Features
DC to 25 GHz
Excellent Return Loss
Accurate Amplitude and Phase Tracking
Highly Symmetric
Combines or Splits Signals Applications
Data and Telecom Systems
Laboratory T&M
RF and Microwave The Picosecond Advantage: A power divider design with excellent transient response, repeatable performance, and superior temperature stability.Description: The Model 5333 Power Divider is an ultra-broadband resistive tee, which provides even division of an input signal at the output ports, or it can combine two signals. The device exhibits excellent insertion loss stability for frequencies from DC to >25 GHz. It offers good impedance matching across a wide range of frequencies, with Return Loss typically >15 dB from DC to 25 GHz. Resistors are accurate within ±2%, providing excellent input matching.
Features
DC to 25 GHz
Excellent Return Loss
Accurate Amplitude and Phase Tracking
Highly Symmetric
Combines or Splits Signals Applications
Data and Telecom Systems
Laboratory T&M
RF and Microwave The Picosecond Advantage: A power divider design with excellent transient response, repeatable performance, and superior temperature stability.Description: The Model 5333 Power Divider is an ultra-broadband resistive tee, which provides even division of an input signal at the output ports, or it can combine two signals. The device exhibits excellent insertion loss stability for frequencies from DC to >25 GHz. It offers good impedance matching across a wide range of frequencies, with Return Loss typically >15 dB from DC to 25 GHz. Resistors are accurate within ±2%, providing excellent input matching.
Features
DC to 25 GHz
Excellent Return Loss
Accurate Amplitude and Phase
Tracking
Highly Symmetric
Combines or Splits Signals Applications
Data and Telecom Systems
Laboratory T&M
RF and Microwave The Picosecond Advantage:
A power divider design with excellent transient response, repeatable performance, and superior temperature stability.Description:
The Model 5333 Power Divider is an ultra-broadband resistive tee, which provides even division of an input signal at the output ports, or it can combine two signals. The device exhibits excellent insertion loss stability for frequencies from DC to >25 GHz. It offers good impedance matching across a wide range of frequencies, with Return Loss typically >15 dB from DC to 25 GHz. Resistors are accurate within ±2%, providing excellent input matching.
