The Story
Dual Optoisolator – Open Collector NAND Gate, 8-Pin DIP
High-Speed Dual Optoisolator with Open Collector NAND Gate Output
The NTE3094 is a dual optoisolator designed for applications requiring reliable high-speed signal isolation and logic interfacing. Each channel features an open collector NAND gate output, making it well-suited for TTL logic systems and offering superior performance in noise-sensitive environments. Housed in a standard 8-pin DIP package, this optoisolator provides durability and consistency for both new and legacy designs.
Key Features and Technical Data
- Configuration: Dual optoisolator channels with open collector NAND gate outputs
- Package: 8-pin DIP (Dual In-Line Package)
- Compatibility: TTL logic level output; ideal for high-speed digital circuits
- Input Type: Phototransistor input for each channel
- High Common Mode Rejection: Reduces susceptibility to noise and ensures data integrity
- Per Package Qty: 1
- NTE Part Number: NTE3094
Typical Applications
- Logic signal isolation between systems with potential voltage differences
- TTL-compatible switching circuits
- Industrial controls, automation, and instrumentation
- Data acquisition and microprocessor input/output isolation
- Noise-sensitive digital environments requiring high-speed optocoupling
Usage Instructions
For proper operation, connect each input LED to the appropriate TTL signal source. The open collector NAND gate outputs can be interfaced directly with TTL-compatible logic circuits, and external pull-up resistors are recommended for optimal performance. Refer to your system's logic voltage levels and power supply specifications when determining resistor values.
This high-speed dual channel optocoupler offers robust electrical isolation for demanding applications, ensuring consistent, reliable performance where compact, integrated isolation is required.
This part is the equivalent replacement for the following:
5082-4364, ECG3094, HCPL-2630, HCPL2630, HCPL2630DN, HCPL-2631, HCPL2631, ICPL2630, MCL2630, MCL2631, NTE3094, PC9D10, SK10404, SK10404/3094, TLP2630, TLP2631
Description
Dual Optoisolator – Open Collector NAND Gate, 8-Pin DIP
High-Speed Dual Optoisolator with Open Collector NAND Gate Output
The NTE3094 is a dual optoisolator designed for applications requiring reliable high-speed signal isolation and logic interfacing. Each channel features an open collector NAND gate output, making it well-suited for TTL logic systems and offering superior performance in noise-sensitive environments. Housed in a standard 8-pin DIP package, this optoisolator provides durability and consistency for both new and legacy designs.
Key Features and Technical Data
- Configuration: Dual optoisolator channels with open collector NAND gate outputs
- Package: 8-pin DIP (Dual In-Line Package)
- Compatibility: TTL logic level output; ideal for high-speed digital circuits
- Input Type: Phototransistor input for each channel
- High Common Mode Rejection: Reduces susceptibility to noise and ensures data integrity
- Per Package Qty: 1
- NTE Part Number: NTE3094
Typical Applications
- Logic signal isolation between systems with potential voltage differences
- TTL-compatible switching circuits
- Industrial controls, automation, and instrumentation
- Data acquisition and microprocessor input/output isolation
- Noise-sensitive digital environments requiring high-speed optocoupling
Usage Instructions
For proper operation, connect each input LED to the appropriate TTL signal source. The open collector NAND gate outputs can be interfaced directly with TTL-compatible logic circuits, and external pull-up resistors are recommended for optimal performance. Refer to your system's logic voltage levels and power supply specifications when determining resistor values.
This high-speed dual channel optocoupler offers robust electrical isolation for demanding applications, ensuring consistent, reliable performance where compact, integrated isolation is required.
This part is the equivalent replacement for the following:
5082-4364, ECG3094, HCPL-2630, HCPL2630, HCPL2630DN, HCPL-2631, HCPL2631, ICPL2630, MCL2630, MCL2631, NTE3094, PC9D10, SK10404, SK10404/3094, TLP2630, TLP2631
