NCP1602BOOSTGEVB Allicdata Electronics
Allicdata Part #:

NCP1602BOOSTGEVB-ND

Manufacturer Part#:

NCP1602BOOSTGEVB

Price: $ 163.63
Product Category:

Development Boards, Kits, Programmers

Manufacturer: ON Semiconductor
Short Description: EVAL BOARD NCP1602BOOSTG
More Detail: NCP1602 Power Factor Correction Power Management E...
DataSheet: NCP1602BOOSTGEVB datasheetNCP1602BOOSTGEVB Datasheet/PDF
Quantity: 1000
1 +: $ 147.26200
Stock 1000Can Ship Immediately
$ 163.63
Specifications
Series: --
Part Status: Active
Type: Power Management
Function: Power Factor Correction
Embedded: --
Utilized IC / Part: NCP1602
Primary Attributes: --
Supplied Contents: Board(s)
Secondary Attributes: --
Description

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The NCP1602BOOSTGEVB Evaluation and Demonstration Board is a product of ON Semiconductor designed to provide users with an easy-to-use platform for evaluation, testing and demonstration purposes. The board\'s features include an advanced network control processor (NCP), an asynchronous motor drive, an LED driver, adjustable boost voltage regulator, and a generalized evaluation board (GEVB). The board is designed to provide all the necessary resources required for driving and controlling motors of various types and levels of complexity.

The NCP1602BOOSTGEVB Evaluation and Demonstration Board includes the NCP motor control system. This system is an advanced motor control network, which enables the user to drive large and/or complex DC and AC motors with predictable performance characteristics. The system consists of several interconnected modules, which together create a powerful motor control system. These modules include the NCP main processor, an adjustable boost voltage regulator, an external MOSFET driver and an adjustable LED driver.

The NCP main processor is responsible for motor operation and includes a number of features and operations. The processor is responsible for executing program instructions as well as monitoring current operation. The processor also supports variable speed motor control, regulation of motor speed, direction and braking, as well as acceleration/deceleration. It also supports pulse width modulation (PWM) to regulate motor speed and signal timing.

The adjustable boost voltage regulator is used to regulate and adjust the voltage and current of motors. It provides precise control of the motor\'s speed and torque by changing the voltage and current signals. In addition, the boost voltage regulator can be used to power other components, such as LED drivers, when necessary. The adjustable LED driver included with the NCP1602BOOSTGEVB Evaluation and Demonstration Board is capable of controlling the output current and pulse width of LED modules and strips.

The external MOSFET driver operates independently of the NCP main processor to provide an additional level of control for the motor. The MOSFET driver can provide detailed control over motor speed and direction by regulating the voltage and current of individual motor phases. It can also be used to power the NCP main processor and adjust the operating parameters of the motor drive.

The adjustable LED driver allows for direct control of LED modules and strips. It can also be used to regulate the voltage and current of other peripherals, such as sensors. The adjustable LED driver also allows users to set the modulation frequency of the LED and control the frequency of dimming.

The generalized evaluation board (GEVB) included with the NCP1602BOOSTGEVB Evaluation and Demonstration Board provides users with a platform for testing and evaluating various motor control configurations. This board contains a range of I/O ports, connections, and components. This includes a four-wire digital output port, general purpose inputs/outputs, and an adjustable boost voltage regulator. The GEVB also supports a variety of communication protocols, including CAN and USB.

The NCP1602BOOSTGEVB Evaluation and Demonstration Board is an ideal platform for testing, evaluating, and demonstrating the functionality of motion control systems. It contains all the necessary components and peripherals required for motor control systems as well as providing the end user with a comprehensive package for managing and controlling their motors. This evaluation and demonstration board offers users an easy to use and reliable platform for evaluation and testing motor control configurations.

The specific data is subject to PDF, and the above content is for reference

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