High Accuracy FRA 100Vpk Input | PSM1700

High Accuracy FRA 100Vpk Input – Overview

The High Accuracy Frequency Response Analyser PSM1700 is a comprehensive DFT and true RMS analysis instrument for R&D and production test applications. Specifically aimed at a range of gain/phase analysis applications, amongst which include switched-mode power supply feedback loop stability analysis and general frequency response analysis of filters. It has a clear, bright graphics display showing real-time values or graphs or tables. It can be operated by remote control over RS232 or LAN. When combined with the IAI (Impedance Analysis Interface) the PSM become a high accuracy 1MHz Impedance Analyzer/ LCR meter. It is designed to give optimum performance, speed of measurement, and convenience, providing sophisticated measurement capability. Cost-effective and an easy-to-use benchtop instrument.

High Accuracy FRA 100Vpk Input – Features

Frequency range 10µHz to 1MHz
Floating differential inputs – 100 Vpk
Gain accuracy at < 1 kHz 0.02 dB
Phase accuracy at < 1 kHz 0.02°
Frequency response analyser
Impedance analyser
Vector Volt Meter / Phase Angle Volt Meter
RMS Volt Meter
Loop response analysis
Harmonic analyser

Datasheet

Description

High Accuracy FRA 100Vpk Input PSM1700 Technical Specifications

High Accuracy FRA 100Vpk Input | PSM1700

MEASUREMENT SPECIFICATIONS
FREQUENCY RESPONSE ANALYSER
Measurement	Magnitude \| Gain (CH1/CH2 or CH2/CH1) \| Gain (dB) Offset Gain (dB) \| Phase (º)
Frequency Range	10μHz to 1MHz 20mHz to 500kHz with External Source
Gain Accuracy in dB	0.02dB < 1kHz 0.05dB < 10kHz 0.1dB + 0.003⁰/kHz < 1MHz
Phase Accuracy	0.02⁰ < 10kHz 0.02⁰ + 0.003⁰/kHz < 1MHz
Frequency Source	Generator or CH1 Input
Measurement	Real-Time DFT \| No missing data
Speed	Up to 100 readings per second
Filter	Selectable from 0.2 seconds
Resolution	5 or 6 digits
VECTOR VOLTMETER
Measurement	In-Phase \| Quadrature \| Tan Φ \| Magnitude \| Phase \| In-Phase Ratio \| rms \| rms ratio LVDT Differential LVDT Ratiometric
Frequency Range	10μHz to 1MHz 20mHz to 500kHz with External Source
Basic Accuracy (ac)	0.05% range + 0.05% reading + 0.05mV < 1kHz Basic + 0.02%/kHz < 10kHz Basic + 0.2% + 0.002%/kHz < 1MHz
LCR METER
Functions	L \| C \| R (AC) \| Q \| Tan delta \| Impedance \| phase – Series or Parallel circuit
Frequency Range	10μHz to 1MHz
Current Shunt	External or N4L active head or IAI (Impedance Analysis Interface)
LCR Measurement Functions
Resistance (R)	1mΩ to 500MΩ
Reactance (X)	1mΩ to 500MΩ
Impedance (Z)	1mΩ to 500MΩ
Capacitance Value (Cp & Cs)	1pF to 1mF
Phase Angle	0 to 360 deg with 0.001-degree resolution
Q. Factor	+/- 0.00001 ~ 9999.99
Tan Delta (Reciprocal of Q, also known as Dissipation Factor D)	+/- 0.00001 ~ 9999.99
Admittance (Y) reciprocal of impedance (Siemens)	+/- 2nS to 1KS
Conductance (G) resistive part of admittance (Siemens)	+/- 2nS to 1KS
Susceptance (B) reactive part of admittance (Siemens)	+/- 2nS to 1KS
Voltage Bias	+/- 10V
Ranges – LCR Head	Inductance – 100nH to 10kH Capacitance – 10pF to 1000μF Resistance – 10mΩ to 100MΩ
Ranges – IAI	Inductance – 10nH to 10kH Capacitance – 1pF to 1000μF Resistance – 1mΩ to 500MΩ
Basic Accuracy	0.1% + tolerance of selected current shunt
Sweep Capability	All ac functions
Channels	2
Frequency Range	DC to 1MHz
Measurement	rms \| AC \| DC \| Peak \| CF \| Surge \| dBm
Basic Accuracy (AC)	As VVM + 0.2mV
Accuracy (DC)	0.1% range + 0.1% reading + 1mV
IAI Impedance Analysis Interface
Frequency Range	DC to 1MHz
Basic Accuracy	0.1% < 1kHz 0.2% + 0.002% / kHz < 1MHz
Internal Shunt Phase Accuracy	Low 5Ω 0.1deg + 0.01deg / kHz Normal 50Ω 0.05deg + 0.005deg / kHz High 5kΩ 0.05deg + 0.005deg / kHz Very High 500kΩ 0.1deg + 0.05deg / kHz
Power Source	90-264V rms 47-64Hz
POWER METER
Measurements	W \| VA \| PF \| V \| A \| Total Fundamental and Integrated \| Power Harmonics
Frequency Range	20mHz to 1MHz
Current Shunt	External or use an N4L power adaptor
Current Accuracy	As Voltage + external shunt tolerance
Watts Accuracy	0.15% VA range + 0.15% reading + external shunt tolerance
HARMONIC ANALYSER
Scan	Single or Series
Frequency Range	10μHz to 1MHz
Measurement	Harmonic \| series THD or difference THD
Max Harmonic	50
SYSTEM SPECIFICATIONS
INPUT RANGES
Inputs	2 Differential
Connectors	Isolated BNC
Coupling	AC or AC+DC
Max Input	100Vpk from earth
Input Ranges	100V \| 30V \| 10V \| 3V \| 1V \| 300mV \| 100mV \| 30mV \| 10mVpk
Scaling	1 x 10^-9 to 1 x 10^9
Ranging	Full auto \| Up only or manual
Input Impedance	1M // 50pF (exc leads)
SIGNAL GENERATOR
Type	Direct Digital Synthesis
Frequency	10μHz to 1MHz
Waveforms	Sine \| Triangle \| Square \| Sawtooth
Accuracy Open Loop (with no trim)	Frequency ±0.05%±10%
Accuracy Closed Loop (with trim)	±1%
Impedance	50? ±2%
Output Voltage(Open Circuit)	0V to ±10Vpk
Output Resolution	5mV
Offset	0V to ±10Vpk
Offset Resolution	±10VmV
Clock Rate	11.52MHz
Connector	Grounded BNC
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 8,000 records
HIGH-SPEED DATA STREAMING
Rate	1500 readings/s max
Window	660μs 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 \|Outside Window
Program Stores	100, prog 1 loaded on power-up
Sweep Stores	30, all parameters in any sweep function
Remote Operation	Full capability \| Control and data
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

MEASUREMENT SPECIFICATIONS

FREQUENCY RESPONSE ANALYSER

Measurement

Magnitude | Gain (CH1/CH2 or CH2/CH1) | Gain (dB)
Offset Gain (dB) | Phase (º)

Frequency Range

10μHz to 1MHz
20mHz to 500kHz with External Source

Gain Accuracy in dB

0.02dB < 1kHz
0.05dB < 10kHz
0.1dB + 0.003⁰/kHz < 1MHz

Phase Accuracy

0.02⁰ < 10kHz
0.02⁰ + 0.003⁰/kHz < 1MHz

Frequency Source

Generator or CH1 Input

Measurement

Real-Time DFT | No missing data

Speed

Up to 100 readings per second

Filter

Selectable from 0.2 seconds

Resolution

5 or 6 digits

VECTOR VOLTMETER

Measurement

Frequency Range

10μHz to 1MHz
20mHz to 500kHz with External Source

Basic Accuracy (ac)

0.05% range + 0.05% reading + 0.05mV < 1kHz
Basic + 0.02%/kHz < 10kHz
Basic + 0.2% + 0.002%/kHz < 1MHz

LCR METER

Functions

L | C | R (AC) | Q | Tan delta | Impedance | phase – Series or Parallel circuit

Frequency Range

10μHz to 1MHz

Current Shunt

External or N4L active head or IAI (Impedance Analysis Interface)

LCR Measurement Functions

Resistance (R)

1mΩ to 500MΩ

Reactance (X)

1mΩ to 500MΩ

Impedance (Z)

1mΩ to 500MΩ

Capacitance Value (Cp & Cs)

1pF to 1mF

Phase Angle

0 to 360 deg with 0.001-degree resolution

Q. Factor

+/- 0.00001 ~ 9999.99

Tan Delta (Reciprocal of Q, also known as Dissipation Factor D)

+/- 0.00001 ~ 9999.99

Admittance (Y) reciprocal of impedance (Siemens)

+/- 2nS to 1KS

Conductance (G) resistive part of admittance (Siemens)

+/- 2nS to 1KS

Susceptance (B) reactive part of admittance (Siemens)

+/- 2nS to 1KS

Voltage Bias

+/- 10V

Ranges – LCR Head

Inductance – 100nH to 10kH
Capacitance – 10pF to 1000μF
Resistance – 10mΩ to 100MΩ

Ranges – IAI

Inductance – 10nH to 10kH
Capacitance – 1pF to 1000μF
Resistance – 1mΩ to 500MΩ

Basic Accuracy

0.1% + tolerance of selected current shunt

Sweep Capability

All ac functions

Channels

Frequency Range

DC to 1MHz

Measurement

rms | AC | DC | Peak | CF | Surge | dBm

Basic Accuracy (AC)

As VVM + 0.2mV

Accuracy (DC)

0.1% range + 0.1% reading + 1mV

IAI Impedance Analysis Interface

Frequency Range

DC to 1MHz

Basic Accuracy

0.1% < 1kHz
0.2% + 0.002% / kHz < 1MHz

Internal Shunt Phase Accuracy

Low 5Ω 0.1deg + 0.01deg / kHz
Normal 50Ω 0.05deg + 0.005deg / kHz
High 5kΩ 0.05deg + 0.005deg / kHz
Very High 500kΩ 0.1deg + 0.05deg / kHz

Power Source

90-264V rms 47-64Hz

POWER METER

Measurements

W | VA | PF | V | A | Total
Fundamental and Integrated | Power Harmonics

Frequency Range

20mHz to 1MHz

Current Shunt

External or use an N4L power adaptor

Current Accuracy

As Voltage + external shunt tolerance

Watts Accuracy

0.15% VA range + 0.15% reading + external shunt tolerance

HARMONIC ANALYSER

Scan

Single or Series

Frequency Range

10μHz to 1MHz

Measurement

Harmonic |
series THD or difference THD

Max Harmonic

SYSTEM SPECIFICATIONS

INPUT RANGES

Inputs

2 Differential

Connectors

Isolated BNC

Coupling

AC or AC+DC

Max Input

100Vpk from earth

Input Ranges

100V | 30V | 10V | 3V | 1V | 300mV | 100mV | 30mV | 10mVpk

Scaling

1 x 10^-9 to 1 x 10^9

Ranging

Full auto | Up only or manual

Input Impedance

1M // 50pF (exc leads)

SIGNAL GENERATOR

Type

Direct Digital Synthesis

Frequency

10μHz to 1MHz

Waveforms

Sine | Triangle | Square | Sawtooth

Accuracy Open Loop (with no trim)

Frequency ±0.05%±10%

Accuracy Closed Loop (with trim)

±1%

Impedance

50? ±2%

Output Voltage(Open Circuit)

0V to ±10Vpk

Output Resolution

5mV

Offset

0V to ±10Vpk

Offset Resolution

±10VmV

Clock Rate

11.52MHz

Connector

Grounded BNC

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 8,000 records

HIGH-SPEED DATA STREAMING

Rate

1500 readings/s max

Window

660μs 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 |Outside Window

Program Stores

100, prog 1 loaded on power-up

Sweep Stores

30, all parameters in any sweep function

Remote Operation

Full capability | Control and data

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

High Accuracy FRA 100Vpk Input | PSM1700

High Accuracy FRA 100Vpk Input | PSM1700

High Accuracy FRA 100Vpk Input | PSM1700

High Accuracy FRA 100Vpk Input – Overview

High Accuracy FRA 100Vpk Input – Features

Description