Analyseur de réponse en fréquences 1Mhz 1255B

Manufacturer: Solartron analytical
HTTS ref.: HTS-ELEC-0066
HTDS ref.: ANALYSEUR DE REPONSE EN FREQUENCES 1MHZ 1255B
Division: Électrochimie & Tests

Description

L’analyseur d’impédance 1255B utilise la technique ‘single sine’ qui apporte des mesures de gain et de phase très précises . La gamme de fréquences de 10µHz à 1Mhz, sa résolution (1 in 65 million), et sa grande précision (0.2%, 0.02dB, 0.2º), en font un instrument très polyvalent qui répondra à vos besoins d’analyses électrochimiques . Associé à la station électrochimique 1287A, le 1255B devient un outil d’analyse d’impédance (EIS…) très performant .Avec l’interface diélectrique 1296, il vous permettra d’avoir un instrument de très haute précision pour l’analyse de la réponse électrique de vos matériaux

Analyseur de réponses en fréquences 1Mhz

Key features

Paramètres mesurés : gain en tension, phase,délai de groupe
Compatible avec l’interface électrochimique 1287A pour vos mesures d’impédance électrochimiques (EIS…)
Compatible avec l’interface diélectrique 1296 pour l’étude de vos matériaux

Technical specifications

3V: 100μV (90dB) 5V 5V
Tel: +44 (0) 1252 556 800 Tel: (1) 865-425-1360
30mV: 1μV (90dB) 45mV 5V techniques.
300mV: 10μV (90dB) 500mV 5V
Range: Sensitivity Full scale Com. Mode
delay: • Relaxation processes in the
error: ±100ppm, stability (24hrs, ±1ºC): 10ppm
Weight: 18kg (40lbs)
Coupling: dc or ac (-3dB at 1Hz) electrochemistry. The product portfolio
Waveform: Sine
(at 1MHz): >100dB
Analyzers: Solartron Analytical is a world leader in
Connection: single BNC, outer floating to ±0.4V
Distortion: <2%
Resolution: 10mV
Consumption: 200VA
Sweep types: frequency (logarithmic and linear), amplitude (linear) 0.011 1k 1M
Max. Current: ±100mA
Power supply: 90 to 126V, 198 to 252V, ac, 48 to 65Hz
(lo to ground): ±0.4V
BS EN ISO 9001: 2008
United Kingdom: USA
(dynamic range): peak input rejected
Frequency range: 10μHz to 1MHz, max resolution: 10μHz
Impedance output: 50Ω±1%, lo to ground:100Ω, <10nf
Integration time: 0.01s to 105s, or auto
dc bias (linear): Data source = V2/V1 Frequency (Hz)
Measurement delay: 0 to 105s
Amplitude ≤10MHz: 0 to 3V rms, >10MHz: 0 to 1V rms
Input protected to: ±46V peak cell research, dielectric analysis and
Farnborough GU14 0NR: TN 37831
Resolution frequency: >10000points, amplitude: >200points
Common mode rejection: electrochemical software (Zplot and
Impedance Hi to outer: 1MΩ ±2%, <35pF includes industry standard frequency
(driving open circuit): ±1%±10mV
Unit B1 Armstrong Mall: 801 South Illinois Avenue
Southwood Business Park: Oak Ridge
[email protected]: www.solartronanalytical.com
Outer to ground (floating): 10kΩ, <330pF response analyzers, potentiostats,
The 1255B Frequency Response: the measurement of transfer functions
Analyzer is one of a range of: organic crystals, ceramics etc.
of electrochemical/biological: polymerization and curing processes
Analyzer applies the power and: and group delay over a wide frequency
performance of both simple and: insulators, printed circuit boards, etc.
electronic and electrochemical.: • Properties of organic and inorganic Electronic Testing
analyzers, instruments which are: oxygen sensors electronics - from fundamental
have produced frequency response: • Development of solid electrolytes for variety of applications in the field of
regarded throughout the world as: • Development of novel anode/cathode aspects, such as the characterization
Analyzer’s key features include: - • Supercapacitor/fuelcell
knowledge and experience has been: properties of materials, to the
of gain and phase between any two: potentiostat such as 1287, can be • Characterization of insulating and
1255B provides precise measurement: The 1255B together with a
Using the single sine technique the: phenomena and material properties.
used to produce the 1255B, with its: development and testing of
industry standards. This unsurpassed: materials and electrolytes of the electrical and mechanical
outstanding 1MHz frequency range and: components and complete circuits.
sophistication of modern measurement: When combined with a 1296 Dielectric range. In the case of filters, a wide
1 in 65 million frequency resolution.: • Photoelectric effects
become an important tool in the study: • Analysis of chemical reactions,
use, even by non-technical personnel.: test a wide range of materials, such enable the attenuation characteristics
For over 30 years Solartron Analytical: 1255B is ideally suited to a wide
points in a system. This fully digital: used in a wide range of applications, semiconductor materials
precise in performance, and so easy to: equipment the 1255B can be used to frequency resolution are also needed to
technique is used to assess the including: - • Quality control in the production of
Two independent analyzers operating in parallel.: instrumentation and software for the
1255B LF Frequency Response Analyzer Specification: Gain-Phase measurements
technology; simple in concept, fast and Interface and temperature test: dynamic range coupled with high

Applications

Avec l’interface électrochimique 1287A: Corrosion, coating, sensors… et toutes expériences électrochimiques
Avec l’interface diélectrique 1296: Supercacpacités, piles à combustibles, transport de charges dans les semi-conducteurs, sensors, caractéristation électriques…