MHS-5200A series instruments using large scale integrated circuits and high-speed FPGA MCU microprocessor, the internal circuit to take surface mount technology has greatly enhanced the instrument's noise immunity and service life. Display interface using LC1602 LCD display is divided into two lines, the top line shows the current frequency, the following line displays additional parameters or function variable and flexible use of flip key setting, greatly enhanced operability; this instrument signal generation, waveform scanning, as well as the use of parameter measurement has great advantages, is an electronic engineer, electronic laboratories, production lines and teaching, research and the ideal test, measurement equipment.
It is worth mentioning that we have two channels are completely independent, the maximum frequency can reach 25MHZ.
MHS-5200A instrument model of the last two digits 00 indicate limits (MHz) frequency sine wave instrument on the model.
Example: MHS-5200A (6MHz), 6MHz means the model sine wave output frequency up to 6MHz
1, direct digital synthesis (DDS) technology, FPGA design, low power consumption;
2, dual output, can work in sync phase adjustable;
3, with up to 600 seconds of linear and logarithmic sweep sweep function;
4, with a sine wave, the basic function waveform triangle wave, square wave, sawtooth rise, falling sawtooth and variable duty cycle of the pulse wave, but also has 16 sets of arbitrary waveform customized by the user;
5, with M0 ~ M9 total of 10 sets of parameters stored bits M0 boot automatically transferred out of data;
6, at 15MHz or less, the sharpest of up to 15Vp-p, more than 12MHz, the biggest reach 8Vp-p;
7, built sophisticated -20dB attenuator reach the minimum amplitude resolution 1mV;
8, with 120% ~ + 120% DC bias function;
9, pulse duty cycle adjust accurate to 0.1%;
10, with four variable phase difference of TTL output;
11, has a frequency measurement, period measurement, positive and negative pulse width measurement, duty cycle measurements and counting function;
12, four optional frequency measurement gate time, which strike a balance between speed and accuracy;
13, all parametric EQ calibration can be performed by internal procedures;
14, powerful communications features, completely open communications protocol, the secondary development becomes very simple;
15, after the connection with the PC, the PC can be used to control the instrument, and can be edited on the PC arbitrary waveform output waveform is downloaded to the instrument.
16, this model machine can be equipped with an increase in power module, the signal output amplitude reaches 30Vpp, the maximum output current reaches 1A;
Dual simultaneous output 15KHz, peak value 5Vp-p sine wave
Dual simultaneous output 15KHz, peak to peak square wave 5Vp-p
Dual simultaneous output 15KHz, peak value of the triangular wave 5Vp-p
CH2 channel output 15KHz peak value 15Vp-p sine wave
CH2 channel output 15KHz peak value 0.015Vp-p (ie 15mv) sine wave
CH2 channel output 15KHz peak value 0.016Vp-p (ie 16mv) sine wave, step value can be done 1mv, quite accurate!
CH2 channel output 15KHz peak value 0.018Vp-p (ie 18mv) sine wave
CH1 channel output 100KHz peak value 10Vp-p sine wave
CH1 channel output value 10Vp-p peak 1MHz sine wave
CH1 channel output value 10Vp-p peak 6MHz sine wave
CH1 channel output value 8Vp-p peak 12MHz sine wave
CH1 channel output value 5Vp-p peak20MHz sine wave
CH1 channel output value5Vp-p peak25MHz sine wave
Our signal bias can + 120% - 120% adjustment, illustrating a forward bias to 100%
Illustrates the forward bias of 120% sine wave
Our duty cycle square wave is adjustable from 0.1% to 99.9% and 75% duty cycle shown a square wave
Channel phase difference between the two of us 0-359 degree adjustable phase difference of 180 degrees illustrated two sine wave
Illustrates a phase difference of 180 degrees two square wave
Our machines can be PC software, draw any wave, and then save it to the machine, you can output arbitrary waveform signal
Measurement: measuring the input signal frequency
Counter: accumulated input signal N cycles
Measurement: Measurement input square wave signal is positive pulse width
Measurement: Measurement input square wave signal is negative pulse width
Measurement: measuring the duty cycle of the input square wave signal
Measurement: Measurement input square wave signal cycle
Can output four TLL signal waves, adjustable phase 0-359
Shipping list
PAYMENT
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SHIPPING
Shipping:
Packages are sent from overseas, please expect lengthy custom delays if you choose to use default shipping service. Shipping to some countries is slow. That depends on your local postal service.
Most orders to USA take about7-20 daysusing epacket(USPS first-class service with tracking#).
Shipping to mostother countriestakes about10-30 daysvia Economy Int'l Airmailwithouttracking#. In rare case, it can take up to 40 days. It depends on your location and local postal service(e.g., Russian Postal service is slow), as well asthe weather conditionalong the shipping.
We don't take responsibility if you submit wrong address.
Here's an approx delivery time to some countries:
Please contact us if you need a tracking# or express shipping service.
TERMS OF SALE
If you are facing with troubles below, please contact us as soon as you can
Defective or Wrong: full refund or send you a new replacement
Missing: new package arranged, or partial refund
Dislike: full refund after we received your item (buyer undertakes return shipping fee)
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