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Correction: HunStat2 – a simple and low-cost potentiostat with electrochemical impedance spectroscopy capability

Istvan Vamosa, Richard Morrisonb, Sandor Michaletzkyc and Vilmos Kertesz*d
aLajos Petrik Vocational Chemistry School, Budapest, Hungary
bRetired Scientist, Melbourne, Australia
cSoftware Developer, Budapest, Hungary
dBiosciences Division, Oak Ridge National Laboratory, Oak Ridge, USA. E-mail: kerteszv@ornl.gov

Received 19th December 2025 , Accepted 19th December 2025

First published on 12th January 2026


Abstract

Correction for ‘HunStat2 – a simple and low-cost potentiostat with electrochemical impedance spectroscopy capability’ by Istvan Vamos et al., Anal. Methods, 2025, 17, 9494–9499, https://doi.org/10.1039/D5AY01179E.


The authors apologise for Table 2 containing several errors in the original manuscript.

The corrected table is as follows:

Table 2 Part numbers and prices (as of May 20, 2025) of the components required for assembling the HunStat2 potentiostat. In addition, USB Type-C cable was purchased locally for ∼$2, 10 printed circuit boards (PCBs) were ordered from a local PCB manufacturer for ∼ $10 ($1 per piece), and 10 90° 3-pin connectors to connect the SPE electrode to the board were purchased for ∼$1 (0.1$-per piece)
Qty Components Value Price in USD Mouser part no.
1 AD5941 BCPZ (SOIC) 9.93 584-AD5941BCPZ
1 XIAO RP2040   5.37 713-102010428
4 1206 SMD resistor 10 KΩ (1%) 0.9 71-RCC120610K0FKEA
1 Resistor 1206 SMD 200 Ω (1%) 0.26 71-CRCW1206200RFKEAH
3 Resistor 1206 SMD 0 Ω 0.3 71-CRCW1206-0-E3
12 Capacitor 1206 SMD 100 nF (25V) 6.0 80-C1206C104K3HAUTO
1 Capacitor 1206 SMD 4.7 µF (25V) 0.20 80-C1206C479D5HAUTO
4 Capacitor 1206 SMD 470 nF (25V) 0.72 80-C1206C474K3RAC
1 Capacitor 1206 SMD 220 pF (25V) 0.19 80-C1206C221J1HAUTO
1 Capacitor 1206 SMD 10 µF (25V) 0.20 80-C1206C106K3R7210
1 Ferrite bead 1206 SMD 600 Ω (25V) 0.17 963-FBMJ3216HM600-T
2 Tactile switch SMD 6 × 6 mm 0.34 179-TS046695BK260SMT


The Royal Society of Chemistry apologises for these errors and any consequent inconvenience to authors and readers.


This journal is © The Royal Society of Chemistry 2026
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