CONFORMING TO STANDARDS and EXACT

Real ANALYSIS: RF Measurement in this price range has never been this PROFESSIONAL. Find radiation sources in your surroundings. Find their respective frequencies and signal strengths, including direct display of exposure limits. This used to be impossible in this price category, professional units often costing several thousand euros and being excessively complicated in handling. The highly complex calculations in spectrum analysis incl. exposure limit calculation is being performed, unnoticed in the background, by a high-performance DSP (digital signal processor). This ultra-fast processor even allows REAL-TIME display in all EMF (LF) versions of the SPECTRAN® series (could you ask for more?). Simply amazing! Fast, handy, cost-effective, beautiful exterior and PRECISION - what more could you ask ? Spectrum ANALYSIS The perfect analysis: Professional RF measurement devices use a frequency dependant measurement approach, the so-called spectrum analysis. In a certain frequency range, the individuals signals and their respective strengths are being broken down, for example into a "bargraph" display (see SPECTRAN® screenshots on the right). The height of the individual bars represents the corresponding signal strength. For the 3 strongest signal sources, SPECTRAN® automatically displays the exact frequency and signal level, thanks to its "Auto Marker" feature. Of course, you can also setup the filter width and the frequency range to be analysed as you like. In the RF spectrum shown, a frequency range of approx. 100MHz to 7GHz from left to right is being analysed (full sweep). During analysis, the Auto Marker feature has determined - fully automatic - three main signal sources: Signal#1=942MHz (GSM communications) at -63dBm Signal#2=2024MHz (UMTS) at -23dBm Signal#3=5832MHz (802.11a WLan) at -42dBm Thanks to its DIRECT frequency display of the individual signal sources, a doubtless mapping of measurement results to the corresponding radiation sources is possible. NOTE: The very common low cost BROADBAND MEASUREMENT DEVICES (especially common among novice users) do not give you too valuable information at all. You do receive a measurement result (for example, 500nT), but what is the frequency ? Of how many radiation sources is this result composed? What causes the radiation ? Are there multiple sources ? Is the reading maybe even composed of several signal sources ? What is the corresponding exposure limit for this reading ? What IS the exposure limit if a mixture of several frequencies is present ? Questions and yet more questions WITHOUT an answer. In contrast, using a SPECTRUM ANALYSER, you will ALSO consider the frequency of the signal sources, as the frequency is JUST as important as the signal strength itself. ONLY using the frequency information, a radiation source can be isolated reliably, and ONLY using the frequency, calculation of frequency-dependant exposure limits can be accomplished. Due to the MISSING frequency reference with low cost broadband units, DRAMATIC misinterpretations can arise: when exposure limits are calculated, these can be wrong by MORE than a factor of 1000!! (this is NOT an error, we do really mean ONE THOUSAND). PROFESSIONAL PC analysis software included for free Simply AMAZING: The PROFESSIONAL PC analysis software demonstrates SPECTRAN's vast capabilities. This software can be used IN ADDITION to SPECTRAN and offers an incredible amount of features. All this for FREE. Just download it from our homepage, and your PC turns into a real spectrum analyser with a huge display: MULTI-device capability!!! Remote control of SEVERAL SPECTRAN units. These can be controlled and their data displayed AT ONCE on a single PC. HIGH-RESOLUTION!, freely scalable, coloured spectrum display with falloff function.. Display of CHANNEL IDENTIFIERS!!! for EXACT identification of providers. Channel numbers etc. freely programmable and extensible! Up to 10! markers with frequency and level display. Intuitive zoom control with very comfortable frequency adjustment. High quality "waterfall"-display with TIMECODE. Colour scale freely configurable. Size freely scalable. Optional display of data DIRECTLY ON TOP OF THE GRAPH by pointing with your mouse and CTRL-clicking! High-resoution SLOT ANALYSER with 3D display!! SUPER-LOGGER: ALL data can be written to disk continuously. File format is readable by spreadsheet applications, for creating custom reports, etc. Freely positionable windows for comfortable entry of frequency, RBW, sweeptime etc. etc. Various pre-defined profiles for DECT, UMTS, GSM, WLan etc. etc. for instant recall. Incl. optimal parameters and extensive channel information! Freely programmable and extensible! Independant main display with SIMULTANEOUS display of dBm, dBµV, V/m, W/m2 and A/m, each with AUTORANGE. Freely transposable and scalable. SUPERB exposure limit display with various profiles (ICNIRP, Salzburg precautionary values, ECOLOG, etc. etc.). Freely programmable with a virtually infinite amount of display options. Functionality to update SPECTRAN measurement device firmwares. Freely programmable key assignments and labels for SPECTRAN measurement devices. Filemanager and COMPILER for creation and management of YOUR OWN PROGRAMS for SPECTRAN measurement devices. "Rename" option for renaming any of your SPECTRAN units (for example, including location) for better identification etc. etc. etc. HUGE digital LC display Pure luxury: The huge, high resolution digital LC display with more than 80x60 mm in size! It has been developed especially for SPECTRAN® by Aaronia. Needless to say, it uses FSTN quality for crystal clear display. It covers a vast amount of display capabilities (listed from top to bottom): Big graphics display (pixel display) with 51x25 pixels (can be used for complex spectrum and exposure limit display, convenient menu navigation, etc.) HUGE numeric display (4 digits, max. 9999) Large, high-resolution bargraph (50 segments) for very responsive trend display Various function and mode indication display blocks (AUDIO, MODE, MEMORY etc.) Large multi-function text display (6 text fields / e.g. for displaying units, service information, etc.) Three further big numeric displays (4 digits each, each max. 9999 / e.g. for simultaneous display of MIN, MAX, AVG values, 3 marker values, etc.) Triple multi-function text displays (Next to each of the previously described numeric displays / 3x3 text fields each / used e.g. for unit display for markers, etc.) Three more multi-function text displays (directly beneith the previously described displays / 3x6 text fields each / e.g. ADDITIONAL values AND unit display for markers, etc.) Battery status and charging display (incl. "CHARGING" and "LOW") 6 numerical displays for flexible bargraph scaling (incl. multiplication factor and percentage display) Thanks to the vast amount of flexible display options, this device can display various readings, a bargraph AND a spectral display (starting from NF-1010E resp. HF-2025E) SIMULTANEOUSLY, without bothersome switching back and forth. Lots of power: The rechargable Aaronia NiMH and LiPo Power-Battery Superlong operating time: Starting with the SPECTRAN® NF-1010E or SPECTRAN® HF-2025E, respectively, the rechargable Aaronia NiMH battery is supplied as standard. It has been developed specifically for the SPECTRAN® devices and is optimally suited for their requirements. Thanks to NiMH technology, the dreaded "Memory effect" is now a thing of the past, as with this power battery, maximum quality and long life have been our primary goals. Another reason why such a battery technology is necessary is the high power demand of the high-performance DSP used in all SPECTRAN® units, especially in the RF versions, which furthermore include very demanding RF receiving circuitry. Still, it is astounding that even when using the standard version of the Aaronia battery (1300mAh), continuous operation of the SPECTRAN® for approx. 3 hours is possible. The special Lithium Polymer version with 3000mAh (available at an extra charge) bumps this up to a stunning 6,5 hours! This is certainly a new all-time record for portable, battery-supplied spectrum analysers, or do you know a portable spectrum analyser which even remotely provides 6,5 hours of continuous operation with a single battery charge ? Naturally, the necessary battery charger is also included. At the same time, it can be used for operating the SPECTRAN® units with mains power. The battery charger is integrated into all SPECTRAN® units, thus SPECTRAN® models NF-1010 and HF-2025 can also subsequently be extended with an Aaronia LiPo battery (STRONGLY recommended!). NCLUDED WITH DELIVERY / Recommended ACCESSORIES / OPTIONS INCLUDED WITH DELIVERY: RF spectrum analyzer SPECTRAN HF-6060 V4, HF-6080 V4 or HF-60100 V4 HyperLOG 7060, 6080 or 60100 EMC/directional antenna Detachable miniature rod antenna 1300mAh battery with charger Detachable handle with miniature tripod mode SMA toolset SMA adapter 1m SMA cable Sturdy aluminum-design carrycase (with custom padding!) Exhaustive manual with lots of basic information, hints, backgrund information and exposure limit tables RECOMMENDED ACCESSORIES: Detachable handle with super practical miniature-tripod mode (one handle already included with delivery). This handle is attachable to the backside of the unit and allows optimal handling (esp. for directional measurement) and even fixed installation of the unit - while the other (included) handle can be used for handling the HyperLOG antenna. 5m resp. 10m LOW-LOSS SMA cable 3000mAh LiPo power battery. Enhances operation time to approx. 6,5 hours. Additional EMC/directional antenna of our HyperLOG 40xx or 30xx series, or BicoLOG antenna for extending the frequency range down to 20MHz. 20dB Attenuator for extending the measurement range to +40dBm (ONLY for HF-60100 V4). Frequency range Min 10MHz Frequency range Max 6GHz Optional PEAK Power-Detector (Maximum usable frequency)*** 6GHz  AVG Noise Level (1Hz) -135dBm  AVG Noise Level (1Hz) with PreAmp -150dBm  Maximum Level +10dBm  Filter bandwith (RBW) Min 3kHz  Filter bandwith (RBW) Max 50MHz  EMC-Filter (RBW) 9kHz, 120kHz, 5MHz; 20MHz; 40MHz  Accuracy Base unit (typical) +/-2dB  Vector power measurement (I/Q) and True RMS  Lowest possible SampleTime 1mS