GE IS230TNCIH4C

Description

Product Name：GE IS230TNCIH4C

Product Description:
The GE IS230TNCIH4C is a digital signal processor (DSP) chip manufactured by General Electric (GE). This chip is designed for industrial applications and features high speed, high accuracy and low power consumption.

Product Features:

High speed: This chip adopts advanced CMOS technology with high-speed data processing capability, which can meet the demand of real-time signal processing.
High precision: The chip has high-precision analog and digital converter (ADC), which can realize high-precision conversion and processing of analog signals.
Low Power Consumption: The chip adopts a low power consumption design, which can extend the battery life of the device and is suitable for portable devices with strict requirements on power consumption.
Industrial-grade temperature range: The chip can work stably in a wide temperature range, suitable for a variety of harsh industrial environments.
Rich peripheral interfaces: The chip has rich peripheral interfaces, which can be easily connected and controlled with other devices.

Product Parameters:
The specific parameters of GE IS230TNCIH4C may vary with different versions or batches. In general, the main parameters of the chip include:

Processor type: DSP (Digital Signal Processor)
Operating voltage range: typically 3.3V or 5V
Operating temperature range: -40°C to +85°C (industrial grade temperature range)
Package type: usually SOIC or QFN package
Peripheral interfaces: I2C, SPI, UART, etc.
ADC resolution: usually 12-bit or higher
Operating frequency: typically hundreds of MHz to more than 1GHz
Power consumption: low-power design, depending on operating voltage and frequency
Other features: programmable logic gate array (FPGA) support for customized development

Application areas:
GE IS230TNCIH4C is widely used in a variety of industrial automation control systems that require high speed, high precision, and low power consumption, such as motor control, power electronics, and data acquisition. It can also be used in other fields that require real-time signal processing, such as audio processing, image processing, etc.