Dds Aribitrary Waveform Generator

Two input channels. External Trigger input. Probe calibrator: 1kHz, 2Vpp. Resolution 8 or 9 bit. Vertical deflection: 10mV/div-5V/div in 9 steps or 10mV/div-10V/div in 10 steps. Horizontal deflection 4ns/div-1h/div in 38 steps. Input Coupling AC/DC/GND. X-Y mode, Storage depth 32kB~512kB/channel. Comprehensive range of trigger functions. Auto-set Measurement. Max. Input Voltage 35V
DSO-2090 USB: Bandwidth 40MHz (-3dB), Max. Sampling Rate 100MS/s
DSO-2150 USB: Bandwidth 60MHz (-3dB), Max. Sampling Rate 150MS/s
DSO-2250 USB: Bandwidth 100MHz (-3dB), Max. Sampling Rate 250MS/s
DSO-2500 USB: Bandwidth 200MHz (-3db), Max. Sampling Rate 500MS/s
DSO-5200 USB: Bandwidth 200MHz (-3dB), Max. Sampling Rate 200MS/s, Equivalent Sampling Rate 50GS/s
DSO-5200A USB: Bandwidth 200MHz (-3dB), Max. Sampling Rate 250MS/s, Equivalent Sampling Rate 50GS/s


Small size(mm):190(L)x100(W)x40(H) , light weight: 380g , easy to carry.

500MHz Timing-Mode (Internal Clock)
200MHz State-Mode (External Clock)
Advanced Multi-Level Triggering
Real-Time Sample Compression
+6V to -6V Adjustable Logic Threshold
I2C, SPI and RS232 Interpreters
Built-in 300MHz Frequency Counter

Specifications:
Sampled Channels 34
Timing Mode Sample Rate 1KHz to 500MHz
Sample Buffer 34x2048 samples
Maximum Time in compression mode: 10 hours(100MHz sample rates)
Trigger sequencer: 120MHz max, 6ns minimum pulse width
Trigger event counters: 20 bits, range 1 to 1,048,576 for each trigger level
Input impedance: 180K Ohms, paralleled by <5pF
Frequency counter range : 120MHz with 10Hz resolution, 4 channels
Threshold range : adjustable +6 to -6 volts with 50mv resolution
Threshold accuracy: +/-(100mV + 5% of setting)
Channel to channel skew: 0.6ns typical, 1.0ns max
State mode Setup/Hold times: 2.0/0ns, window adjustable +/-2.5ns
Input sensitivity: 0.25Vpp @50MHz, 0.5Vpp @120MHz
Input dynamic range: 10 volts peak-peak
Maximum input: +/-40 volts DC, 15 volts peak-peak pulse amplitude
Timebase accuracy: +/-0.005% over full temperature range
Input Probe: Teflon insulated leads terminated with female contacts
compatible with 0.025"-0.030" round or square pins.
Power supply current: 200 milliamps max (supplied by USB)
Temperature range: operating +5 to +50C, storage -10 to +65C
Port: USB1.1 or 2.0
Operating systems: Win98/ME/2000/XP/Vista

Small size(mm):190(L)x100(W)x40(H) , light weight: 380g , easy to carry.

The 2-channel digital storage oscilloscope at an outstanding price! When connected to PC with USB2.0 interface, you get a fully-featured storage oscilloscope with the extra advantage of being able to easily store data for later processing.


Small size(mm):190(L)x100(W)x40(H) , light weight: 380g , easy to carry.

The 2-channel digital storage oscilloscope at an outstanding price! When connected to PC with USB2.0 interface, you get a fully-featured storage oscilloscope with the extra advantage of being able to easily store data for later processing.


Small size(mm):190(L)x100(W)x40(H) , light weight: 380g , easy to carry.

Spectrum Analyzer SA9130 Series
The new high-performance Spectrum Analyzer SA9130 Series were developed with all-digital IF technology to meet demanding customer requirements, its professional bench type, compact size, elegant outlook to show our well design. We can also provide rf spectrum analyzer.
Suin is a China supplier and manufacturer of 3 ghz Spectrum Analyzer,Rf Spectrum Analyzer, digital spectrum analyzer. Preamplifier and EMI filter are standardly configured. If you want to know more about cheap spectrum analyzer, welcome to contact us.
Features
*Frequency range from 9kHz to 3.0 GHz
*-160dBm Display Average Noise Level (Min.)
*< -100 dBc/Hz @10 kHz Offset Phase Noise (Typ.)
*Total Amplitude Accuracy < 0.8 dB
*Preamplifier and EMI filter are standardly configured.

Specification
SA9130
Frequency
Range 9kHz to 3.0GHz
Resolution 1Hz
Frequency Span
Frequency Span Range 0Hz, 100Hz to 3GHz
Uncertainty ±span/(sweep points-1)
SSB Phase Noise -80dBc/Hz (10 kHz offset, fc=1.0GHz)
Bandwidth
Resolution Bandwidth (-3dB) 10Hz ~ 1MHz,  step 1-3-10, 
RBW Uncertainty 10%, nominal (RBW>1kHz)
20%, nominal(RBWâ?¥10Hz, sweep timeâ?¥5s)
Video Bandwidth (-3dB) 1Hz to 1MHz,  step 1-3-10
Amplitude
Range DANL to +30dBm
Maximum Input Level DC Voltage: 50V
CW RF Power: +30dBm (1.0W)  
Max.Damage Level: +40dBm (10W) 
Displayed Average Noise Level (DANL)
DANL (Preamplifier Off)  typ. -125 dBm  
DANL (Preamplifier On) typ. -135 dBm
Reference Level Range -100 dBm to +30 dBm, step 1 dB
Sweep
Sweep Time Range 10 ms to 3000 s (100Hzâ?¤Spanâ?¤3GHz)
20 Î¼s to 3000 s (Span=0 Hz)
Sweep Time Uncertainty 5%, nominal (100Hzâ?¤Spanâ?¤7.5GHz)
0.5%, nominal (Span=0 Hz)
Sweep Mode Continuous, Single
Trigger
Trigger Source Free, Video, External
External Trigger Level 5 V TTL level
Advanced Measurement
Channel Power, Adjacent Channel Power, N-dB bandwidth, Occupied Bandwidth
EMI  200Hz, 9kHz, 120kHz
Input/Output
RF Input Impedance 50 Î©
Standard frequency  Frequency: 10MHz
-3dBm to +3dBm (output)
Interface
Type USB Host & Device, LAN, VGA, RS-232 (only SA9100 series available)
General Characteristic
Power Supply Input Voltage: AC100V to 240V
Frequency: 50/60Hz (1±10%)
Power Consumption: 35W
Dimension & Weight 363*154*327 mm, Approx. 6.0 kg

A wind rose is a graphic tool used by meteorologists to give a succinct view of how wind speed and direction are typically distributed at a particular location. Wind energy is considered as a renewable source of energy which can be used to operate windmills and wind turbines at locations where the intensity and speed of wind energy is strong enough for them to function properly. Windmills are used at industry and household level to conserve power, whereas wind turbines are used in wind farms and wind energy industries. User need to provide wind data in a pure Excel file or tab seperated .XLS file where first row must contain header for ex. Date & Time, wind Speed, wind Direction etc and second row contains unit for those particular headers like dd/mm/yyyy hh:mm, (º), m/s etc. User can print the generated windrose and can save as image file.

Features:
Please notice that our X431 can be updated by internet. X431 auto scan tool is a new generation of product. It's a perfect marriage between automotive electronic technology and information networking. X431 adopts open diagnostic technology, which is the most advanced in the world as well as the future of automotive diagnosis. It carries PDA functions apart from reading trouble code, data stream and actuation test, sensor waveform and digital code control.

Product character:
To interface with computer with X431-PCLINK (optional) to store test data in vehicle service record;
To simulate and test sensors with the help of sensorbox (optional);
To test the parameters of the battery and conduct analysis on battery conditions through batterybox (optional);
To print out test data any time with built-in printer;
Easy operation through handwriting input on large touch screen;
As generic diagnostic equipment, it can interface with diagnostic adaptors of all vehicles models in the world;
Strong test capacity to cover all electronic systems;
Unique reading of date stream to ensure fast date updating;
Strong waveform display to monitor any change in the data stream;
Embedded operation system and open-platform diagnosis to make effective diagnosis possible;
Integrated adaptors featuring compact design and reliability;
Complete after-sales service system to give life-long service;
Multi-language choices and easy update by the Internet.

Reference:
Operation System: Linux
CPU: 32-bit processor
CF card: 128M
Interface: Standard serial/ parallel port
Power: DC12V
Output: Approx. 9W
Printer: Mini thermo printer
Printer interface: Standard parallel port
Screen: 240*320 LCD touch screen with backlight
Structure: main units, Smartbox and mini printer

Product Introduction
Impulse voltage generator is mainly used for impulse voltage test of power equipment such as lightning impulse voltage full wave lightning impulse voltage truncation wave and operating impulse voltage wave to test insulation performance.Impulse voltage generator a power supply device that imitates impulse voltages such as lightning and operating overvoltages.It is mainly used in insulation shock withstand voltage and dielectric shock breakdown and discharge tests.

Scope of application: standard lightning shock lightning cut-off wave for transformers reactors mutual transformers and other high voltage electrical appliances high voltage thyristor valve SVC(HVDC) power cables all kinds of high voltage insulators bushing operation shock and all kinds of non-standard shock wave impulse voltage test required by users.Various test waveforms (standard and non-standard waveforms user-generated waveforms) can be generated by a single set of equipment.Field of application: lightning protection and lightning test for quality inspection measurement inspection and supervision organizations power equipment manufacturers railway communications aerospace and aerospace vehicles military research units universities and meteorological departments.

900kV/67.6 kJ Lightning Impulse Voltage Generator Complete Test Equipment for Transformer Reactor Cable