Welcome to Tianjin Janhoo Optoelectronics Co., Ltd.
8617695468303
Found 15 products for "

high power laser pulses optical amplifier chip

"
quality 1550nm Wavelength Semiconductor Optical Amplifier SOA Chip for High Power Laser Pulses and Cost-effective Solutions factory

1550nm Wavelength Semiconductor Optical Amplifier SOA Chip for High Power Laser Pulses and Cost-effective Solutions

1550nm Semiconductor Optical Amplifier SOA Chip Product Features All SOA chips are manufactured in China with independent process control Compatible with mainstream SOA manufacturers' structures and dimensions Cost-effective solutions with short lead times and fast delivery Customization options and rapid iteration capabilities Product Applications Replacement for acousto-optic modulators in optical switching for fiber optic sensing systems Optical loss compensation in

quality 1550nm Wavelength SOA Chip Semiconductor Optical Amplifier for High Power Laser Pulses and Cost-Effective Optical Amplification factory

1550nm Wavelength SOA Chip Semiconductor Optical Amplifier for High Power Laser Pulses and Cost-Effective Optical Amplification

1550nm SOA Semiconductor Optical Amplifier Chip COC Product Features All COC chips manufactured in China with independent process control Compatible with mainstream SOA manufacturers' structure and dimensions Cost-effective solution with short lead times and fast delivery Customization options and rapid iteration capabilities Product Applications Replacement of acousto-optic modulators for optical switching in fiber optic sensing systems Compensation of optical light path

quality Janhoo 1550nm G=25dB high gain SOA Semiconductor Optical Amplifier Chip COC G 25dB 250mA factory

Janhoo 1550nm G=25dB high gain SOA Semiconductor Optical Amplifier Chip COC G 25dB 250mA

Product Features COC chips are all produced in China, with independent process control Consistent with the structure and size of mainstream SOA manufacturers, strong compatibility Cost-effective, short lead time, fast delivery, customisation and rapid iteration Product Applications Replacement of acousto-optic modulators for optical switching in fiber optic sensing systems Compensation of optical light path losses in silicon photonic integration devices For generating high

quality Janhoo 1550nm SOA Semiconductor Optical Amplifier Chip COC G 25dB 250mA factory

Janhoo 1550nm SOA Semiconductor Optical Amplifier Chip COC G 25dB 250mA

Product Features COC chips are all produced in China, with independent process control Consistent with the structure and size of mainstream SOA manufacturers, strong compatibility Cost-effective, short lead time, fast delivery, customisation and rapid iteration Product Applications Replacement of acousto-optic modulators for optical switching in fiber optic sensing systems Compensation of optical light path losses in silicon photonic integration devices For generating high

quality Janhoo 1550nm G=25dB SOA Semiconductor Optical Amplifier Chip COC G 25dB 250mA factory

Janhoo 1550nm G=25dB SOA Semiconductor Optical Amplifier Chip COC G 25dB 250mA

Product Features COC chips are all produced in China, with independent process control Consistent with the structure and size of mainstream SOA manufacturers, strong compatibility Cost-effective, short lead time, fast delivery, customisation and rapid iteration Product Applications Replacement of acousto-optic modulators for optical switching in fiber optic sensing systems Compensation of optical light path losses in silicon photonic integration devices For generating high

quality Janhoo 100% Original 1550nm G25 SOA Semiconductor Optical Amplifier Chip COC  250mA factory

Janhoo 100% Original 1550nm G25 SOA Semiconductor Optical Amplifier Chip COC 250mA

Product Features COC chips are all produced in China, with independent process control Consistent with the structure and size of mainstream SOA manufacturers, strong compatibility Cost-effective, short lead time, fast delivery, customisation and rapid iteration Product Applications Replacement of acousto-optic modulators for optical switching in fiber optic sensing systems Compensation of optical light path losses in silicon photonic integration devices For generating high

quality Janhoo 1550nm G25 SOA Semiconductor Optical Amplifier Chip COC  250mA factory

Janhoo 1550nm G25 SOA Semiconductor Optical Amplifier Chip COC 250mA

Product Features COC chips are all produced in China, with independent process control Consistent with the structure and size of mainstream SOA manufacturers, strong compatibility Cost-effective, short lead time, fast delivery, customisation and rapid iteration Product Applications Replacement of acousto-optic modulators for optical switching in fiber optic sensing systems Compensation of optical light path losses in silicon photonic integration devices For generating high

quality Janhoo 1550nm G=25dB SOA high gain Semiconductor Optical Amplifier Chip COC G 25dB 250mA factory

Janhoo 1550nm G=25dB SOA high gain Semiconductor Optical Amplifier Chip COC G 25dB 250mA

Product Features COC chips are all produced in China, with independent process control Consistent with the structure and size of mainstream SOA manufacturers, strong compatibility Cost-effective, short lead time, fast delivery, customisation and rapid iteration Product Applications Replacement of acousto-optic modulators for optical switching in fiber optic sensing systems Compensation of optical light path losses in silicon photonic integration devices For generating high

quality Janhoo 1550nm G=25dB SOA Semiconductor Optical Amplifier Chip COC high gain G=25dB 250mA factory

Janhoo 1550nm G=25dB SOA Semiconductor Optical Amplifier Chip COC high gain G=25dB 250mA

Product Features COC chips are all produced in China, with independent process control Consistent with the structure and size of mainstream SOA manufacturers, strong compatibility Cost-effective, short lead time, fast delivery, customisation and rapid iteration Product Applications Replacement of acousto-optic modulators for optical switching in fiber optic sensing systems Compensation of optical light path losses in silicon photonic integration devices For generating high

Previous Next
Previous
Page 1 of 2
Next