NanoRanger® NR-01 3.5 Digit DC Nanoammeter measures currents from 1nA up to 800mA with a maximum resolution of 10pA. Each instrument is supplied factory calibrated, eliminating the requirement for high-cost precision components, keeping the purchase price low.
EEVblog's Dave Jones tears down Siglent's SDG2122X 120MHz Arbitrary Waveform Generator https://snip.ly/mph2kp
Saelig Marketing Graphics Manager Larry is pleased with the backdrop for our APTA show stand - we will be exhibiting next month. Public Transportation companies can greatly benefit from ABI's circuit repair gear!
RF energy travels along transmission lines but what happens when it encounters a load or different type of line? The resulting reflections create standing waves of voltage and current, just as water waves do when they encounter an obstruction. The RF energy bouncing around in the line can create problems with digital signals and can result in extra losses.
This article takes a look at several techniques for dealing with the reflections and how the same techniques are used in circuit design. This is called impedance matching.
#nutsvolts #rf #electricalengineering #transmission #transmissionlines
Types of Signal Generators and their application: new article from Tabor Electronics.
4-ch models - 500MHz, 1GHz, and 2GHz; sample rate 5GSa/s (10GSa/s ESR) each ch, 500Mpts memory, optional 16 digital channels to the 4 analog channels to provide synchronous mixed signal analysis ability.
https://youtu.be/9czbjnql2fQ
Understanding Different Types of Signal Generators and Their Applications
Tabor has published a helpful article outlining the various types of signal generators and their application uses: https://snip.ly/mydk37
Need to measure picoamps? If you are developing embedded hardware that requires very low power, you need to accurately measure the current drain from standby up to its peak during normal operation. But what measurement device can you use? Many solutions to this challenge have ranged from very expensive ammeters costing thousands of dollars, to cheaper solutions that only have limited manual ranges. Even if you have an expensive six-and-a-half digit multimeter that promises one nanoamp resolution, the lowest current range is usually two milliamps and the absolute accuracy is plus-or-minus five hundred nanoamps. That is not good enough!
Take a look at these products! Electron Plus SPA100 Source Picoammeter
and
RBD Instrument's 9103 USB Picoammeter
Our latest newsletter highlights products we carry from all around the world!
http://www.saelig.com/news/newsletters/saelig-101921-newsletter.pdf
If wires are conveying RF signals, they are really transmission lines. This article talks about a basic element of transmission lines — the standing wave ratio, or SWR — and why it’s important and how to measure it.
The SiglentSDS6000A Series of 4 channel digital storage oscilloscopes offers models in bandwidths of 500MHz, 1GHz, and 2GHz, with a sample rate of 5GSa/s (10GSa/s ESR) at each channel, a large memory depth of 500Mpts, and the option to add 16 digital channels to the 4 analog channels to provide synchronous mixed signal analysis ability. The series employs Siglent’s latest SPO technology, with a maximum waveform capture rate of up to 170,000 wfm/s in Normal Mode and up to 750,000 wfm/s in Sequence Mode. The large 12.1’’ display capacitive touch screen supports multi-touch gestures to greatly improve the operational efficiency. A 256-level intensity grading display function includes a color temperature mode. This scope also supports mouse control and remote web control over LAN.
PicoScope 6426E USB Oscilloscope has recently made an appearance in Silicon Chip, the Australian electronics magazine. Reviewer Tim Blythman took a closer look at one of our 6000E Series oscilloscopes, putting its impressive sampling rate, capture memory, bit resolution, and unique FlexRes feature, to the test. Blythman details our range of scopes, software, user interface, features and menus, and much, much more.
https://www.siliconchip.com.au/Issue/2021/October/PicoScope+6426E+USB+Oscilloscope
Think you can't afford a 12-bit #oscilloscope? Think again!
The Teledyne LeCroy HDO4000A series 4-channel high-definition oscilloscopes feature 12-bit ADC resolution (up to 15 bit with enhanced resolution) and up to 10 GS/s with enhanced sample rate. 4096 levels instead of 256- 16x more detail! They feature a huge waveform memory of up to 50 Mpts/Channel, and easy-use MAUI OneTouch user interface, together with exceptional Serial Data and other investigative tools. Up to 23 serial standard protocols are supported.
Check out Teledyne-LeCroy's WaveSurfer 4000HD #oscilloscopes here:
http://www.saelig.com/category/wavesurfer-4000hd.htm
#powerintegrity #embeddedsystems #automotive #powerelectronics #teledynelecroy #milaero #testequipment #testandmeasurement
Want to know how an #Automotive #PicoScope can help diagnose car problems?
Cambrionix SuperSync15 15-port USB 3.2 Charge & Sync Hub
15 ports | USB 3.2 | 2.1A (10W) | 5Gbps | Desktop | Charge
& Sync | Control
Industrial USB 3 (SuperSpeed USB) hub providing data
transfer speeds up to 5Gbps (USB 3.2 Gen1). Transfer data up to ten times
quicker than a USB 2.0 hub. Charge and sync 15 devices at up to 2.1A per
port. Connect both USB 2 and USB 3 devices (mobiles, tablets, etc.) at
the same time.
Charge: Power with control. Cambrionix USB hubs auto-detect attached devices and automatically adjust the current output to the highest level permitted by the device manufacturer and USB specifications. If the charging device supports USB Battery Charging V1.2 and charging downstream port (CDP), high current charging during syncing is supported.
Connect: Fast data transfer. Not all hubs are created equal.
Charge and connect at the same time with Cambrionix managed USB hubs that
deliver high-speed charging and syncing. Find out more about syncing and data
transfer with the SuperSync15 managed USB hub.
Manage. Understand. Evaluate. Working independently to the
OS, Cambrionix intelligent USB hubs offer three interfaces to manage and
monitor what each device is doing exactly when and how you want: Cambrionix API,
LiveViewer App, CLI instructions.
http://www.saelig.com/cambrionix/supersync15.htm
Great to have a visit at Saelig from EMC guru Ken Wyatt! (https://emc-seminars.com/) A well-known keynote speaker, Ken has spent over 30 years in the field of EMC product design and EMI testing and helps companies worldwide successfully design their products to meet appropriate EMC requirements. He's also a fan of our company and relevant products such as those from Rigol, Siglent, and TekBox. Everyone in the field should have Ken's three seminal books!
The thinkRF H1000A RF Power Amplifier is a discrete, rugged, and portable RF amplifier designed for public safety and emergency communications that supports operation from a 12V vehicle power system or V-mount battery. With signal gain of up to 43dB and regulation of the incoming power as well as surge protection it has been designed for dependable use in harsh conditions that include shock, vibration, rain and dust in mission-critical situations. Housed in an IP66 rated enclosure that is compact (10.5” x 8.9” x 7.9“) and light (< 11 lbs.) the fanless H1000A is silent and highly reliable in operation. The H1000A covers mobile wireless frequency bands from 715MHz to 2.7GHz and has a 10 W operating power output. It is designed to be used with a wide range of signal sources and operational scenarios, and can tolerate up to 10:1 VSWR output mismatch. http://www.saelig.com/pr/h1000a.html
In this video, Joe Davies Industrial Computing specialist at Amplicon explains all the new features introduced with the new Windows 11 operating system. https://snip.ly/3k4oqc
thinkRF H1000A High Power 715MHz to 2.7GHz Ruggedized RF Amplifier is a compact, powerful, rugged, and fanless multiband cellular high power RF amplifier for intelligence, security, and emergency applications. Operates from12V vehicle power or V-mount battery. 43dB gain. IP66 enclosure that is compact (10.5” x 8.9” x 7.9“) and light (< 11 lbs.) the fanless H1000A is silent and highly reliable in operation. The H1000A covers mobile wireless frequency bands from 715MHz to 2.7GHz and has a 10 W operating power output. It is designed to be used with a wide range of signal sources and operational scenarios, and can tolerate up to 10:1 VSWR output mismatch.
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