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TB62209FG

In Stock: 5.518

Operates at a stable 5V power supply with robust current handling capabilities

Manufacturers:
Toshiba Semiconductor
ProduttorePart#:
TB62209FG
Pacchetto/custodia:
HSOP
Tipologia di prodotto:
Memory
RoHS:
Ciclo vitale:
OBSOLETE
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TB62209FG Informazione

Description

Introduction to TB62209FG: TB62209FG is a high-performance stepping motor driver chip designed by Toshiba. It's specifically tailored for industrial, office automation, and consumer electronics applications. Key features of the TB62209FG include optimized circuit design for low interference, power supply stability through ripple reduction techniques, and reliable communication with error-free data transmission protocols. In summary, the TB62209FG is a powerful motor driver that enhances the performance and efficiency of various electronic systems.

Features

The TB62209FG is a high-performance stepping motor driver chip. Key features include:

Optimized circuit design
: It provides efficient power management and low noise operation.
EMI mitigation techniques
: The chip includes built-in measures to reduce electromagnetic interference (EMI).
Power supply stability
: It offers ripple reduction strategies for a stable power supply.
Reliable input specifications
: The chip has strict voltage and current requirements to ensure robust performance.
Error detection/correction
: It incorporates mechanisms to detect errors and recover from them.

These features make the TB62209FG suitable for various applications in industrial, office automation, and consumer electronics equipment.

Package

The TB62209FG has a package type of HSOP36, indicating it's a 36-pin hybrid small outline package.

Manufacturer

The manufacturer of the TB62209FG is Toshiba. Toshiba is a Japanese multinational conglomerate known for its electronics, power systems, and industrial equipment.

Applications

TB62209FG is a stepping motor driver chip used in industrial equipment, office automation devices, and consumer electronics for precise control.

Equivalent

The equivalent product of TB62209FG might be a different stepping motor driver chip from the same manufacturer, Toshiba, with similar functionalities for industrial, office automation, and consumer electronics applications.

Specifiche

Product Category	Toshiba

TB62209FG FAQs

1.Q: Can the TB62209FG be used in automotive applications?

A: No, it is not qualified for automotive use (Automotive: "No" and PPAP: "No" per the datasheet).

2.Q: What is the typical operating current of the TB62209FG?

A: The maximum operating current is 3.5mA, with typical performance depending on load and microstepping configuration.

3.Q: Are there related parts or alternatives to the TB62209FG?

A: Toshiba does not list direct equivalents, but similar stepper motor drivers in their portfolio include TB67S109A or TB6600HG for comparable applications.

4.Q: What is the maximum power dissipation of the TB62209FG?

A: The maximum power dissipation is 3200mW under specified operating conditions.

5.Q: Does the TB62209FG comply with industry certifications?

A: Yes, it is EU RoHS compliant and falls under ECCN EAR99 for export control.

6.Q: What package does the TB62209FG use?

A: It is housed in a 38-pin HSOP (HSOP-38) package with gull-wing leads, measuring 16.5mm(max) x 8.8mm x 2.3mm.

7.Q: What are the recommended operating conditions for the TB62209FG?

A: The supply voltage should be 4.5V to 5.5V, with a typical 5V supply, and an operating temperature range of -40°C to 85°C.

8.Q: What is the absolute maximum output voltage rating of the TB62209FG?

A: The absolute maximum output voltage is 40V.

9.Q: What applications is the TB62209FG suitable for?

A: It is designed for precision motion control systems, such as industrial automation, robotics, medical equipment, and office machinery requiring microstepping.

10.Q: What are the key features of the TB62209FG motor driver?

A: The TB62209FG supports 2-phase bipolar stepper motors with high microstepping, operates at up to 100kHz clock frequency, and offers a 5V supply voltage with a 40V maximum output.

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