HCNW4504

부품 포인트

• The HCNW4504 is an optocoupler chip designed for high-speed communication and signal isolation in industrial applications. It features a maximum data rate of 1 Mbps and a wide operating temperature range. This chip provides reliable isolation between input and output signals, making it ideal for use in noisy or high-voltage environments.

• Equivalent

  The equivalent products of HCNW4504 chip are HCPL-4504, HCPL-0454, and HCPL-J454 optocouplers. These are all high-speed, high-gain optocouplers with similar functionality to the HCNW4504 chip.

• Features

  1. High speed performance with 10 Mbps data rate 2. 5 kV isolation voltage for safety critical applications 3. Low power consumption 4. Compatible with wide range of operating temperatures 5. High common mode rejection ratio (CMRR) for reliable communication 6. Available in small package size for space-constrained designs

• Pinout

  HCNW4504 is a 8-pin optocoupler with a phototransistor output. It is used for high-speed logic interfacing, input/output buffering, as well as isolation in high-noise environments. The pinout includes pins for the anode and cathode of the LED, as well as the emitter and collector of the phototransistor.

• Manufacturer

  The manufacturer of HCNW4504 is Broadcom Inc. It is an American company that specializes in semiconductor and infrastructure software solutions. Broadcom creates a wide range of products including connectivity, computing, and storage solutions for various industries such as telecommunications, enterprise, and automotive.

• Application Field

  - Isolated signal transmission in industrial automation - Isolation of digital signals in power supplies - Isolation of analog and digital signals in medical equipment - Isolation of control signals in motor drives - Isolation of communication signals in data acquisition systems

• Package

  The HCNW4504 chip is an optocoupler device in a 6-pin dual in-line package (DIP). It is in a through hole form with a standard DIP package size of 9.65mm x 6.60mm.