LTV-357T-C: The Outstanding Choice for Optocouplers | UCC INDU GmbH

In the vast ocean of electronic components, the LTV-357T-C stands out with its exceptional performance and broad range of applications. As a trusted distributor of electronic components, UCC INDU GmbH is committed to providing customers with high-quality products and professional technical support. Today, we are delighted to introduce the LTV-357T-C, a transistor-output optocoupler produced by Lite-On (Lite-On Technology Corporation). With its outstanding performance and wide range of applications, it has become the ideal choice for many electronic devices.

I. Product Features

1. High Isolation Voltage: 

   The LTV-357T-C boasts an isolation voltage as high as 3750Vrms, which means it can provide excellent electrical isolation performance in high-voltage environments.

2. Wide Current Transfer Ratio (CTR): 

   The Current Transfer Ratio (CTR) is one of the key indicators for measuring the performance of an optocoupler. The CTR range of the LTV-357T-C is quite broad, with a minimum of 50% and a maximum of up to 600%. This wide CTR range allows it to adapt to various working conditions, maintaining stable performance in both low-current and high-current applications. Our technical support team can provide you with detailed selection advice to ensure you choose the product that best suits your application.

3. Fast Response Time: 

   In signal transmission with rapid changes, response time is crucial. The LTV-357T-C has a rise time of 4μs and a fall time of 3μs. This fast response capability ensures its excellent performance in high-speed signal transmission.

4. Wide Operating Temperature Range: 

   The operating temperature range of the LTV-357T-C is from -55°C to +110°C. This wide operating temperature range enables it to work stably in various extreme environments.

II. Application Fields

1. Power Supply Circuits: 

   In power supply circuits, the LTV-357T-C is widely used in the feedback circuits of switch-mode power supplies. It can effectively isolate the high-voltage and low-voltage sections, ensuring stable power output.

2. Signal Transmission: 

   In the field of signal transmission, the LTV-357T-C is an ideal isolation component. It can effectively isolate input and output signals, preventing interference between them.

3. Industrial Control: 

   In the field of industrial control, the LTV-357T-C is widely used in various control circuits. It can effectively isolate control signals from actuators, preventing interference from high voltages on the control circuits.

4. Communication Equipment: 

   In communication equipment, the LTV-357T-C is widely used in signal isolation and protection circuits. It can effectively isolate transmit and receive signals, preventing interference between them. The fast delivery service of UCC INDU GmbH ensures that you will not experience delays in your project development due to component supply issues.

III. Reasons to Choose UCC INDU GmbH

- Professional Support: Our professional team, with extensive industry experience, can provide you with comprehensive technical support from selection to application.

- Fast Delivery: We have a well-established inventory management and logistics system, ensuring that you can quickly obtain the components you need.

- Quality Assurance: We strictly control product quality, ensuring that every batch of products meets the high standards of our customers.

- Customized Services: Based on your specific needs, we can offer customized solutions to meet your special application requirements.

IV. Contact Us

Choosing UCC INDU GmbH means choosing outstanding performance and reliable quality. For more information about the LTV-357T-C or to obtain technical support, please visit our website or contact our sales team. We look forward to working with you to create a better future!

Disclaimer: Le informazioni fornite in questa pagina hanno uno scopo puramente informativo, non ne garantiamo l'accuratezza o la completezza e non ci assumiamo alcuna responsabilità per eventuali perdite o danni derivanti dal loro utilizzo.