Bk New Products 2017 User Manual
2017-01-19
User Manual: Bk New-Products-2017 New-products-2017 pdf s
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Page Count: 16
New Products Catalog
2017
AC Power
2
The 9830 Series are low distortion, single-phase AC power sources delivering a maximum of
3000 VA, 300 Vrms, 30 Arms / 97.5 Apk with the output frequency adjustable from 45 Hz – 1200
Hz. Housed in a compact 3U form factor, the AC source is capable of generating both AC, DC,
and AC+DC output.
9830 Series Programmable AC Sources
Features & Benefits
Measurements: Vrms, Arms, Vdc, +Apk,
-Apk, inrush current, frequency, power
factor, apparent power, reactive power,
true power, and crest factor
All measurements can be displayed
simultaneously on a large and bright 4.3”
color LCD
Power line disturbance simulation
functions using STEP, LIST, and Pulse
modes
Adjustable phase angle control
Analog input control with a maximum
bandwidth of 1.2 kHz
Save setups and waveform data to USB
flash drive
Predefined sine, square, clipped sine and
THD waveforms
5 user-defined waveforms
Generate custom arbitrary waveforms
on a PC and download and execute
waveforms from internal memory
List mode with 10 user-defined programs
with up to 100 programmable steps each
Digital I/O port for external triggering,
action completed indicator, failure status
indicator, and remote inhibit
Comprehensive protection modes
including OVP, OCP, OTP, fan failure, and
key lock
Model 9832 9833
Max power 2000 VA 3000 VA
Max voltage (rms) AC 150 V / 300 V / Auto
DC ±212 V / ±424 V
Max current (rms) 0 – 150 V 20 A 30 A
0 – 300 V 10 A 15 A
Frequency range 45 – 1200 Hz
Load regulation ≤ 0.1 % FS (resistive load)
Total harmonic distortion (THD) ≤ 0.5 % at 45 - 400 Hz (resistive load)
Remote interfaces USB (USBTMC-compliant), GPIB, and LAN
ElectriKit
Key Features
Calculate DC power and single- or three-phase AC true
power, reactive power, and apparent power
Delta-wye transformation calculator
AWG size calculator to determine wire diameter,
cross-sectional area, and resistance
Voltage drop calculator
Ampacity table for insulated conductors per NEC Table
310.6
A helpful tool for electricians,
technicians, engineers, students,
hobbyists and anyone dealing
with electrical power.
Applications
• Pre-compliance testing according to
IEC61000-3-2
• Evaluating transformers, TRIACs, SCRs,
and passive components
• Simulating common power grid faults
and disturbances
Clipped Sine Wave
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AC Power
9800 Series AC Power Sources
5335B Power Meter
The 5335B is a compact, single-phase AC
power meter for measuring and analyzing
energy consumption and power quality up to
600 Vrms, 20 Arms, and bandwidth of 100 kHz.
Features & Benefits
4.3-inch color TFT LCD
Simultaneously measure and display up
to 12 AC and DC parameters
Front panel USB host port for data storage
to a USB flash drive
Standard USB (USBTMC), RS232, and LAN
interfaces
Integration function with automatic range
switching for measuring electric energy
External current sensor interface for
measurements above 20 A
Total harmonic distortion (THD) and
harmonic measurements up to the 50th
harmonic with the ability to display
individual harmonic components
Key Specifications
Basic voltage and
current accuracy ±(0.1% of reading+
0.2% of range)
Measurement
range
Voltage 0 - 600 Vrms
Current 0 - 20 Arms
Input bandwidth DC, 0.5 Hz – 100 kHz
Measurements
Voltage
Current
Active power
Reactive power
Apparent power
Power factor
Phase dierence
Frequency
V Max/V Min
A Max/A Min
Crest factor
Integration
Harmonic distortion
factor
Total harmonic
distortion (THD)
Applications
Measure power, electric energy bought or
sold back to the power grid, standby power,
and harmonics of motors, uninterruptable
power supplies, battery chargers,
appliances, and consumer electronics.
Model
AC Output
Max
power Max current
(rms) Max current
(peak) Frequency
range Crest
factor Line
regulation Load
regulation
9801 300 VA 3 A (0-150 V),
1.5 A (0-300 V) 12 A (0-150 V),
6 A (0-300 V)
45 Hz to
500 Hz ≥ 4 0.1% max
for a ±10%
line change
≤ 0.5% FS
(resistive
load)
9803 750 VA 6 A (0-150 V),
3 A (0-300 V) 24 A (0-150 V),
12 A (0-300 V)
9805 1500 VA 12 A (0-150 V),
6 A (0-300 V) 48 A (0-150 V),
24 A (0-300 V
Harmonic histogram
The parameters of each harmonic measured can be
displayed in a bar chart.
The 9800 Series is both a programmable AC
source and measurement tool. These fully
programmable linear AC sources deliver a
maximum of 1500 VA through the universal
line output terminals on the front and the
output connector on the rear.
Power line disturbance
(PLD) simulator
With the PLD simulator,
users can produce
common waveform
disturbances like surges,
sags, spikes, and drop-
outs at user-defined loca-
tions on the waveform.
Voltage and frequency sweep mode
List mode: 10 user-defined programs with
up to 100 programmable steps each
BNC I/O for external triggering, output
status indication/control, and
synchronization
OVP/OCP/OPP/OTP protection modes and
key lock function
Pre-compliance testing for voltage dips and
frequency simulations according to
IEC61000-4-11 / 4-14 / 4-28
Standard USB (USBTMC-compliant), RS232,
LAN and GPIB (9803 and 9805 only)
interfaces
Features & Benefits
Displays Vrms, Irms, Ipeak, frequency, PF,
apparent power, true power, and elapsed
output time
Adjustable phase angle control
Total harmonic distortion: ≤0.5% at 45-
500 Hz (resistive load)
DC Power Supplies
4
9103 & 9104 Multi-Range DC Power Supplies
Model 9103 9104
Variable output voltage 0 – 42 V 0 – 84 V
Variable output current 0 – 20 A 0 – 10 A
Max power 320 W
Ripple and
noise
Voltage ≤80 mVp-p / ≤8 mVrms
Current ≤200 mA ≤50 mA
Voltage
regulation
Load (0-100% rated curent) ≤120 mV ≤100 mV
Line (90-264 VAC variation) ≤10 mV
The 9103 and 9104 can replace multiple
supplies on your bench or in your rack. Unlike
conventional supplies with fixed output ratings,
these power supplies automatically recalculate
voltage and current limits for each setting,
providing max output power in any Volt/Amp
combination within the rated voltage and
current limits.
Features & Benefits
Save up to 3 user-defined voltage and
current presets for quick recall
Output On/O control
Step and ramp programming function
Analog remote control function
USB interface
Remote sense terminal
9129B & 9130B Series Triple Output DC Power Supplies
These triple output linear
programmable DC power supplies
feature isolated outputs that can be
adjusted independently or combined
in series or parallel to output higher
voltage or current. Additionally, these
supplies can operate in tracking mode
with user-configurable ratios between
channels.
Scan QR code to watch
9130B Series overview video
Model 9129B 9130B 9131B 9132B
Output ratings
Ch1 & Ch2 30 V, 3 A 30 V, 3 A 30 V, 6 A 60 V, 3 A
Ch3 5 V, 3 A
Power 195 W 195 W 375 W 375 W
Ripple and noise
Voltage ≤ 5 mVp-p / 1 mVrms ≤ 1 mVrms
Current ≤ 6 mArms ≤ 3 mArms ≤ 5 mArms (ch1/ch2)
≤ 4 mArms (ch3) ≤ 4
mArms
Programming
resolution
Voltage 10 mV / 1 mA 1 mV / 1 mA
Current
Load regulation CV < 0.02% + 4 mV ≤0.01% + 3 mV
CC < 0.2% + 3 mA ≤0.1% + 3 mA
Remote interface USB Adapter USB (USBTMC), RS232, GPIB
Memory locations 29 36
Remote sense -- √
Output timer -- √
PC software is provided for front panel emulation,
generating and executing test sequences or
logging measurement data without the need to
write source code.
Bipolar output
conguration
The independent and
isolated outputs can be
used to create positive
and negative outputs
between channels 1 and
2. This feature is useful for
powering bipolar circuits
and devices.
-
++VDC
-VDC
Channel 1
Channel 2
OVDC
Model 9103 / 9104
output characteristics
Current
Voltage
84V
42V
32V
16V
3.8A 7.6A 10A 20A
9103
9104
320 W maximum
power curve
0
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High Power Density DC Electronic Loads
The SDL Series high power/high voltage DC electronic loads oer the industry’s highest power
density (8 kW in 5U form factor) without sacrificing performance. The DC electronic loads can
operate in constant current (CC), constant voltage (CV), constant resistance (CR), and constant
power (CW) mode, and provide arbitrary and pulse generator capabilities, analog control, and
standard LAN, GPIB, USB, and RS232 interfaces for remote communication.
Features & Benefits
0.05% CC mode readback accuracy
Intelligent PWM fan speed control reduces
unnecessary fan noise and optimizes heat
management
16-bit voltage and current measurement
system
Built in arbitrary and pulse generator for
continuous, pulsed, and toggled transient
operation
Highest power density of 1.6 kW per 1U
rack space
Isolated analog control interface
Flexible ranging options: High and Low,
Manual or Auto
Programmable slew rise and fall time
Power Voltage Current Form factor Weight Model
4000 W 600 V 150 A
3U 21 kg
SDL-600-150
4000 W 800 V 75 A SDL-800-75
4000 W 1000 V 25 A SDL-1000-25
8000 W 600 V 300 A
5U 33 kg
SDL-600-300
8000 W 800 V 150 A SDL-800-150
8000 W 1000 V 50 A SDL-1000-50
MDL302 Dual-Channel
Modular DC Electronic Load
The MDL302 can support a full 300 W on each
input channel with a voltage and current
operating range up to 80 V/45 A, or 600 W
combined, oering the industry’s highest power
dual-channel DC load module.
Fast 50 µs transient time in CC mode and
500 µs in CV mode
Remote inhibit and dry contact fault
output
So-start functionality
Master/slave capability to increase
current by paralleling multiple units with
the same voltage rating
Standard LAN, GPIB, USB, and RS232
interface supporting SCPI commands for
remote control
OVP/UVP/OCP/UCP/OPP/UPP protection
Install up to 8 MDL302 modules into the MDL
Series mainframe with extension for a total of 16
x 300 W channels. The load modules can be used
independently or synchronized and paralleled
for increased current and power.
Applications
The MDL302 can be used for testing
multi-output AC/DC supplies, batteries, fuel
cells, and photovoltaic arrays.
Key Specifications
Operating
modes CC/CV/CR/CW/CZ
Input voltage 0 – 80 V
Input current Low 0 – 4.5 A
High 0 – 45 A
Input power 300 W (CH1) / 300 W (CH2)
Transient
operation
(CC mode)
Up to 25 kHz
CC mode
(low range)
Resolution 1 mV
Accuracy + (0.05 % +
0.025 % F.S.)
Remote
interface
GPIB, LAN, USB (USBTMC),
RS232, and external analog
control and monitoring
terminal
Protection
modes OVP/OCP/OPP/OTP
<Potential image>
Special applications
The SDL Series oers a wide operating voltage range up to 1000 V making it ideal for hybrid,
plug-in hybrid, and battery electric vehicle (HEV/PHEV/BEV) test applications. Using the
built-in arbitrary generator, the DC loads are suitable for DC power bus simulation required
for immunity testing.
SDL Series Programmable DC Electronic Loads
DC Electronic Loads
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Input Ratings Form
factor Model
Power Voltage Current
150 W 120 V 30 A
2U half-rack
8600
250 W 120 V 60 A 8601
200 W 500 V 15 A 8602
750 W 120 V 120 A
3U
8610
750 W 500 V 30 A 8612
1500 W 120 V 240 A 8614
1500 W 500 V 60 A 8616
3000 W 120 V 480 A 8620
2500 W 500 V 100 A 8622
4500 W 120 V 600 A 6U 8624
6000 W 120 V 720 A 8625
8600 Series Programmable DC Electronic Loads
Features & Benefits
CC / CV / CR / CW operating modes
Measurement speed to 50 kHz
Remote sense function
Adjustable slew rate in CC mode
Standard RS232, USB (USBTMC), and GPIB
interfaces supporting SCPI commands for
remote control
Analog current control and monitoring
OVP / OCP / OPP / OTP and reverse
voltage protection
The 8600 Series programmable DC electronic
loads provide the performance of modular
system DC electronic loads in a compact
benchtop form factor. With fast transient
operation speeds up to 25 kHz, and high
16-bit measurement resolution and accuracy,
these DC loads can be used for testing and
evaluating a variety of DC sources such as DC
power supplies, DC-DC converters, batteries,
battery chargers, and photovoltaic arrays.
Model 8600-8602 Model 8610-8622
Use the load’s unique CR-LED operating
mode to test LED drivers. This function
allows users to configure the LED’s
operating resistance and forward voltage
to simulate the loading behavior of typical
LEDs.
CR-LED mode
The built-in battery test function uses CC
mode to calculate the battery capacity
using a fixed current load discharge. Users
can specify cut-o voltage level, capacity
level and time stop conditions.
Battery test function
Scan QR code to watch
the 8600 Series overview video
7
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LCR & DC Resistance Meters
The 880 oers many features typically
found only in bench LCR meters such as test
frequencies up to 100 kHz, selectable test
signal levels, and 4-terminal measurement
capabilities to help minimize measurement
errors and improve measurement accuracy.
880 100 kHz Dual Display Handheld LCR Meter
Features & Benefits
40,000 counts resolution on primary and
10,000 counts resolution on secondary
display
Automatic calculation of secondary
parameters D, Q, θ, ESR and DCR
Data Hold and Min/Max/Average recording
USB (Virtual COM) interface and SCPI
compliant commands for remote
communication
Features & Benefits
Four-terminal Kelvin type test leads
included
Low power test mode to protect DUT
Manual or Auto ranging
User selectable speed options
Zero correction
High-speed bin-sorting with statistical
functions
Comparator with pass/fail alarm beeper
function
Memory for 30 groups of parameters
Screen capture to USB drive
AC input power line filtering to eliminate
the influence of noise on the instrument
Handler interface
The 2800 Series DC resistance meters feature high accuracy and resolution. The 2840 is
economically priced to meet the need of applications where extended range and temperature
correction are not required.
2800 Series DC Resistance Meters
Model 2840 2841
Measurement range 1 µΩ to 20 kΩ 0.1 µΩ to 110 MΩ
Best accuracy 0.05% 0.01%
Measurement resolution 1 µΩ 0.1 µΩ
Displayed measurements 11 or 2
Measurement functions* R and LPR R, R-T, T, LPR, LPR-T
Ranges 4 + Auto 11 + Auto
Temperature measurements
(TC and △t) -- √
Bins 310
Remote interface RS232, USB (USBTMC) LAN, RS232, USB (USBTMC)
Key Specifications
Measurements L, C, R, G, X, Z, Y, B, G, θ,
Q, D, DCR
Basic accuracy 0.1%
Test frequency 100 Hz, 120 Hz,
1 kHz, 10 kHz, 100 kHz
Backlit display √
Auto detect mode √
Tolerance mode 1%, 5%, 10%, 20%
Measurement rate 4 readings/sec (fast)
1.5 readings/sec (slow)
* R – Resistance, LPR – Low Power Resistance, T - Temperature
Applications
Both meters are ideally suited for measuring
contact resistance of relays, switches,
interconnects, PCB traces, bonds, and cables.
The 2841 adds extended range, accuracy and
temperature measurement for evaluating
coils, motor windings, transformers,
actuators and conductive materials.
Standard accessories include an AC
adapter with rechargeable 9 V battery,
mini USB cable, shorting plate,
banana-to-alligator test leads, Kelvin clip
test leads, and additional tweezer
accessory for convenient measurement of
SMD components.
Touch screen to zoom or enter values
Kelvin clip test leads (TL8KC1)
SMD tweezer (TL8SM)
LCR Meters
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The 894 and 895 are high accuracy and high precision bench LCR meters capable of measuring inductance, capacitance, and resistance with
a basic accuracy of 0.05% over a frequency of up to 1 MHz. These meters feature a vivid 4.3-inch TFT LCD with five convenient display modes,
auto level control (ALC), cable length compensation (1/2/4 m), and bin sorting comparator. For accurate measurements, these performance LCR
meters provide Open, Short, and Load corrections.
894 & 895 Performance LCR Meters
Use the built-in sweep function to conveniently
display, analyze and store primary and secondary
parameters of a component at up to 201 frequencies.
Zoom display mode
With a touch of a button, users can enlarge
the display for easy viewing from a distance.
The voltage and current across the DUT are
also monitored in this display mode.
Use the BIN comparator function to sort components
in up to 10 bin locations.
Integrate your LCR meter into an automated
test system and control it from a PC using SCPI
commands via the RS232, USB, LAN, or GPIB
interface.
Model 895
USB host port
Connect your USB flash drive to
conveniently save data logs, settings,
and screenshots.
Variable test signals
The instrument provides settable voltage
levels from 5 mVrms to 2 Vrms to evaluate
your DUT.
Intuitive user interface
Easily change test parameters using
the menu-driven front panel keypad.
4.3" TFT color display
Pass/Fail LED indicators
List sweep BIN comparator Remote PC control
9
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LCR Meters
891 Bench LCR Meter
The 891 is a compact, precise, and versatile LCR meter capable of
measuring inductors, capacitors and resistors at DC or from 20 Hz to
300 kHz, at both low and high impedance ranges. A large color display
with all important parameters and measurement visible on one screen
makes this meter easy to operate. The outstanding performance of the
891 makes it an invaluable tool for production, quality control, and
R&D.
Model 891 894 895
Measurement parameters L, C, R, G, X, Z, θ, Q, D, DCR L, C, R, G, X, Z, Y, B, G, θ, Q, D, DCR
Basic accuracy 0.1% 0.05%
DCR measurement range 0.1 Ω - 20 MΩ 0.01 Ω - 100 MΩ
Test signal
Frequency range 20 Hz - 300 kHz 20 Hz - 500 kHz 20 Hz - 1 MHz
Frequency accuracy 0.1% 0.01%
AC level range 0.5 Vrms and 1 Vrms (fixed) 5 mVrms - 2 Vrms / 50 µArms - 20 mArms (adjustable)
DC bias -0 V - +5V / 0 mA - +25 mA
Output impedance 100 Ω (typical) 30 Ω, 50 Ω, or 100 Ω
Selectable measurement speeds 200 ms (Fast), 800 ms (Slow) 13 ms (Fast), 90 ms (Med), 370 ms (Slow)
Auto level control (ALC) - √
Cable length compensation - √
Handler interface - √
Remote interface USB (Virtual COM), GPIB, and
LAN RS232, USB (USBTMC), LAN, and GPIB (895 Only)
Dimensions 258 x 113 x 381 mm 369 x 108 x 408 mm
Weight 3.4 kg 5 kg
Linear and logarithmic sweep function
to characterize components up to 300
kHz
Quickly sort components with 9 primary
BINs, 1 secondary BIN, and 1 out BIN
Introduction to the benefits of LCR meters and the theory behind the
measurements, plus related terms and example applications.
For more guides and applications, visit: bkprecision.com/product-applications
LCR Meter Guide
Battery Test Solutions
10
B&K Precision oers a wide array of internal
resistance/impedance based battery test
solutions including handheld and benchtop
units for field environments, labs, quality
control, and production use, as well as
frequency response analyzers for complex
AC impedance data analysis and charge/
discharge systems.
BA6000 Series Battery Analyzers
The BA6000 Series Battery Analyzers use a
1 kHz AC constant current source to measure
the battery’s impedance expressed by
11 dierent measurement functions. With
a basic voltage and impedance accuracy
of 0.1% and micro-ohm resolution, these
instruments are well-suited for analyzing
a wide range of battery types and
configurations in the lab, quality control and
manufacturing environments.
Features & Benefits
4.3 inch color LCD display
Graphing display of voltage and resistance
with on-screen measurement tools
4-wire test fixture with monitoring for
Hi drive open, Low drive open, and both
open
Compare and sort using 10 bins with
statistical evaluations
Δ% mode for quickly determining the
percent dierence between batteries
Pass/Fail indicator with audible tone
50 measurements per sec
Handler interface
Internal and external file storage
Model Input voltage Input
range Measurement functions Test signal Basic accuracy
impedance
Impedance
resolution
Voltage
resolution Remote interface
BA6010 100 uV to 60 V 6 V / 60 V R, R-V, V, R-Q, L-Q, L-R, R-X, C-D,
Z-Q, Z-R and R-C Sine wave (1 kHz ±0.2 Hz) 0.1% 1 µΩ 1 µV RS232, USB,
and GPIB
BA6011 100 uV to 300 V 30 V / 300 V
Battery charge/discharge solution with sequencing and data logging
Dual Display
Data logging
Charge Discharge
Power Supply DC Electronic Load
Model 9200/9115 and 8600/SDL Series 600B & 601B BA6010 & BA6011 FRA8000
Test method Charge / Discharge
Charge and discharge
battery while logging results
DC Resistance
Measure open and loaded
battery voltage and calculate
internal DC resistance
AC Impedance
Uses a 1 kHz fixed frequency
AC signal to calculate battery
impedance
EIS (electrochemical impedance
spectroscopy)
Stimulate the battery with a low-level
sinusoidal AC current at a particular
frequency and then measure both
the stimulating AC current and the
resultant AC voltage. Repeat for various
frequencies.
Result V/I plots with calculated
amp-hours (Ah) Displays remaining capacity
of lead-acid battery in %
Real-time display of voltage,
impedance, phase angle and
capacitance
Real-time display of voltage, current
and impedance. Generates Nyquist and
Bode plots to identify specific battery
model elements.
Advantages Measures actual capacity of
a battery directly Quick, easy and repeatable
measurement
Fast measurement speed.
Ability to measure battery
capacitance.
Provides large amount of data and
detailed information about individual
battery model elements
Disadvantages Time consuming Ignores battery capacitance,
resistive battery model
elements lumped together
Individual battery model
elements seen as one
impedance value Requires complex data analysis
Model of simplied Randles cell
RS
Cdl
Rct
11
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Battery Test Solutions
In combination with a DC electronic load, the FRA8000
can be used to perform electrochemical impedance
spectroscopy (EIS) measurements for analysis of:
FRA8000 Frequency Response Analyzer
The 600B and 601B Handheld Battery Capacity Analyzers address the need to test and maintain sealed lead acid (SLA) batteries used in backup
power UPS, emergency lighting, fire alarms, security systems, and many other electrical systems. By quickly characterizing a battery’s response
to a load resistance, these meters display the remaining battery capacity as an indicator of the battery’s health.
600B & 601B Handheld Battery Capacity Analyzers
Model 600B 601B
Supported SLA battery voltages 12 V 6 V & 12 V
Ah range 7, 12, 24, 42, 65, & 100 5 - 100 in 1 Ah steps
No load (open circuit) voltage
accuracy ±2 counts ±(0.2% + 1 count)
Internal resistance -- ✓
Load voltage -- ✓
Primary and secondary batteries
Super capacitors and fuel cells
Corrosion and surface treatments
Features & Benefits
Sine wave generation yielding frequency
errors less than 0.02 Hz
High selectivity two stage receiver
architecture for high noise immunity
Simultaneous V/I measurement to ensure
exact impedance and phase information
Auto gain control and adjustable
sampling interval to allow measurement
of micro-ohm signals buried under noise
without the need for auxiliary equipment
Compatible with any DC load that has a
programmable analog input to measure
high-voltage or high-power battery packs
USB, GPIB, and LAN connectivity
Application Software Features
Nyquist, Bode, and V/I graphs
Real-time display of impedance
measurements and operating conditions
Frequency sweeps with adjustable
amplitude in log/linear form
Automatic or manual scaling and shiing
of screen plots for optimum viewing
Advanced marker functions
Nyquist diagram
The FRA stimulates the battery via the DC load’s analog programming input with a small sinewave signal at a
specic frequency, measures the battery's voltage and current response, and calculates the complex impedance.
The FRA measurement unit is capable of extracting very small signals from noisy waveforms and compare
their gain and phase. The stimulus signal is swept from frequencies as low as 0.1 Hz to the desired maximum
frequency.
AC source
Programmable frequency range 0.1 Hz - 20 kHz
Frequency resolution 0.01 Hz
Amplitude Up to 20% of DC bias setting or 1 Vrms
DC bias
source
Range 10 mV – 10 V
Resolution 10 mV
Accuracy 0.1% ± 50 mV
Analyzer/
measurement unit
Range Auto
Sensitivity 1 µV
Dynamic range 120 dB
Basic accuracy +/-2% 0.1 Hz – 9.99 Hz,
+/- 0.5% 10 Hz – 9999 Hz,
+/-1% 10 kHz – 20 kHz
EIS setup
Oscilloscopes
12
The B&K Precision 2540C Series and 2560 Series oer 2- and 4-channel digital storage
oscilloscopes (DSO) and mixed signal oscilloscopes (MSO) with bandwidth up to 300 MHz,
sample rate up to 2 GSa/s, and deep memory up to 140 Mpts. Maximize productivity using
extensive features such as digital filtering, waveform recorder, pass/fail limit testing, and
automatic measurements.
In addition, these instruments provide a large 8” color display with 256 levels of intensity
grading, which allow these units to capture and display more details of a signal for analysis.
DSO Model 2540C 2542C 2544C 2563 2565 2566 2567 2568 2569
MSO Model 2540C-MSO 2542C-MSO 2544C-MSO 2563-MSO 2565-MSO 2566-MSO 2567-MSO 2568-MSO 2569-MSO
Channels 222442424
Bandwidth 70 MHz 100 MHz 200 MHz 70 MHz 100 MHz 200 MHz 200 MHz 300 MHz 300 MHz
Sample rate 1 GSa/s 2 GSa/s
Max record length 14 Mpts 140 Mpts
Waveform update rate 60,000 wfms/s 140,000 wfms/s
Trigger types Edge, Slope, Pulse, Video, Window, Interval, DropOut, Runt, Pattern
Waveform math and
analysis functions
37 Automatic Measurements, Statistics, Gating, History, Reference,
FFT, Addition, Subtraction, Multiplication, Division, Integration, Dierential, Square Root
PC connectivity Standard LAN (supports SCPI) and USB device port (USBTMC compliant)
Available Upgrades
16-channel
digital logic probe* √ √
Logic analyzer* √ √
Serial bus decode
and analysis package** √ √
25 MHz function/arbitrary
waveform generator Standard √
16-channel logic probe and logic analyzer function
included with MSO models.
*Standard on MSO model. **Supporting I2C, SPI, UART, RS232, CAN, and LIN Protocols.
Model 2569-MSO
Model 2542C
2540C & 2560 Series Digital Storage/Mixed Signal Oscilloscopes
2540C Series 2560 Series
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Oscilloscopes
Features & Benefits
16 digital channels with 500 MSa/s
sampling rate (enabled with MSO model)
Large 8” widescreen display with 256-level
intensity grading and color temperature
display
High speed hardware-based pass/fail
testing function
50 Ω input coupling
Segmented acquisition mode for storing
the waveform into multiple memory
segments (up to 80,000)
Front panel USB port for convenient
storing and recalling of waveform data,
setups, and screenshots on a USB flash
drive
PC soware that lets you remotely control
the oscilloscope and capture, save, and
analyze waveform data
Advanced tools include digital filters with
adjustable limits and waveform recorder
mode
Multi-language user interface and built-in
context sensitive help
25 MHz built-in function/arbitrary
waveform generator (standard on all
2540C Series models and available as an
option for the 2560 Series)
Serial bus triggering and decoding
supporting I2C, SPI, UART, RS232, CAN,
and LIN protocols (option)
Built-in Logic Analyzer (option)
Statistical functions supporting Gating,
Math, History, and Ref measurements
Fast waveform capture rate
The 2540C Series delivers up to 60,000 wfms/s update
rate and the 2560 Series delivers up to 140,000 wfms/s
update rate to help you detect infrequent anomalies
and glitches more quickly.
Record length up to 140 Mpts
Using hardware-based Zoom technologies with record
lengths of up to 14 Mpts (2540C Series) or 140 Mpts
(2560 Series), users are able to capture more of their
signal with higher sampling rates and quickly zoom
into the event of interest.
History and segmented acquisition
(Sequence) mode
Use the instrument’s History and Sequence function to
record and play back waveforms to nd anomalies and
quickly locate the source of the problem via cursor or
measurement parameters.
25 MHz function/arbitrary waveform generator
Take advantage of the generator’s 10 built-in
waveforms or create up to 4 of your own arbitrary
waveforms via waveform editing software.
Logic analyzer
4 analog channels plus 16 digital channels enable
users to acquire and trigger on the waveforms, and
then analyze the pattern simultaneously with one
instrument.
Comprehensive statistical functions
Parametric statistical functions are available for
displaying ve parameters of any measurement:
current value, mean value, minimum value, maximum
value, and standard deviation.
Serial bus decoding
Displays the decoding through the events list. Bus
protocol information can be quickly and intuitively
displayed in table form.
Eres (Enhanced Resolution) mode
Eres mode can improve the SNR eectively, without
the dependence on the periodicity of the signal and
stable triggering.
14
Oscilloscope & Recorder
DAS240 Portable Multi-Channel Recorder
The 2190E oscilloscope combines
performance and value all in one portable
solution. With a large, high-resolution
display, standard LAN and USBTMC-
compatible USB interface, advanced
triggering capabilities, and extensive features
such as digital filtering, waveform
recorder and 32 automatic measurements,
this oscilloscope oers powerful tools in a
small aordable package.
2190E 100 MHz Economy Digital Storage Oscilloscope
Features & Benefits
FFT plus four additional math functions
Versatile triggering capabilities including
pulse width, line-selectable video, slope,
and alternating trigger
Advanced tools include digital filter with
adjustable limits, pass/fail testing, and
waveform recorder mode
12 dierent language user interfaces and
context sensitive help
Special EDU mode allows educators to
disable Auto set button, Measure menu,
and Cursors menu
PC soware that lets you remotely control
the digital storage oscilloscope and cap-
ture, save, and analyze waveform data
Powerful measurement functions
Display and measure the input signal's frequency
spectrum. Select one of the 4 FFT windows:
Rectangular, Hanning, Hamming and Blackman.
Use cursors to measure the spectral component's
magnitude and frequency.
Key Specifications
Display 10"
touchscreen
Analog channels 20 (expandable to 200)
Range 1 mV to 200 V
Minimum recording
interval, 1 channel 1 ms
Minimum recording
interval, Temperature
channel 2 ms
Internal memory 32 GB
Logical inputs 12
Frequency √
Pt100/Pt1000 √
Resistance √
Key Specifications
Bandwidth 100 MHz
Sample rate 1 GSa/s
Memory 40 kpts
Display 7” widescreen color LCD with 800 x 480 resolution
I/O Front panel USB host port supporting USB flash drives and optional
USB-to-GPIB adapter, LAN and USB (USBTMC-compliant) device port for
connection to PC, Pass/Fail output
Features & Benefits
Current measurement with external shunt or
accessory clamp
Temperature measurement with
thermocouples (all types supported) and
resistance temperature detectors (RTDs)
Pt100 and Pt1000
Internal 32 GB SSD hard drive
4 discrete alarm outputs
Arithmetic operation between channels
Safety (IEC610010): 100V CAT II
DasLab PC soware for data analysis and
remote control
PC connectivity via LAN or Wi-Fi (option) for
remote configuration of the recorder and
data transfer to computer
The DAS240 is a compact, light-weight multi-channel recorder designed to meet the needs
for low level signal recording and process control applications. All input channels are isolated
and suitable for combined measurements of voltage, temperature, humidity, logic, and pulse
signals.
The DAS240 comes equipped with flexible and powerful trigger functions, e.g. trigger on event,
threshold, window, and start or stop level. For more complex applications, mathematical
calculations between channels are oered.
DAS240 with 2 x 20 channel extension module
Interfaces: 2 x USB, LAN,
Wi-Fi (optional)
15
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Signal Generators
Dual-Channel Function/Arbitrary Waveform Generators
The 4047B is a versatile dual-channel 25
MHz function generator with arbitrary
waveform capability. It features a true
point-by-point AWG (arbitrary waveform
generator) architecture to produce accurate
and precise arbitrary waveforms combined
with a DDS architecture oering easy-to-use
conventional function generator capabilities.
Model 4047B 4053B 4054B 4055B
Sine & Square
frequency range 0.01 Hz - 25 MHz 1 µHz - 10 MHz 1 µHz - 30 MHz 1 µHz - 60 MHz
Amplitude 0 to 10 Vpp into
50 ohms for entire
frequency range
0 to 10 Vpp into 50 ohms, ≤ 10 MHz
0 to 5 Vpp into 50 ohms, >10 MHz
Modulation AM, FM, FSK, PM,
PWM AM, DSB-AM, FM, PM, ASK, FSK, PSK, PWM
Vertical resolution 14 bit
AWG architecture True point-by-
point AWG DDS-based AWG
Sample rate 125 MSa/s 150 MSa/s
Arbitrary waveform length 16 kpts
Built-in arbitrary waveforms 9196
Dedicated waveform keys √ -
Channel tracking - √
Harmonics generator - √
Ext 10 MHz reference I/O - √
Remote interface USB (Virtual COM) LAN, USB device (USBTMC), USB host interface
Front panel arbitrary waveform generation
From the front panel, waveforms can be
dened from scratch by entering data
point-by-point or by loading and modifying
predened waveforms.
Waveform editing software
Use WaveXpress to easily generate, edit, and upload
custom arbitrary waveforms to the generator via the
remote interface. Generate waveforms in the software
by importing a text le or dene via freehand, point
draw, and waveform math functions.
Common Features
4.3” color LCD display
Two fully independent channels with
individual output On/O buttons
Synchronize the phase of both channels
with the push of a button
Low-jitter square wave generation for
simulating reliable clock signals,
generating triggers, or validating serial
data buses
Linear and logarithmic sweep
Variable DC oset
Adjustable duty cycle
Internal/external triggering
Gate and burst mode
Built-in frequency counter
The 4050B Series dual-channel function/
arbitrary waveform generators are capable
of providing stable and precise sine, square,
triangle, pulse, and arbitrary waveforms up
to 60 MHz, using a DDS-based architecture.
Wide variety of modulation schemes
These instruments are capable of many dierent
types of modulation for various applications.
Harmonics generator function
Generate up to 10 harmonics with independent
amplitude and phase settings.
4047B
4050B Series
© B&K Precision Corp. 2016 Product specications and descriptions in this
document subject to change without notice.
B&K Taiwan
Taiwan
About B&K Precision
For more than 60 years, B&K Precision has provided reliable and value-priced test and
measurement instruments worldwide.
Our headquarters in Yorba Linda, California houses our administrative and executive functions
as well as sales and marketing, design, service, and repair. Our European customers are most
familiar with B&K through our French subsidiary, Sefram. Engineers in Asia know us through
our B+K Precision Taiwan operation as well as our Itech brand. Our B&K Brasil oice supports
our expanding customer base in Brazil and other South American countries. The independent
service center in Singapore services customers in Singapore, Malaysia, Vietnam, and Indonesia.
B&K Headquarters
Yorba Linda,
California, USA
B&K Brasil
Sao Paolo, Brazil
Sefram
St. Etienne,
France
B&K R&D Center
Cluj, Romania Itech
Nanjing, China
B+K Taiwan
Taipei, Taiwan
Dynamics Circuit
Singapore
B&K Precision group member Independent service center Service center location
Video Library
View product overviews, demonstrations, and
application videos in English, Spanish and
Portuguese.
http://www.youtube.com/user/BKPrecisionVideos
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