PSM1700_35 Brochure & Technical Specifications
Contents
1. Whether you will make use of just one or all six of the primary measurement modes included in the PSM1700 and PSM1735 you can be sure of the exceptional accuracy speed and ease of use that only the latest design technology can provide Frequency Response Analyser Incorporating a digital Features bine ss tae signal generator two eeece aw anne differential auto ranging Differential inputs voltmeters auto scale Fast sweep with up to 20 frequency steps per second frequency plots and DFT analysis giving exceptional noise rejection Automatic Gain Phase margin computation intuitive setup stored into Storage of results into non volatile memory non volatile memory the PSM range brings accurate and simple to operate frequency FRA Example applications e Power supply gain and phase analysis response analysis within the grasp of many who could not previously consider an FRA e Electronic filter design and test Speaker and amplifier test Mechanical vibration analysis Electro Mechanical control loop analysis FREQUENCY RESPONSE ANALYSER 248 9 566kHz phase margin 086 8 8940Hz 17 448 073 449 074 684 074 942 087 153 087 346 087 325 087 083 FREQUENCY RESPONSE ANALYSER 0 438 087 088 09 636m v 859 903 tz Real time mode at cursor point frequency n z Zy RIINIATEN selon Lt gS maa or Hien Z Selection of the most Suitable display format2. stored into non volatile memory Watch results during datalog capture with scroll display Real time DFT harmonic analysis fundamental Power Meter applications e Power profile testing e SMPS standby analysis e Distortion analysis e PFC testing PC control data capture and file storage PSMcomm software provides control of all primary PSM functions with graphical or tabular data presentation dual cursor measurements an automatic gain phase margin function plus print copy save to file and firmware download CommVIEW PC software supplied as standard provides script file instrument control result storage in txt format and firmware download i ZEI eM E r a esi ey aie Bra ta j lz d Zr nN M aaa i 4 ASOT IA ye Siri fe a a as ice Cel A A i TIS ZAZ 5A eal emer is LAN 1 CONT i Loar ne SANAL PSM1700 and PSM1735 Accessories and Ports Standard accessories Probes 2 off with PSM1700 4 off with PSM1735 Leads Output RS232 Power Software CommVIEW Calibration Certificate User Manual Documentation E i T i IERT Ports RS232 Baud rate to 19200 RTS CTS flow control Parallel 8 output 4 input 25 Pin D Type Analog output OV to 4V on any measured function BNC Sync output Pulse synchronised to generator Extension ports 2 N4L accessories 15 pin female D type and 6 pin mini din LAN option L 10 100 base T Ethernet a
3. 10uHz to 1MHz Phase Sensitive Multimeters A new generation of versatile measurement instruments avy PSM1700 PsimetriQ f ncy SPONSE ANALYS marpa 32240 1SH phere mopa OS 10UHz to 35MHz PSM1735 NumetriQ PSM1735 NumetriQ 5 3273m V 0 003 dB 075 842 28 4292Mhz msl fo j Z Jnl HOIS Za kair ATT ue CE aaa f TEV AST Dog fe A W JL y 2 We aoe cores at DWT TET mal asi Ben eon all D M AA 2 PAN ih SANAL Versatility without compromise In a world where engineers from many different application areas require ever increasing speed flexibility and measurement accuracy N4L introduce a new generation of versatile measurement instruments that offer leading performance in every mode without the compromise on accuracy or the additional cost that is commonly associated with such flexible instruments Utilising the latest DSP and FPGA technology to optimise the use of innovative analogue hardware many measurements functions can be derived with great precision from the basic elements of true rms voltage on two measurement channels plus the phase angle between them It is from this fundamental relationship between independent voltages and their relative phase angle that the phrase Phase Sensitive Multimeter was derived and this is also the key to the unique combination of performance versatility and value provided by the PSM range VVM LCR RMS POWER HARM
4. Hz Basic 0 002 kHz lt 1MHz Basic 1 6 0 4 MHz lt 35MHz LCR Meter L C R ac Q tan delta impedance phase Series or parallel circuit 10uHz to 1MHz 10uHz to 35MHz External or N4L active head or Impedance Analysis Interface Inductance 100nH to 10kH Capacitance 10pF to 1000uF Resistance 10mQ to 100MQO 0 1 tolerance of selected current shunt All ac functions True RMS Voltmeter 2 DC to 1MHz 1MHz to 500kHz fundamental only rms ac dc peak cf surge dBm As VVM 0 05mV 0 1 range 0 1 reading 0 5mV DC to 1MHz As VVM 0 2mV 0 1 range 0 1 reading 1mV Power Meter W VA PF V A total fundamental and integrated power harmonics 20mHz to 1MHz 20mHz to 1MHz 1MHz to 500kHz fundamental only External or use N4L power adaptor As voltage external shunt tolerance 0 15 VA range 0 15 reading 0 1 VA range 0 1 reading external shunt tolerance external shunt tolerance Harmonic Analyser Single or series 10uHz to 1MHz Harmonic series THD or difference THD 50 PSM1700 PSM1735 Input Ranges 2 balanced differential Dual grounded BNC ac or ac dc 10Vpk from earth 10V 3V 1V 300mV 100mV 30mV 10mV 3mV 1mVpk 1 x 10 9 to 1 x 10 9 Full auto up only or manual 1M 30pF exc leads 2 differential Isolated BNC 100Vpk from earth 100V 30V 10V 3V 1V 300mV 100mV 30mV 10mVpk 1M 50pF exc leads Signal Generator Direct digital synthesis 10uHz to 35MH
5. TER cha av exceptional magnitude 355 47 mv 1 7724pA parallel 693 6pF capacitance components such resistance ton phose 089 997 1 00000kHz frequency cursor and viewed RMS Voltmeter In addition to providing the raw data from which all other functions are derived each channel can be used directly for applications requiring precision rms measurement Unlike many voltmeters AC and DC components are quantified separately and dBm peak CF and surge values are displayed Both units utilise independent differential circuits permitting simultaneous analysis of two points at a different potential For example the input and output on voltage converter or two windings on a transformer Harmonic Analyser The Harmonic Analyser mode simultaneously measures individual harmonic components and total harmonic distortion values on both measurement channels Discrete Fourier Transform algorithms permit fundamental harmonic components to be quantified accurately even in the presence of noise and distortion aaa Pace Cn Coy Cota gure Instrument Help Di nial Meoiurerent Node Js Smeep Functon FRA l grs 23 38 S a C lt Sen wee aie See E A 6 digit resolution and phase stability permit testing of the most demanding low ESR capacitors Any point in a sweep can be selected with a deta
6. iled results table PSM1735 LCR METER as L00000KHz 243 044kKH2 ina Power Meter DAT ALO 323 0 04 POWER lj 1E TER POWER METER 30 233W 33 988V A 0 890 241 36 10T mA 30 33 3944 0 901 241 5V 138 02m4 CHi CH2 43 910Hz 025 682 0 038 frequency ji 11 558mW 473 45 nlwh 23 440W Ah 0315 2 1139m4h W hours VA hours pf overage A hours Real time display after datalog RO NumetriQ 6066 LETTI fundamental 430 74h 463 21mV Aan Whether using an external shunt an LCR Active Head or the Impedance Analyser Interface LCR mode provides all impedance parameters quickly and accurately either at single frequencies or over a user defined frequency sweep LCR Head 10UHz to 5MHz IAI 10uHz to 35MHz Features Wide frequency range Freq Phase and Tan Delta to 6 digits Passive shunt or active head options Graph or table of any function Sweep results store to memory LCR Example applications Component testing Electrochemistry e Circuit impedance analysis e Testing resonance The combination of true rms measurement channels precision phase analysis high speed computation and a versatile graphic display provide an ideal solution to many applications that involve rapid changes in power Features Real time true rms measurement with no missed data Synchronisation with down to 10ms period Datalog of up to 4 functions
7. is very easy switching between real time tabular or graphical presentation from any mode with a single key stroke In real time mode the display functions are user selectable and can be presented in any order and at any of three zoom levels Cursor keys can then be used to adjust amplitude and frequency with selectable step size to provide complete control of test conditions Vector Voltmeter Unique to the VVM mode is a null meter display that provides the feel of traditional analogue instruments while maintaining the precision of a 6 digit phase display and 1 milli degree phase resolution FECTOR POLTMETER CH 3b F161 Fit CHi iV rims qe 335ml 482 87mV fundamental fib 30 nl 4O 472pV 000 003 LOOOOkKH in phase quadrature A high stability signal generator with direct digital synthesis true rms sensing voltmeters and discreet fourier analysis combine to provide phase measurement accuracy beyond any comparable product Features Simultaneous measurement of all functions Synchronised to internal or external frequency source VVM Example applications Electrochemical materials analysis Current transformer testing Phase meter calibration M LEEY Le es iM Zant En aAtttc COTTE ies MAN re mea WI G v4 PAN I Tje SEZ Wa coal Ds i LCR Meter AYN4aL A DR aee mn rese 1 00000k w PSM1700 with LCR Active Head LCR ME
8. s Frequency range Measurement Basic accuracy ac Accuracy dc Measurements Frequency range Current shunt Current accuracy Watts accuracy Scan Frequency range Measurement Max harmonic Inputs Connectors Coupling Max input Input ranges Scaling Ranging Input impedance Type Frequency Waveforms Accuracy with no trim Impedance Output voltage Output resolution Offset Offset resolution Clock rate Connector es 44 0 116 2301066 Fax 44 0 116 2301061 asi Maneh coni ie PSM1700 PSM1735 Frequency Response Analyser Magnitude gain CH1 CH2 or CH2 CH1 gain dB offset gain dB phase 10uHz to 1MHz 10uHz to 35MHz 20mHz to 500kHz with ext source 20mHz to 500kHz with ext source 0 02dB lt 1kHz 0 01dB 0 001dB kHz lt 1MHz 0 05dB lt 10kHz 0 1dB 0 04dB MHz lt 35MHz 0 1dB 0 001dB kHz lt 1MHz 0 02 lt 10kHz 0 02 0 003 kHz lt 1MHz 0 02 lt 10kHz 0 05 0 0001 kHz lt 35MHz Generator or CH1 input Real time DFT no missing data Up to 100 readings per second Selectable from 0 2 seconds 5 or 6 digits Vector Voltmeter In phase quadrature tan magnitude phase in phase ratio rms rms ratio LVDT differential LVDT ratiometric 10uHz to 1MHz 10uHz to 35MHz 20mHz to 500kKHz with ext source 20mHz to 500kKHz with ext source 0 05 range 0 05 reading 0 05mV lt 1kHz Basic 0 02 kHz lt 10kHz Basic 0 001 kHz lt 10kHz Basic 0 2 0 002 kHz lt 1M
9. uto sensing RJ45 GPIB Option G IEEE488 2 compatible NEWTONS4TH LTD aami System specifications PSM17xx Datalog Functions Up to 4 measured functions user selectable Datalog Window From 10ms with no gap between each log Memory RAM or non volatile up to 8000 records High Speed Data Streaming Rate 1500 readings s max Window 660us to 1s Synchronized to waveform Buffer 8000 results General Display 320 x 240 dot LCD white LED backlight Alarm Any displayed function hi lo inside window or outside window 100 one loaded on power up 30 all parameters in any sweep function Full capability control and data Program stores Sweep stores Remote operation Size 170H x 350W x 250D mm approx Temperature 5 to 35 C Weight 4kg approx Power supply 90 264V rms 47 63Hz 30VA max All specifications at 23 C 5 C These specifications are quoted in good faith but Newtons4th Ltd reserves the right to amend any specification at any time without notice Newtons4th Ltd 1 Bede Island Road Leicester Aa k LIZ Cae AIM a VEE Bie ire gt E LE2 7EA UK Tel Ar Measurement specifications Measurement Frequency range Gain accuracy in dB Phase accuracy Frequency source Measurement Speed Filter Resolution Measurement Frequency range Basic accuracy ac Functions Frequency range Current shunt Ranges LCR Head or IAI Basic accuracy Sweep capability Channel
10. z Sine square 1MHz Frequency 0 05 Amplitude 5 lt 10MHz Amplitude 10 lt 35MHz 500 2 OV to 10Vpk 10uHz to 1MHz Sine triangle square sawtooth Frequency 0 05 Amplitude 5 lt 100kHz Amplitude 10 lt 1MHz 5mV 50uV to 5mV level dependent OV to 10Vpk 10mV 11 52MHz 150MHz Grounded BNC e mail ee ee com Yl tata p a P ae as KA il Evins nenien one tie i mhiin oh if prs
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