The Keysight / Agilent 83630B is a synthesized swept-signal generator that sets a standard of excellence for applications requiring the high performance and accuracy of a synthesized source, combined with the speed and versatility of a sweep oscillator. It leverages indirect synthesis to deliver broad frequency coverage up to 26.5 GHz, excellent harmonic performance, and low single-sideband phase noise. As part of the 8360B series, it includes built-in pulse, amplitude, and frequency modulation capabilities.

Specifications

General

ParameterValue
InterfacesGPIB (IEEE-488)

Physical

ParameterValue
Power Supply100 / 120 / 220 / 240 Vac (±10%), 48-66 Hz (100/120 V also supports 400 Hz); 400 VA max
Operating Temperature0 to 55
Dimensions (W×H×D)425 × 178 × 648
Weight27.2

Frequency Specifications

ParameterValue
Frequency Range10 MHz - 26.5 GHz
Frequency Resolution1 kHz (Standard) / 1 Hz (Option 008)
Internal Reference Frequency10 MHz

RF Output Power

ParameterValue
Minimum Settable Power-20 dBm (Standard) / -110 dBm (Option 001)

Spectral Purity

ParameterValue
SSB Phase Noise<-80 dBc/Hz (at 10 GHz and 10 kHz offset)

Modulation

ParameterValue
Supported ModulationsPulse (PM), Amplitude (AM), Frequency (FM)
Pulse Modulation On/Off Ratio> 80 dB

Connectivity and Interfaces

ParameterValue
RF Output Connector3.5 mm (male)

Options and Configurations

ParameterValue
Option 001Step Attenuator (enables -110 dBm output power)
Option 0081 Hz Frequency Resolution

RF Output

ParameterValue
Output Impedance50 Ω

Power

ParameterValue
Amplitude Resolution0.02 dB

Environmental

ParameterValue
Storage Temperature-40 °C to +75 °C

Options

ParameterValue
Option 002Internal Modulation Generator
Option 006Fast Pulse Modulation
Option 700MATE System Compatibility
Option 004Rear Panel RF Output

Sweep

ParameterValue
Sweep Time (Ramp)10 ms to 100 s

Frequency

ParameterValue
Reference Oscillator Aging Rate< 5 × 10^-10 / day

Technology

Synthesized Swept-Signal Generation

Applications

RF and Microwave Component Test, Radar/EW Simulation, LO Substitution