Skip to Main Content

A1458 Optocoupler Datasheet Jun 2026

The is a testament to the idea that simple components can solve complex problems. By understanding the parameters in its datasheet—specifically the isolation voltage and CTR—you can design robust circuits that stand up to high voltages and electrical noise.

When purchasing, look for the specific ordering code (e.g., HCPL-1458-000E) to confirm package style and RoHS compliance. Key procurement details include: a1458 optocoupler datasheet

To ensure the transistor saturates fully when turned on, we size the pull-up resistor to limit the current well below the max available ICcap I sub cap C , say around 2mA. The is a testament to the idea that

(Pin 8) and GND (Pin 5) pins to suppress high-frequency noise. Key procurement details include: To ensure the transistor

: The LED in the A1458 is highly efficient. The datasheet's recommended forward current (IF) is typically between 10mA and 16mA. A series resistor should always be used to limit the current to the appropriate value based on your control voltage.

A1458 Optocoupler Datasheet Jun 2026

This guide is intended to educate users on how to download and use Complete Anatomy.

The is a testament to the idea that simple components can solve complex problems. By understanding the parameters in its datasheet—specifically the isolation voltage and CTR—you can design robust circuits that stand up to high voltages and electrical noise.

When purchasing, look for the specific ordering code (e.g., HCPL-1458-000E) to confirm package style and RoHS compliance. Key procurement details include:

To ensure the transistor saturates fully when turned on, we size the pull-up resistor to limit the current well below the max available ICcap I sub cap C , say around 2mA.

(Pin 8) and GND (Pin 5) pins to suppress high-frequency noise.

: The LED in the A1458 is highly efficient. The datasheet's recommended forward current (IF) is typically between 10mA and 16mA. A series resistor should always be used to limit the current to the appropriate value based on your control voltage.