Picosecond Pulse Labs, Inc.10Gb/s Flat Group Delay FilterModel 5933
Description
Features
OC-192 Data Rate Design
Very Low Group Delay Variation
Absorptive Low Reflection
Quasi-Gaussian Response Applications
SONET and SDH Systems
Fiber-optic Receivers
Test and Measurement The Picosecond Advantage: Picosecond Pulse Labs has 20 years of expertise in broadband component design. These filters have the best transient response to high speed pulses in the industry, and they have group delay variation of <3 ps. These quasi-Gaussian filters are described in AN-7a, “Low-Pass Risetime Filters for Time Domain Applications”.Description: Our Model 5933 Flat Group Delay Low-Pass Filter is designed for OEM use in high-speed digital networks and telecommunication systems. This device uses a proprietary, absorptive filter design that has attenuation and time domain characteristics similar to those of the 4th order Bessel-Thomson filter. Traditional Bessel-Thomson designs filter by reflecting stop-band frequency signals and thus can cause increased bit error rates and eye diagram closure due to multiple reflections. By contrast, these filters filter by absorption. They have excellent impedance matches and very good return losses, both within and above the filter pass band. The Flat Group Delay style filter exhibits quasi-Gaussian insertion loss characteristics, with superior time domain performance.
Picosecond Pulse Labs, Inc.
Done
Description
Features
OC-192 Data Rate Design
Very Low Group Delay Variation
Absorptive Low Reflection
Quasi-Gaussian Response Applications
SONET and SDH Systems
Fiber-optic Receivers
Test and Measurement The Picosecond Advantage: Picosecond Pulse Labs has 20 years of expertise in broadband component design. These filters have the best transient response to high speed pulses in the industry, and they have group delay variation of <3 ps. These quasi-Gaussian filters are described in AN-7a, “Low-Pass Risetime Filters for Time Domain Applications”.Description: Our Model 5933 Flat Group Delay Low-Pass Filter is designed for OEM use in high-speed digital networks and telecommunication systems. This device uses a proprietary, absorptive filter design that has attenuation and time domain characteristics similar to those of the 4th order Bessel-Thomson filter. Traditional Bessel-Thomson designs filter by reflecting stop-band frequency signals and thus can cause increased bit error rates and eye diagram closure due to multiple reflections. By contrast, these filters filter by absorption. They have excellent impedance matches and very good return losses, both within and above the filter pass band. The Flat Group Delay style filter exhibits quasi-Gaussian insertion loss characteristics, with superior time domain performance.
Features
OC-192 Data Rate Design
Very Low Group Delay Variation
Absorptive Low Reflection
Quasi-Gaussian Response Applications
SONET and SDH Systems
Fiber-optic Receivers
Test and Measurement The Picosecond Advantage: Picosecond Pulse Labs has 20 years of expertise in broadband component design. These filters have the best transient response to high speed pulses in the industry, and they have group delay variation of <3 ps. These quasi-Gaussian filters are described in AN-7a, “Low-Pass Risetime Filters for Time Domain Applications”.Description: Our Model 5933 Flat Group Delay Low-Pass Filter is designed for OEM use in high-speed digital networks and telecommunication systems. This device uses a proprietary, absorptive filter design that has attenuation and time domain characteristics similar to those of the 4th order Bessel-Thomson filter. Traditional Bessel-Thomson designs filter by reflecting stop-band frequency signals and thus can cause increased bit error rates and eye diagram closure due to multiple reflections. By contrast, these filters filter by absorption. They have excellent impedance matches and very good return losses, both within and above the filter pass band. The Flat Group Delay style filter exhibits quasi-Gaussian insertion loss characteristics, with superior time domain performance.
Features
OC-192 Data Rate Design
Very Low Group Delay
Variation
Absorptive Low Reflection
Quasi-Gaussian Response Applications
SONET and SDH Systems
Fiber-optic Receivers
Test and Measurement The Picosecond Advantage:
Picosecond Pulse Labs has 20 years of expertise in broadband component design. These filters have the best transient response to high speed pulses in the industry, and they have group delay variation of <3 ps. These quasi-Gaussian filters are described in AN-7a, “Low-Pass Risetime Filters for Time Domain Applications”.Description:
Our Model 5933 Flat Group Delay Low-Pass Filter is designed for OEM use in high-speed digital networks and telecommunication systems. This device uses a proprietary, absorptive filter design that has attenuation and time domain characteristics similar to those of the 4th order Bessel-Thomson filter. Traditional Bessel-Thomson designs filter by reflecting stop-band frequency signals and thus can cause increased bit error rates and eye diagram closure due to multiple reflections. By contrast, these filters filter by absorption. They have excellent impedance matches and very good return losses, both within and above the filter pass band. The Flat Group Delay style filter exhibits quasi-Gaussian insertion loss characteristics, with superior time domain performance.
