Table of contents

Browse categories

Case StudiesDewesoft EventsCorporate NewsProduct UpdatesData Acquisition Knowledge BaseApplication Notes

Browse authors

AL

Alessia Longo

AH

Al Hoge

BJ

Bernard Jerman

Bojan Čontala

CF

Carsten Frederiksen

CS

Carsten Stjernfelt

DC

Daniel Colmenares

DF

Dino Florjančič

EB

Emanuele Burgognoni

EK

Eva Kalšek

FB

Franck Beranger

GR

Gabriele Ribichini

GC

Glacier Chen

GS

Grant Maloy Smith

HB

Helmut Behmüller

IB

Iza Burnik

JO

Jaka Ogorevc

JR

Jake Rosenthal

JS

Jernej Sirk

JM

John Miller

KM

Karla Yera Morales

KD

Kayla Day

KS

Konrad Schweiger

LW

Leslie Wang

LS

Loïc Siret

LJ

Luka Jerman

MB

Marco Behmer

MR

Marco Ribichini

ML

Matic Lebar

MS

Matjaž Strniša

ME

Matthew Engquist

ME

Michael Elmerick

NP

Nicolas Phan

OM

Owen Maginity

PF

Patrick Fu

PR

Primož Rome

RM

Rok Mesar

RS

Rupert Schwarz

SA

Samuele Ardizio

SK

Simon Kodrič

SG

Søren Linnet Gjelstrup

TH

Thorsten Hartleb

TV

Tirin Varghese

UK

Urban Kuhar

VP

Valentino Pagliara

VS

Vid Selič

WK

Will Kooiker

Introducing the New DSI-CHG-DC Adapter

PR

Primož Rome

February 15, 2023

Dewesoft DSI-CHG-DC adapter

DSI-CHG-DC is the latest edition of the DSI adapters product range. DSI-CHG-DC is an adapter used for the measurements with charge sensors.

DSI-CHG-DC has four input ranges from 1000 pC up to 500000 pC. In addition to the DC measurement, users can choose four different hardware high-pass filters in the channel setup of DewesoftX software. A detailed description of high-pass filters is in the specifications below.

The main advantage of the newest DSI® adapter is a large time constant, practically DC charge measurement with DC drift lower than 0.1 pC/s for the 500000 pC input range. The bandwidth of DSI-CHG-DC is 20 kHz for the 500000 pC range and 200 kHz for the 50000 pC range.

DSI-CHG-DC is currently supported by all SIRIUS host amplifiers with DSUB9 input connectors and KRYPTON-6xSTG. Support for other amplifiers is pending.

Host amplifier configuration and calibration coefficients can be read via the TEDS.

Charge sensors can be connected to the DSI-CHG-DC BNC input connector and to the host amplifier using DSUB9 male-female extender cable. The housing includes four holes and two belt clips for easy mounting of the DSI-CHG-DC adapter.

More details: