IXYS Optocoupler Manuals

Description LDA111 is a unidirectional-input optocoupler with a Darlington-transistor output. The LDA111 has a minimum current transfer ratio (CTR) of 300% with a maximum value of 30,000%.

Description LDA110 is a bidirectional-input optocoupler with a Darlington-transistor output. The LDA110 has a minimum current transfer ratio (CTR) of 300% with a maximum value of 30,000%.

Description The LDA101 is a unidirectional-input optocoupler with a single-transistor output.Optically coupled technology provides a 3750Vrms isolation barrier between the input and the output.

Description The CPC1301 is a unidirectional input optocoupler with a high-voltage Darlington output. Light output from the highly efficient GaAlAs infrared LED activates the optically coupled silicon NPN photo-Darlington output transistor. The input LED and the output transistor are separated by a 5000Vrms isolation barrier.

Description LDA200 is a dual optocoupler with bidirectional inputs and single-transistor outputs. Current transfer ratios range from 33% to 1000% with a typical value of 300%.

Description The CPC1303 is a unidirectional input optocoupler with a single-transistor output, which uses optically coupled technology to provide an enhanced 5000Vrms isolation barrier between the input and the output.The optically coupled output is controlled by a highly efficient GaAlAs infrared LED.

Description The LDA102 is a unidirectional-input optocoupler with a single-transistor output.Optically coupled technology provides a 3750Vrms isolation barrier between the input and the output.

Description LDA201 is a dual optocoupler with bidirectional inputs and single-transistor outputs. Current transfer ratios range from 33% to 1000% with a typical value of 300%.

Description The LDA100 is a bidirectional-input optocoupler with a single-transistor output. Optically coupled technology provides a 3750Vrms isolation barrier between the input and the output.

Description The CPC1302 is a dual optocoupler with two identical, independent channels, each having a unidirectional input and a high-voltage Darlington output. Light output from the highly efficient GaAlAs infrared LED activates its associated, optically coupled silicon NPN photo-Darlington output transistor.The input LED and the output transistor are separated by a 3750Vrms isolation barrier.