| Allicdata Part #: | 5962-8978501ZA-ND |
| Manufacturer Part#: |
5962-8978501ZA |
| Price: | $ 61.70 |
| Product Category: | Isolators |
| Manufacturer: | Broadcom Limited |
| Short Description: | OPTOISO 1.5KV 2CH DARL 8-DIP GW |
| More Detail: | Optoisolator Darlington Output 1500VDC 2 Channel 8... |
| DataSheet: |  5962-8978501ZA Datasheet/PDF |
| Quantity: | 1000 |
| 39 +: | $ 56.08970 |
Specifications
| Output Type: | Darlington |
| Supplier Device Package: | 8-DIP Gull Wing |
| Package / Case: | 8-SMD, Gull Wing |
| Mounting Type: | Surface Mount |
| Operating Temperature: | -55°C ~ 125°C |
| Vce Saturation (Max): | 110mV |
| Current - DC Forward (If) (Max): | 10mA |
| Voltage - Forward (Vf) (Typ): | 1.4V |
| Current - Output / Channel: | 40mA |
| Voltage - Output (Max): | 20V |
| Series: | -- |
| Input Type: | DC |
| Rise / Fall Time (Typ): | -- |
| Turn On / Turn Off Time (Typ): | 2µs, 8µs |
| Current Transfer Ratio (Max): | -- |
| Current Transfer Ratio (Min): | 200% @ 5mA |
| Voltage - Isolation: | 1500VDC |
| Number of Channels: | 2 |
| Part Status: | Active |
| Packaging: | Tube |
Description
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Optoisolators play an important role in the operation of electronic systems and equipment, providing a form of electrical isolation between circuits which is particularly useful in situations where high voltages are involved. The 5962-8978501ZA is a type of optoisolator specifically designed with a transistor photovoltaic output.
Transistor Photovoltaic Output
The 5962-8978501ZA is an optoisolator which uses a photovoltaic device, such as a photodiode or a phototransistor, to convert an incoming light signal to an electrical output. The optoisolator in this case has a transistor photovoltaic output, meaning that the output current is proportional to the incoming light signal. The optoisolator also provides electrical isolation between the input and output circuits, which prevents any interference between them.Features and Benefits
The main feature of the 5962-8978501ZA optoisolator is its high level of electrical noise immunity, which makes it ideal for applications in which noise levels are a concern. The optoisolator also has a high off-state current rating, meaning that it can carry more current than some other optoisolators. Additionally, the optoisolator is easily integrated into existing systems, making it a cost-effective solution.Applications
The 5962-8978501ZA optoisolator can be used in a variety of applications, including communication systems, motor control, medical devices, and industrial control. In communication systems, the optoisolator can be used to convert incoming light signals to electrical outputs, while in motor control, it can be used to protect electrical circuits from interference caused by changing electrical currents. In medical applications, the optoisolator can be used to provide a safe and reliable connection between two components, while in industrial control, it can be used to isolate motors and other equipment from each other.Working Principle
The working principle of the 5962-8978501ZA optoisolator is based on the photovoltaic effect. When light is applied to the photovoltaic device, it creates a voltage potential and a current flow. This current flow is regulated by the optoisolator itself, and is used to control the output current flow. The current flow through the optoisolator is regulated with a voltage divider circuit, which helps to maintain the output current at a predetermined level. The optoisolator also has a high-impedance input, which allows it to be used in circuits with high-voltage signals without causing any interference.Conclusion
The 5962-8978501ZA optoisolator with transistor photovoltaic output is a reliable and cost-effective solution for providing electrical isolation and noise immunity in electronic systems. The optoisolator is designed to provide a current flow proportional to an incoming light signal, making it ideal for a variety of applications including communication systems, motor control, medical devices, and industrial control. The optoisolator’s working principle is based on the photovoltaic effect, allowing it to be used in circuits with high-voltage signals without causing any interference.The specific data is subject to PDF, and the above content is for reference
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