Picosecond Pulse Labs, Inc.Surface Mount Bias TeeModel SM100
Description
Features
14 kHz to 13 GHz
Surface Mount
High Performance
Low Cost
Small Footprint: 1.02" x 0.64" Applications
OC-192 Telecom Systems
Laser or Photodiode Biasing
Amplifier Biasing The Picosecond Advantage: Our Model SM100 Surface Mount Bias Tee is a high performance component with very low insertion loss of less than 0.5 dB to >9 GHz.Description: This an ultra-broadband bias tee with a DC blocking capacitor that is designed for use in 10 Gb/s systems. The risetime is only 21 ps and the -3 dB bandwidth extends from 14 kHz to 13 GHz. The small size and low cost enables system designers to achieve increasingly stringent package size and cost goals. As a leadless soldermount electrical component, it can be connected to microstrip lines on a circuit board facilitating automated PC board assembly. Note: A product guide, PG-3041 "SM100 Bias Tee Mounting and Testing Notes", which describes some guidelines for PC board assembly processing, and precision frequency response testing information, is available at the time of order.
Picosecond Pulse Labs, Inc.
Done
Description
Features
14 kHz to 13 GHz
Surface Mount
High Performance
Low Cost
Small Footprint: 1.02" x 0.64" Applications
OC-192 Telecom Systems
Laser or Photodiode Biasing
Amplifier Biasing The Picosecond Advantage: Our Model SM100 Surface Mount Bias Tee is a high performance component with very low insertion loss of less than 0.5 dB to >9 GHz.Description: This an ultra-broadband bias tee with a DC blocking capacitor that is designed for use in 10 Gb/s systems. The risetime is only 21 ps and the -3 dB bandwidth extends from 14 kHz to 13 GHz. The small size and low cost enables system designers to achieve increasingly stringent package size and cost goals. As a leadless soldermount electrical component, it can be connected to microstrip lines on a circuit board facilitating automated PC board assembly. Note: A product guide, PG-3041 "SM100 Bias Tee Mounting and Testing Notes", which describes some guidelines for PC board assembly processing, and precision frequency response testing information, is available at the time of order.
Features
14 kHz to 13 GHz
Surface Mount
High Performance
Low Cost
Small Footprint: 1.02" x 0.64" Applications
OC-192 Telecom Systems
Laser or Photodiode Biasing
Amplifier Biasing The Picosecond Advantage: Our Model SM100 Surface Mount Bias Tee is a high performance component with very low insertion loss of less than 0.5 dB to >9 GHz.Description: This an ultra-broadband bias tee with a DC blocking capacitor that is designed for use in 10 Gb/s systems. The risetime is only 21 ps and the -3 dB bandwidth extends from 14 kHz to 13 GHz. The small size and low cost enables system designers to achieve increasingly stringent package size and cost goals. As a leadless soldermount electrical component, it can be connected to microstrip lines on a circuit board facilitating automated PC board assembly. Note: A product guide, PG-3041 "SM100 Bias Tee Mounting and Testing Notes", which describes some guidelines for PC board assembly processing, and precision frequency response testing information, is available at the time of order.
Features
14 kHz to 13 GHz
Surface Mount
High Performance
Low Cost
Small Footprint: 1.02" x 0.64" Applications
OC-192 Telecom Systems
Laser or Photodiode Biasing
Amplifier Biasing The Picosecond Advantage:
Our Model SM100 Surface Mount Bias Tee is a high performance component with very low insertion loss of less than 0.5 dB to >9 GHz.Description:
This an ultra-broadband bias tee with a DC blocking capacitor that is designed for use in 10 Gb/s systems. The risetime is only 21 ps and the -3 dB bandwidth extends from 14 kHz to 13 GHz. The small size and low cost enables system designers to achieve increasingly stringent package size and cost goals. As a leadless soldermount electrical component, it can be connected to microstrip lines on a circuit board facilitating automated PC board assembly. Note: A product guide, PG-3041 "SM100 Bias Tee Mounting and Testing Notes", which describes some guidelines for PC board assembly processing, and precision frequency response testing information, is available at the time of order.
