The Keysight Agilent HP 5334B is a highly reliable 100 MHz universal frequency counter and timer. It features 2 ns single-shot time interval resolution and 200 ps average resolution. With two matched 100 MHz channels and an optional 1.3 GHz Channel C, the 5334B offers comprehensive pulse parameter measurements, automatic triggering, and standard HP-IB connectivity.

Specifications

General

ParameterValue
InterfacesHP-IB (IEEE-488)
Display9-digit yellow LED

Physical

ParameterValue
Power Supply100 / 120 / 220 / 240 VAC (+10%, -13%), 48 to 66 Hz, 40 VA maximum
Operating Temperature0 to 50 °C
Dimensions (W×H×D)425 mm × 88 mm × 356 mm
Weight5.3 kg

Input Channels A & B

ParameterValue
Frequency Range (DC Coupled)DC to 100 MHz
Frequency Range (AC Coupled)10 Hz to 100 MHz
Input Impedance1 MΩ (with parallel capacitance < 40 pF) or 50 Ω (selectable)
Input Coupling OptionsAC or DC (selectable)
Attenuator Settings×1 or ×10 (selectable)
Low Pass Filter100 kHz nominal (switchable)
Trigger Level Range−5.10 V to +5.10 V (in ×1 mode) or −51.0 V to +51.0 V (in ×10 mode)
Trigger Level Resolution20 mV (in ×1 mode) or 200 mV (in ×10 mode)
Trigger Slope SelectionPositive or negative (independent for A and B)
Sensitivity (Sine Wave)15 mV rms (DC to 20 MHz), 35 mV rms (20 MHz to 100 MHz)
Sensitivity (Pulse)50 mV peak-to-peak
Minimum Pulse Width5 ns
Damage Level (1 MΩ)40 V rms (DC to 20 kHz), decreasing to 15 V rms at 100 kHz, and 5 V rms at 10 MHz and above
Damage Level (50 Ω)5 V rms

Optional Channel C Characteristics

ParameterValue
Frequency Range (Channel C)90 MHz to 1.3 GHz (Option 030)
Sensitivity (Channel C)15 mV rms (90 MHz to 1 GHz), 75 mV rms (1 GHz to 1.3 GHz) (Option 030)
Input Impedance (Channel C)50 Ω nominal (Option 030)
Input Coupling (Channel C)AC (Option 030)
Damage Level (Channel C)5 V rms (+27 dBm) (Option 030)
Connector Type (Channel C)BNC female (Option 030)

Measurement Functions & Performance

ParameterValue
Frequency Measurement Range0.001 Hz to 100 MHz
Period Measurement Range10 ns to 10^7 s
Time Interval Range10 ns to 10^7 s
Time Interval Delay Range1 ms to 99.9 s
Pulse Width Range5 ns to 10^7 s
Rise/Fall Time Range20 ns to 10 ms
Duty Cycle Range1% to 99%
Phase Measurement Range−180° to +360°
Frequency Ratio (A/B) Range10^-9 to 10^9
Totalize Range0 to 10^12

Timebase & Reference Oscillator

ParameterValue
Standard Reference Frequency10 MHz
Aging Rate per MonthLess than 3 × 10^−7 (standard crystal)
Temperature StabilityLess than 5 × 10^−6 (0 to 50 °C, standard crystal)
Line Voltage StabilityLess than 1 × 10^−7 for ±10% line voltage change
External Reference Input Frequency1, 2, 5, or 10 MHz
External Reference Input Level1 V rms to 5 V rms into 1 kΩ
Internal Reference Output Frequency10 MHz
Internal Reference Output Level> 1.0 V p-p into 50 Ω

Resolution & Accuracy

ParameterValue
Single-Shot Time Interval Resolution2 ns
Time Interval Average Resolution200 ps (for N >= 100)
Least Significant Digit (LSD)9 digits per second of gate time

System & Gate Controls

ParameterValue
Gate Time RangeContinuously adjustable from nominal 1 ms to 99.0 s
External ArmingRear-panel start and/or stop arming controls
Math FunctionsOffset and Scale

Connectivity & Remote Interface

ParameterValue
GPIB (HP-IB) Capability CodesSH1, AH1, T5, TE0, L4, LE0, SR1, RL1, PP0, DC1, DT1, C0, E1
Trigger Level Output PortsRear panel DC outputs for Channel A and Channel B monitoring

Environmental & Compliance

ParameterValue
Storage Temperature Range−40 to 75 °C

Options & Accessories

ParameterValue
Option 010High Stability Oven Timebase (aging rate < 5 × 10^−10 per day)
Option 020DC Digital Voltmeter (DVM)
Option 0301.3 GHz Channel C Input
Option 060Rear Panel Inputs (moves A, B, and C to rear panel)

Input Characteristics

ParameterValue
Input Capacitance (Channel A/B)< 35 pF
Input ConfigurationsSeparate or Common A

Triggering

ParameterValue
Auto Trigger Frequency Range100 Hz to 100 MHz
Auto Trigger Minimum Amplitude100 mV rms
Trigger Level Accuracy (x1 Attenuation)±15 mV ± 3.5% of trigger level setting
Trigger Level Accuracy (x10 Attenuation)±150 mV ± 3.5% of trigger level setting

External Arming

ParameterValue
External Arming Input Impedance1 kΩ nominal
External Arming Minimum Pulse Width15 ns
External Arming Setup Time20 ns

Rear Panel Outputs

ParameterValue
Gate Output PortRear panel BNC, TTL levels

Power Requirements

ParameterValue
Power Consumption70 VA maximum
Line Frequency48 Hz to 66 Hz

Option 020 (Digital Voltmeter)

ParameterValue
DVM Input Impedance (Option 020)10 M̤
DVM Voltage Ranges (Option 020)±10 V, ±100 V, ±1000 V

Option 010 High-Stability Oven Timebase

ParameterValue
Option 010 Oven Timebase Aging Rate Per Day< 5 x 10^-10 per day after 24 hours of continuous operation
Option 010 Oven Timebase Temperature Stability< 7 x 10^-9 (0 °C to 50 °C)
Option 010 Oven Timebase Warm-up TimeWithin 5 x 10^-9 of final value in 20 minutes

Option 020 Digital Voltmeter

ParameterValue
Option 020 DVM Accuracy (10 V & 100 V Ranges)±(0.045% of reading + 0.015% of range)
Option 020 DVM Accuracy (1000 V Range)±(0.06% of reading + 0.015% of range)
Option 020 DVM Maximum Input Voltage±1000 V (DC + Peak AC) on any range
Option 020 DVM Resolution4.5 digits
Option 020 DVM Input ConnectorsDual banana jacks (front panel)

HP-IB Interface

ParameterValue
HP-IB Max Data Output RateUp to 140 readings per second (Fast Mode)

Measurement Specifications

ParameterValue
Phase Measurement Frequency Range1 Hz to 1 MHz
Phase Measurement Resolution0.1°
Duty Cycle Measurement Frequency Range1 Hz to 100 MHz
Duty Cycle Measurement Range1% to 99%
Rise/Fall Time Measurement Range15 ns to 100 ms
Rise/Fall Time Minimum Pulse Amplitude100 mV pk-pk

Environmental & Reliability

ParameterValue
Operating Humidity RangeUp to 95% RH at 40 °C (non-condensing)
Operating AltitudeUp to 4,600 m (15,000 ft)
Storage AltitudeUp to 15,240 m (50,000 ft)

Physical Options

ParameterValue
Option 908 Rack Mount KitRack mount flange kit
Option 913 Rack Mount Kit with HandlesRack mount flange kit with handles

Technology

Universal Counter/Timer

Applications

Precision frequency, period, time interval, and rise/fall time measurements