TI AMC1305M25DW

Teilpunkte

• The AMC1305M25DW is a precision, fully differential amplifier designed for high common-mode voltage and low power consumption. It provides reliable isolation and accurate sensing for current measurement applications, making it ideal for use in motor control systems, inverters, and power supplies. The chip offers high accuracy and linearity, along with low offset and phase delay.

• Equivalent

  The equivalent products of the AMC1305M25DW chip are AMC1306M25DW, AMC1306M25, and AMC1306M25S. These chips are also isolation amplifiers with reinforced isolation and integrated DC/DC converter functionalities.

• Features

  1. Isolation voltage: 3000 Vrms 2. Wide input common-mode voltage: -0.5 to 2.5 V 3. Low offset voltage: ±100 µV 4. Low gain error: ±0.3% 5. Low nonlinearity: ±0.05% 6. Wide bandwidth: 100 kHz 7. Small package: SOIC-8 8. Low power consumption: 1.76 mW typical at 3.3 V

• Pinout

  AMC1305M25DW is a precision, isolated delta-sigma modulator with an output data rate of 25Mbps. It has a pin count of 8 with functions for input common-mode rejection and output data isolation.

• Manufacturer

  The manufacturer of AMC1305M25DW is Texas Instruments. Texas Instruments is an American technology company that designs and manufactures semiconductors and integrated circuits. They are known for their wide range of innovative products in areas such as analog and digital signal processing, power management, and microcontrollers.

• Application Field

  The AMC1305M25DW is commonly used in applications such as motor control systems, industrial inverters, renewable energy inverters, and power supplies. It is designed to provide reinforced isolation for current sensing and monitoring in high voltage environments, making it ideal for these high-performance applications.

• Package

  The AMC1305M25DW is a surface-mount package type, available in a SOIC-16 form. The chip's size is 10.3mm x 7.5mm x 2.3mm (L x W x H). Its overall compact design makes it ideal for applications requiring isolation and current sensing in motor control, power inverters, and other industrial equipment.