Datasheet |
No Datasheet |
---|
Description | Details | Operation |
---|---|---|
Product Category | Unclassified | |
Installation type | Surface installation | |
output device | Phototransistor | |
Maximum forward voltage | 1.4V | |
Number of channels | 1 Ohms | |
Number of needles | 4 | |
Package/Enclosure | SO4 | |
Input current type | direct | |
Typical rise time | 4µs | |
Maximum input current | 50 mA | |
Isolation voltage | 3750 Vrms | |
Maximum current transfer ratio | 400% | |
Typical descent time | 7µs | |
Series | TLP 291 | |
Special Features | Suitable for high-density surface mount applications such as small switching power supplies and programmable controllers, TLP291 includes a phototransistor optically coupled to a phosphoarsenide infrared light-emitting diode |
A : Please rest assured that the products sold in the Oneyac mall are all original and genuine products. We are the authorized dealer of electronic components of well-known brands both at home and abroad, and we guarantee the quality from the source.
A : Oneyac self-run selected brand has the original factory authorized agent qualification, and can provide the agent certificate.Part of the product data comes from partners (such as holder, future electronics, RS electronics), and we have carried out strict qualification examination for the products, with original factory labels and relevant bills for inspection.
A : Please carefully check the product model information before placing the order. If the order is wrongly ordered due to your own reasons, we will not accept the return or replacement requirements.If the product quantity is wrong, the model is inconsistent, and the product quality problem occurs, please be sure to keep the original packaging and label, and contact us within two weeks to apply for return.
Qty. | Unit Price | Ext. Price |
---|---|---|
Full Reel (Order in multiples of 50) |
||
140+ | $0.1513 | $21.182 |
|
Unit Price:$ Ext. Price:$ |
MPQ | 50 | ETD HK | 1~2 Weeks |
---|---|---|---|
Min. | 140 | Mult. | 1 |
Production Year: 2023