Data Sheet
Dual Channel Function/Arbitrary Waveform Generators
4060 Series
The 4060 Series Dual Channel Function/Arbitrary
Waveform Generators are capable of generating
stable and precise sine, square, triangle, pulse,
and arbitrary waveforms. With an easy-to-read
color display and intuitive user interface with
numeric keypad, these instruments offer plenty
of features including linear/logarithmic sweep,
built-in counter, extensive modulation and
triggering capabilities, a continuously variable DC
offset, and a high performance 14-bit, 500 MSa/s
arbitrary waveform generator.
Easily create custom arbitrary waveforms using the
included waveform editing software or use any of
the 36 built-in predefined arbitrary waveforms. Up
to 8 user-defined 512-kpt arbitrary waveforms
and 24 user-defined 16-kpt arbitrary waveforms
can be saved to the instrument. Additionally, the
included LabVIEW™ drivers allow users to
conveniently load and save .CSV or text file data
directly into the arb memory without having to use
waveform editing software.
Extensive modulation capabilities include
amplitude and frequency modulation (AM/FM),
double sideband amplitude modulation (DSB-
AM), amplitude and frequency shift keying
(ASK/FSK), phase modulation (PM), and pulse
width modulation (PWM).
The standard external 10 MHz reference clock
input and output allows users to synchronize
their instrument with another generator. This
feature is typically not found in function
generators at this price point. Additionally,
the phase of both output channels can be
synchronized conveniently with the push of
a button.
These versatile function/arbitrary waveform
generators are suitable for education and other
applications that require high signal fidelity, a
variety of modulation schemes, or arbitrary
waveform generation capabilities.
Features & Benefits
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14-bit, 500 MSa/s, 512k point (Ch2 only)
arbitrary waveform generator
Two independent channels with one-button
synchronization
Generate sine waves up to 160 MHz
Large 4.3-inch LCD color display
Linear and logarithmic sweep
AM/DSB-AM/ASK/FM/FSK/PM/PWM
modulation functions
Variable DC offset
Adjustable duty cycle
Internal/external triggering
Gate and burst mode
36 built-in predefined arbitrary waveforms
Store/recall up to 10 instrument settings and
32 user-defined arbitrary waveforms
(8 x 512 kpts, 24 x 16 kpts)
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Built-in counter
USB device port (USBTMC-compliant) and
front panel USB host port
GPIB connectivity with optional USB-to-GPIB
adapter
Arbitrary waveform editing software included
Short circuit output protection
LabVIEW™ drivers available
Model
Sine frequency range
Square frequency range
4063
1 µHz – 80 MHz
1 µHz – 40 MHz
4064
1 µHz – 120 MHz
4065
1 µHz – 160 MHz
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1 µHz – 50 MHz
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Technical data subject to change
© B&K Precision Corp. 2015
www.bkprecision.com
Dual Channel Function/Arbitrary Waveform Generators
4060 Series
Front panel
USB host port
4.3” color
LCD display
Numeric keypad
Rotary control
knob
Dedicated channel
selection buttons
Power button
Menu function
keys
Waveforms, Utility
and Parameter keys
Modulation, Sweep,
and Burst keys
Channel outputs
Intuitive user interface
Easily adjust all waveform parameters using the intuitive menu-driven front panel keypad with dedicated channel selection keys, numeric keypad, and rotary control
knob. Connect your USB flash drive to the USB host port to quickly save and recall instrument settings and waveforms.
Rear panel
Sync output External 10 MHz
clock input BNC
BNC
Chassis ground
Modulation
input BNC
External
trigger/gate/FSK/Burst
BNC connector
2
External 10 MHz
clock output BNC
USB interface
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Dual Channel Function/Arbitrary Waveform Generators
4060 Series
Flexible operation
Dual channel output
Wide variety of modulation schemes
Generate waveforms with ease
Save time with the 4060 Series’ two independent
channels to output synchronous signals. With a
push of a button, all waveform parameters can be
quickly copied between channels to set up
identical output signals. Phase between channels
can also be adjusted from the front panel.
Arbitrary waveform generation
These instruments are capable of many different
types of modulation for various applications.
Modulate your waveforms with AM, DSB-AM,
FM, PM, ASK, FSK, and PWM modulation
schemes.
Synchronization and external triggering
The provided waveform editing software can be
used to create point-by-point arbitrary waveforms
via freehand or waveform math functions. A
standard USB interface on the rear panel allows
users to easily interface with a PC to load these
arbitrary waveforms into the instrument. The front
panel also offers a convenient USB host port for
connecting your USB flash drive to save/recall
instrument settings and waveforms.
Easy-to-read color display
All models in the 4060 series provide non-volatile
memory to create, store, and recall up to 24
different 16-kpt arbitrary waveforms and up to 8
different 512-kpt arbitrary waveforms. Users can
also output any of the 36 built-in predefined
arbitrary waveforms.
Use the external 10 MHz clock input and output
to synchronize your signals to a master time base.
The Sync output generates a TTL pulse for
synchronization to a channel’s frequency. An
external trigger BNC connector is also available
for inputting or generating a trigger signal.
Large 4.3” color display shows the currently
selected channel and all relevant parameters.
Advanced pulse generator
4060 Series adjustable rise/fall times
12 ns width pulse at 0.1 Hz frequency
Typical DDS generator with limited rise/fall time ranges
86.06 ps cycle-to-cycle jitter
For applications requiring high signal integrity
and edge stability, the 4060 Series can
generate pulses with a low cycle-to-cycle
jitter of < 100 ps.
Capable of setting edge times within a large
range, the 4060 Series can generate pulses
with minimum rise/fall times of 6 ns and
maximum rise/fall times of 6 seconds..
Unlike traditional DDS generators, the
4060 Series has the capability to output a
rapid pulse at very low frequencies. Duty
cycle can be set to as low as 0.0001%.
3
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Dual Channel Function/Arbitrary Waveform Generators
4060 Series
Specifications
Model
Channels
Frequency Characteristics
4063
4064
2
4065
Sine
Square
Triangle, Ramp
Pulse
Gaussian Noise (-3 dB)
Arbitrary
Accuracy
Resolution
Arbitrary Characteristics
1 µHz – 80 MHz
1 µHz – 40 MHz
1 µHz – 20 MHz
1 µHz – 20 MHz
1 µHz – 120 MHz
1 µHz – 50 MHz
1 µHz – 4 MHz
1 µHz – 30 MHz
100 MHz
1 µHz – 30 MHz
± 2 ppm (1 year)
1 µHz
36
Ch1: 16,000 points, Ch2: 512,000 or 16,000 points
14 bits
500 MSa/s
6 ns (typical)
2 ns (typical)
8 x 512 kpts waveforms and 24 x16 kpts waveforms
1 mVpp – 10 Vpp,
≤
40 MHz
1 mVpp – 5 Vpp,
≤
100 MHz
1 mVpp – 1.5 Vpp,
≤
160 MHz
up to 4 digits
± (0.3 dBm + 1 mVpp)
≤
10 MHz ± 0.2 dB
≤
80 MHz ± 0.5 dB
≤
160 MHz ± 0.8 dB
< -65 dBc
1 µHz – 160 MHz
1 µHz – 40 MHz
1 µHz – 40 MHz
Built-in Waveforms
Waveform Length
Vertical Resolution
Sampling Rate
Minimum Rise/Fall Time
Jitter (pk-pk)
Non-volatile Memory Storage
Output Characteristics
Amplitude Range (into 50
Ω)
Amplitude Resolution
Amplitude Accuracy (100 kHz)
Amplitude Flatness
(relative to 100 kHz Sine, 1 Vpp)
Cross Talk
Offset Range (DC)
Offset Resolution
Offset Accuracy
Output Impedance
Output Protection
Waveform Characteristics
± 5 V into 50
Ω
± 10 V into open circuit
up to 4 digits
± ( |offset setting value| x 1% + 1 mV)
50
Ω,
high impedance
short-circuit protection
DC – 1 MHz, < -54 dBc
1 MHz – 10 MHz, < -46 dBc
10 MHz – 100 MHz, < - 35 dBc
100 MHz – 160 MHz, < -26 dBc
DC – 20 kHz at 1 Vpp, < 0.2 %
DC – 1 MHz, < -70 dBc
1 MHz – 10 MHz, < -65 dBc
100 kHz offset, - 116 dBc/Hz (typical)
< 8 ns (10 % - 90 %) at full amplitude into 50
Ω
20% - 80% to 10 MHz
40% - 60% to 40 MHz
50% > 50 MHz
1% of period + 5 ns (typical,1 kHz, 1 Vpp)
100 ps rms (typical)
0% - 100%
< 0.1% of peak output (typical)
Harmonic Distortion (Sine)
Total Harmonic Distortion (Sine)
Spurious (non-harmonic)
Phase Noise
Rise/Fall Time (Square)
Variable Duty Cycle (Square)
Asymmetry (50% duty cycle)
Jitter (Square)
Ramp Symmetry
Linearity (Triangle, Ramp at 1 kHz,
1 Vpp, 100% Symmetry)
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Dual Channel Function/Arbitrary Waveform Generators
4060 Series
Model
Pulse
4063, 4064 & 4065
12 ns minimum, 100 ps resolution, 1,000,000 s max
6ns – 6s
(1)
, 100 ps resolution
0.0001 % to 99.9999 %
< 3%
< 100 ps rms (typical)
sine, square, ramp, pulse, arbitrary (except DC)
cycle (1 – 1,000,000 cycles), infinite, gated
0 ° – 360 °
1 µs – 1000 s ± 1%
external trigger
internal, external, manual
-360 ° – 360 °
0.1 °
Sweep Characteristics
Pulse Width
Rise/Fall Time
Duty Cycle Range
Overshoot
Jitter (pk-pk)
Burst
Waveforms
Sweep Shape
Sweep Time
Sweep Trigger
Inputs and Outputs
sine, square, ramp, arbitrary (except DC)
linear or logarithmic, up or down
1 ms – 500 s ± 0.1%
internal, external, manual
50
Ω,
high impedance
TTL compatible
> 50 ns width, not adjustable
50
Ω
(typical) output impedance
10 MHz max. frequency
± 5 V for 100% modulation
> 10 kΩ input impedance
max. voltage input: + 5 V
Frequency Range: 10 MHz ±1 kHz
Min. Voltage Input: 2.3 V
Frequency: 10 MHz
Voltage Level: >1 Vpp
TTL compatible
max. voltage input: + 5 V
frequency, period, positive/negative pulse width,
duty cycle
100 mHz – 200 MHz
6 bits
Output Impedance
Sync Out
Waveform
Type
Start/Stop Phase
Internal Period
Gated Source
Trigger Source
Phase Offset
Modulation In
External Clock In
External Clock Out
Ext Trig/Gate/FSK/Burst
Range
Resolution
Trigger Characteristics
Trigger Input
Input Level
Slope
Pulse Width
Input Impedance
Maximum Frequency
Input Latency
Trigger Output
Voltage Level
Pulse Width
Output Impedance
Maximum Frequency
Carrier
Source
Modulation Waveform
AM Modulation Depth
FM Frequency Deviation
PM Phase Deviation
Carrier
Source
Modulation Waveform
Carrier
Source
Modulation Waveform
Source
Modulation Waveform
External Modulation
Duty Cycle
Modulating Frequency
(1) depending on pulse width
TTL compatible
rising or falling, selectable
> 50 ns
> 5 kΩ, DC coupling
1 MHz
< 380 ns
TTL compatible
> 60 ns (typical)
50
Ω
(typical)
1 MHz
sine, square, ramp, arbitrary (except DC)
internal, external
sine, square, ramp, noise, arbitrary (1 mHz – 50 kHz)
0% - 120%, 0.1% resolution
0 – 0.5 x bandwidth, 1 mHz resolution
0 – 360 °, 0.1 ° resolution
sine, square, ramp, arbitrary (except DC)
internal, external
50% duty cycle square waveform (1 mHz – 1 MHz)
sine, square, ramp, arbitrary (except DC)
internal, external
sine, square, ramp, noise, arbitrary (1 mHz – 50 kHz)
internal, external
sine, square, ramp, arbitrary (except DC)
- 5 V to + 5 V (max. width deviation)
1 mHz – 50 kHz
Frequency Counter
Measurement
Measurement Range
Frequency Resolution
Voltage Range (non-modulated signal)
DC Coupling
AC Coupling
Pulse Width/Duty Cycle
Voltage Range
Input Impedance
Coupling
Trigger Level Range
Environmental and Safety
DC offset range: ± 1.5 VDC
100 mHz – 100 MHz, 50 mVrms - ± 2.5 V
100 MHz – 200 MHz, 100 mVrms - ± 2.5 V
1 Hz – 200 MHz, 100 mVrms – 5 Vpp
50 mVrms – 5 Vpp
1 MΩ
AC, DC
-3 V to +1.8 V
operating: 32 ºF – 104 ºF (0 °C – 40 °C)
storage: -4 ºF – 140 ºF (-20 °C – 60 °C)
AM, FM & PM Modulation Characteristics
Temperature
Humidity
Altitude
Electromagnetic
Compatibility
Safety
General
ASK & FSK Modulation Characteristics
< 95º F (< 35 °C),
≤
90 % RH
95 ºF – 104 ºF (35 °C – 40 °C),
≤
60 % RH
operating: below 9,842 ft (3,000 m)
storage: below 49,212 ft (15,000 m)
EMC Directive 2004/108/EC, EN61326:2006,
EN61000-3-2:2006+A2:2009, EN61000-3-3:2008
low voltage directive 2006/95/EC, EN61010-1:2001,
EN61010-031:2002+A1:2008
4.3” TFT-LCD display, 480 x 272
USBTMC (standard), GPIB (optional), USB host port
10 instrument settings, 32 arbitrary waveforms
100 – 240 VAC ± 10%, 50 / 60 Hz ± 5%
100 – 120 VAC ± 10%, 45 – 440 Hz
30 W max.
10.3” x 4.1” x 13.5” (261 x 105 x 344 mm)
6.1 lbs (2.8 kg)
DSB-AM Modulation Characteristics
PWM Modulation Characteristics
Display
Interfaces
Storage Memory
AC Input
Power Consumption
Dimensions (W x H x D)
Weight
Three-Year Warranty
Standard Accessories
Optional Accessories
5
v050515
Getting started manual, full instruction manual on CD,
AC power cord, USB type A-to-type B cable, certificate
of calibration
USB-to-GPIB adapter (model AK40G)
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