-channel drive capability, enabling it to control two independent DC motors or one bipolar stepper motor simultaneously.Each channel can output a large current to meet the power requirements for normal motor operation. The ability to provide high current output means it can drive motors with relatively higher power, ensuring that the motor generates sufficient torque for quick start-up, stoppage, and precise speed control.
A6862

FD6288Q：FD6288Q features a unique dual H-bridge drive architecture, allowing it to simultaneously drive two DC motors or a single bipolar stepper motor. Independent control of the two H-bridges enables flexible forward and reverse motor operation, providing robust support for complex motor control requirements. Whether you need two motors to run synchronously or asynchronously, FD6288Q handles it effortlessly.
FD6288Q

U5316：U5316 is a three-phase full-bridge driver chip introduced by Uni-Semiconductor, primarily used for driving three-phase motors such as AC induction motors and brushless DC motors. It is widely applied in industrial control, home appliances, and electric tools.U5316 is a high-performance three-phase full-bridge driver chip that, with its high voltage support, multiple protection mechanisms, and compact packaging, has wide applications in industrial control, home appliances, and electric tools.
U5316

G2061：G2061 adopts three-phase full-bridge topology structure. It has six independent gate drive channels built in and can directly drive the six power switching transistors (such as MOSFET or IGBT) of a three-phase motor. By controlling the on and off of different bridge arms, functions such as forward and reverse rotation and speed regulation of the motor can be realized. It is suitable for three-phase motor systems that require high-precision control.
G2061

4：Comparison of main parameters for several models

Modelo de chip	Rango de voltaje de suministro	Corriente de salida continua	Tipo de paquete	Funciones de protección
IR2130	12–600V DC	2A por canal	SOIC-14	Over-current, Over-voltage, Under-voltage, Thermal
A6862	5.5–40V DC	2.5A per channel	SOIC-16	Over-current, Thermal, Short-circuit
FD6288Q	5–25V DC	2A por canal	Procedimiento operativo estándar (SOP-8)	Over-current, Thermal, Under-voltage
U5316	280V DC Bus	1.5A/1.8A (source/sink)	TSSOP20	Over-current, Thermal, Under-voltage
G2061	250V DC Bus	1.5A/1.8A (source/sink)	QFN24	Over-current, Thermal, Under-voltage, Dead-time