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high voltage isolation photocoupler LITEON CNY17-2 for power supply and sensor system applications

high voltage isolation photocoupler LITEON CNY17-2 for power supply and sensor system applications

Product OverviewThe CNY17-1 thru CNY17-4 series photocouplers offer high input-output isolation voltage (5,000Vrms) and fast response times. They are available in various package types including dual-in-line, wide lead spacing, surface mounting, and tape and reel for diverse application needs. These ...

High density mounting photocoupler LITEON LTV816S2TPC-V-G with fast response and high input output isolation voltage

High density mounting photocoupler LITEON LTV816S2TPC-V-G with fast response and high input output isolation voltage

LTV-816S2-V-G Series PhotocouplerThe LTV-816S2-V-G series is a high-isolation voltage photocoupler designed for applications requiring surface mounting and high-density integration. It features a current transfer ratio of 50% minimum and a fast response time, making it suitable for use in programmab...

Photocoupler LITEON LTV-247-V-G-HC designed for high density mounting and industrial system appliance integration

Photocoupler LITEON LTV-247-V-G-HC designed for high density mounting and industrial system appliance integration

LTV-2X7-G Series Photocoupler The LTV-2X7-G series photocouplers from Lite-On Technology Corp. offer high input-output isolation voltage (Viso=3,750Vrms) and employ double transfer mold technology. They are designed for applications requiring high density mounting, such as hybrid substrates, ...

High Reliability Optocoupler MSKSEMI PC817B-MS Featuring 5000Vrms Isolation and Fast Switching Times

High Reliability Optocoupler MSKSEMI PC817B-MS Featuring 5000Vrms Isolation and Fast Switching Times

Product Overview The PC817x-MS is a series of high-reliability optocouplers designed for various industrial applications. It features a GaAs infrared emitting diode coupled with an NPN silicon phototransistor, offering a minimum current transfer ratio (CTR) of 50% under specified operating ...

Photocoupler Dual Channel Isolation Device LITEON LTV-825 with Fast Response Time and High Reliability

Photocoupler Dual Channel Isolation Device LITEON LTV-825 with Fast Response Time and High Reliability

Product OverviewThe LTV-8X5 series are high-performance photocouplers designed for applications requiring robust isolation and fast response times. Available in single-channel (LTV-815), dual-channel (LTV-825), and quad-channel (LTV-845) configurations, these devices come in various package types ...

Single channel photocoupler LITEON LTV-817M-C with wide lead spacing and high current transfer ratio

Single channel photocoupler LITEON LTV-817M-C with wide lead spacing and high current transfer ratio

LITE-ON LTV-817/827/847 Series Photocoupler The LITE-ON LTV-817/827/847 series are high-performance photocouplers designed for reliable signal isolation. They feature excellent current transfer ratio, high input-output isolation voltage, and fast response times, making them suitable for various ...

Digital isolator with 5 kilovolt insulation and consumption NOVOSENSE NSI8121N1 dual channel solution

Digital isolator with 5 kilovolt insulation and consumption NOVOSENSE NSI8121N1 dual channel solution

Product OverviewThe NSi812x devices are high reliability dual-channel digital isolators offering safety certification (UL1577) with high insulation withstand voltages (3.75kVrms, 5kVrms). They provide excellent electromagnetic immunity, low emissions, and low power consumption. With data rates up to ...

Isolated dual channel gate driver IC NOVOSENSE NSi6602B-Q1SPNR with 3000Vrms and 5700Vrms isolation voltage

Isolated dual channel gate driver IC NOVOSENSE NSi6602B-Q1SPNR with 3000Vrms and 5700Vrms isolation voltage

Product OverviewThe NSI6602 is a family of high reliability isolated dual-channel gate driver ICs designed for driving power transistors up to 2MHz switching frequency. Each output can source 4A and sink 6A peak current with fast 25ns propagation delay and 5ns maximum delay matching. The NSI6602 ...