BK Precision 4017B Generator
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Model:
4017B
Date:
2006
Category:
Group:
Description:
Information
The B&K Precision Model 4017B Sweep/Function Generator is
the newest 40XX family member. The 4017B enhances the
performance achieved by its successful predecessor, BK
Precision Model 4017A Sweep/Function Generator. These
performances are achieved by using direct digital waveform
synthesis (DDS) techniques for generating high accuracy and
precision frequencies. A high performance Digital Signal
Processor (DSP) controls every aspect of the DDS system, and
is used for precise generation and processing of waveforms.
The 4017B has a vast number of applications in both analog
and digital electronics, in the engineering, manufacturing,
servicing, educational and hobbyist fields. This versatile
signal source is capable of generating waveform (such as
sine, triangle and square), pulse generation (through
variable symmetry) and frequency sweep. Additionally, the
instrument provides a built-in frequency Counter.
The core of the function Generator is a DSP, which is used
to generate precision sine, square or triangle waveforms
over 0.01Hz to 10MHz range. This encompasses subaudible,
audio, ultrasonic and RF applications. The symmetry of the
waveforms can be changed between 0% to 100% in 1% step,
converting the instrument to a pulse Generator capable of
generating rectangular waves or pulses, ramp or sawtooth
waves and slued sine waves. An external voltage may be used
to control operating frequency that can be changed using a
ratio between 1:1 and 1:100. Frequency sweep can be adjusted
by changing the rate and the time sweep, and also the manner
in which frequency is changed, linear or logarithmic.
The B&K Precision Model 4017B has 3 jacks: 2 for output and
1 input. The OUTPUT jack is the main signal output. The
TTL/CMOS jack is a TTL/CMOS compatible square wave output.
The VCG/SWEEP jack is an input used for controlling the
operating frequency and input to frequency Counter.
The 4017B is capable of supplying an output level of 20.0Vpp
with an offset voltage of ± 10.0Vpp (unloaded) on the main
signal output, the OUTPUT jack. The output impedance is 50
ohms; therefore the 50 ohm loaded output level is 10.0Vpp,
with an offset voltage capability of ±5.0 Vpp. The output
level can be adjusted with a resolution of 1mV and 10m V,
depending on the level range being worked on. The offset
level can be adjusted with a resolution of 1mV.
The 4017B is capable of generating a TTL/CMOS compatible
square wave on TTL/CMOS jack. The output level can be up to
14.0 Vpp (unloaded).
On the VCG/SWEEP input jack, DC levels can be applied
between 0V to 10.0V in order to change the output operating
frequency with a ratio between 1:1 and 1:100. This jack is
also used as a frequency Counter input, for frequencies
between 5Hz and 100MHz.
The front panel of the Model 4017B includes LCD display,
buttons, “intelligent” knobs and an LED in order to operate
the unit quick and easy. The “intelligent” knobs are one of
the main features of this new model, which reduces the
number of controls needed for changing the value of a
parameter. The LCD display is a large 2-line 16 columns back
lighted display.
The unit also features an EIA-RS232 connector on the rear of
the unit. This permits the user to remote control the 4017B
using ASCII characters. No special hardware or protocols are
needed; any dumb terminal or computer serial port can be
used. The baud rate is fixed to 9600 BPS.
Manual type:
Gebruikershandleiding
Pages:
41
Size:
1.02 Mbytes (1071617 Bytes)
Language:
english
Revision:
Manual-ID:
Date:
01 January 2006
Quality:
Gescand document alle leesbaar.
Upload date:
25 January 2017
MD5:
0ba343412240fba784e0ea789fbc24cb
Downloads:
349
Information
1. Introduction to the Model 4017B 2
1.1.
Description ... 2
1.2. Feature
Summary ... 2
2. Front
panel ... 2
2.1. Brief description. Using the
controls ... 2
2.2. Buttons and knobs. LED functionality
description ... 3
3. Operating the Model
4017B ... 6
3.1. Parameter’s
setting ... 6
3.1.1.Frequency setting (except FREQCOUNTER
mode) ... 6
3.1.2.Level.setting (except FREQCOUNTER
mode) ... 8
3.1.3.Offset setting (except FREQCOUNTER
mode) ... 8
3.1.4.Duty cycle setting (except FREQCOUNTER
mode) ... 9
3.1.5.CMOS level setting (except FREQCOUNTER
mode) ... 9
3.1.6.Sweep time setting (only for INTERNAL SWEEP
mode) ... 9
3.1.7.Sweep width setting (only for INTERNAL SWEEP
mode) ... 10
3.1.8. Gate setting (only for FREQCOUNTER
mode) ...
10
3.2. Mode
description ... 10
3.2.1 EXTERNAL VCG (External Voltage Control
Generator ... 10
3.2.1.1 Selecting EXTERNAL VCG
mode ... 12
3.2.1.2 Selecting output
waveform ... 12
3.2.1.3 Selecting the
frequency ... 12
3.2.1.4 Selecting the
level ... 13
3.2.1.5 Selecting the
offset ... 13
3.2.1.6 Selecting the duty
cycle ... 13
3.2.1.7 Selecting output TTL/CMOS
level ... 13.
3.2.2 INTERNAL
SWEEP ... 12
3.2.2.1 Selecting INTERNAL SWEEP
mode ... 12
3.2.2.2 Selecting output
waveform ... 12
3.2.2.3 Selecting the
frequency ... 12
3.2.2.4 Selecting the
level ... 13
3.2.2.5 Selecting the
offset ... 13
3.2.2.6 Selecting the duty
cycle ... 13
3.2.2.7 Selecting output TTL/CMOS
level ... 13
3.2.2.8 Selecting sweep
width ... 13
3.2.2.9 Selecting sweep
time ... 13
3.2.2.10 Selecting type of
sweeping ... 13
3.2.3 FREQCOUNTER (Frequency Counter
mode) ... 13
3.2.3.1 Selecting FREQCOUNTER
mode ... 14
3.2.3.2 Selecting gate
period ... 14
3.2.4 Saving the default loaded mode at
power-up ... 14
3.2.5 Setting parameters
examples ... 14
3.2.5.1 Example of setting parameters in EXTERNAL VCG
mode ... 14
3.2.5.2 Example of setting parameters in INTERNAL SWEEP
mode ... 16
3.2.5.3 Example of setting gate period in FREQCOUNTER
mode ... 19
3.2.5.4 Example of saving the default mode at
power-up ... 19
3.2.5.5 Waveform
examples ... 20
3.3 Remote
operation ... 25
3.3.1 Brief command
description ... 25
3.3.2 Commands
description ... 25
3.3.2.1 General
rules ... 25
3.3.2.2 Commands
description ... 26
3.3.3 Remote program
examples ... 34
3.3.3.1 Example of setting parameters in EXTERNAL VCG mode
using REMOTE control mode ... 34
3.3.3.2 Example of setting parameters in INTERNAL SWEEP mode
using REMOTE control mode ... 35
3.3.3.3 Example of setting parameters in FREQCOUNTER mode
using REMOTE control
mode ... 36
4
Specifications ...
37
5 Service
Information ...
38
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