Murrelektronik Limited 526100, Optocoupler, Max. Forward 30 (On) V dc, 7 (Off) V dc, Max. Input 5.5 mA, 90mm Length,

Description

Isolation Voltage: 2750V

Dimensions: 90 x 6.2 x 70mm

Mounting Type: DIN Rail

Operating Temperature Range: -20 → +60°C

Length: 90mm

Width: 6.2mm

Depth: 70mm

Input Current: 5.5mA

Minimum Operating Temperature: -20°C

Manufacturer Part No.: 526100

Rise Time: 0.4µs

Maximum Operating Temperature: +60°C

The Murrelektronik Limited 526100 is a technical electronic component designed for efficient signal isolation and transmission. It operates with a maximum forward voltage of 30 V dc in its ‘On’ state and 7 V dc in its ‘Off’ state. This optocoupler stands out for its compact design, having a length of just 90mm, which makes it suitable for integration into various electronic systems where space is a premium.

Unique Features and Benefits of the Optocoupler

• The device functions effectively with a maximum forward voltage of 30 V DC when on and 7 V DC when off.
• The optocoupler operates with a maximum input current of 5.5 mA, ensuring energy efficiency and reduced power consumption.
• With a length of 90mm, the device is notably compact, allowing for easier integration into various systems.
• Its design and construction offer enhanced reliability and a longer operational lifespan.

Signal Isolation Capability

 This optocoupler effectively isolates input and output signals, which is critical for protecting sensitive electronic components from voltage spikes and surges.

The Murrelektronik Limited 526100, Optocoupler, Max. Forward 30 (On) V dc, 7 (Off) V dc, Max. Input 5.5 mA, 90mm Length: Versatile Usage

The Murrelektronik Limited 526100 Optocoupler thus stands as a versatile and reliable component suitable for a wide range of applications where signal isolation and efficient power usage are paramount, including:

• Industrial Automation: Useful in controlling and managing industrial equipment, where precise signal transmission and isolation are crucial.
• Communication Systems: Utilised in telecommunication systems for effective signal handling without interference.
• Medical Equipment: Ideal for use in medical devices where accurate and isolated signal transmission is vital for patient safety and equipment performance.
• Automotive Electronics: Can be integrated into automotive electronic systems for controlling various functions with high reliability.