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Microsensor Academy

Welcome to the Unisense Microsensor Academy. If you have any questions, you are always welcome to reach out to us. We strive to answer within one workday.

Build your microsensor knowledge

In this series of web lectures, you can get a detailed overview of microsensors, and build your knowledge of specific sensor types.

Whenever we add new material, we will let you know in the newsletter.

We hope that you will enjoy the lectures. Please reach out to us, if you have any feedback or questions. You can get in touch at sales@unisense.com.

Amperometric &
Potentiometric
Sensors, meters
& amplifiers
O2
H2S
H2
N2O
NO
pH
Web lecture

Amperometric Microsensors

Description and time stamps:
00:00 Introduction
01:04 Design and function
02:38 Electrochemistry
09:26 Signal control
14:56 Effect of polarization
18:01 Linearity and concentration range
20:50 Does a sensor measure concentration or partial pressure?
32:14 Temperature influence
38:44 Stirring sensitivity
42:54 Response time control
45:47 Specificity and interferences


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Web lecture

Potentiometric Microelectrodes

Description and time stamps:
00:00 Introduction
01:13 Measuring principles
02:22 Need for high impedance voltmeter
04:24 Reference electrodes and calibration
05:35 Combination electrodes
08:06 Interference from electrical noise
08:53 Electrical fields in setups

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Web lecture

Sensor types, meters and amplifiers

Description and time stamps:
00:00 Introduction
00:29 Detection principles and amplifiers
01:21 Amperometric microsensors
02:56 Potentimetric microelectrodes
03:39 MicroOptodes
04:26 Temperature sensors
04:56 Underwater amplifiers
06:11 STOX sensors

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Web lecture

Oxygen Microsensors

Description and time stamps:
00:00 Introduction
01:09 Tip design and detection principle
03:13 Specifications
09:35 Customizations
10:30 Troubleshooting


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Web lecture

O2 MicroOptodes

Description and time stamps:
00:00 Introduction
00:55 Tip design and detection principle
09:34 Specifications
13:07 Troubleshooting


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Web lecture

Amperometric Microsensors

Description and time stamps:
00:00 Introduction
01:04 Design and function
02:38 Electrochemistry
09:26 Signal control
14:56 Effect of polarization
18:01 Linearity and concentration range
20:50 Does a sensor measure concentration or partial pressure?
32:14 Temperature influence
38:44 Stirring sensitivity
42:54 Response time control
45:47 Specificity and interferences


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Web lecture

H2S Microsensors

Description and time stamps:
00:00 Introduction
01:52 Tip design and detection principle
06:15 Specifications
13:07 Customizations
14:07 Troubleshooting


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Web lecture

SULF Microsensors

Description and time stamps:
00:00 Introduction
01:32 Tip design and detection principle
04:33 Specifications
11:21 Customizations
12:19 Troubleshooting


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Web lecture

Amperometric Microsensors

Description and time stamps:
00:00 Introduction
01:04 Design and function
02:38 Electrochemistry
09:26 Signal control
14:56 Effect of polarization
18:01 Linearity and concentration range
20:50 Does a sensor measure concentration or partial pressure?
32:14 Temperature influence
38:44 Stirring sensitivity
42:54 Response time control
45:47 Specificity and interferences


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Web lecture

H2 Microsensors

Description and time stamps:
0:00 Introduction
00:56 Tip design and detection principle
02:37 Specifications
07:59 Customizations
09:01 Troubleshooting


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Web lecture

Amperometric Microsensors

Description and time stamps:
00:00 Introduction
01:04 Design and function
02:38 Electrochemistry
09:26 Signal control
14:56 Effect of polarization
18:01 Linearity and concentration range
20:50 Does a sensor measure concentration or partial pressure?
32:14 Temperature influence
38:44 Stirring sensitivity
42:54 Response time control
45:47 Specificity and interferences


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Web lecture

N2O Microsensors

Description and time stamps: 00:00 Introduction 01:09 Tip design and detection principle 05:01 Specifications 12:01 Customizations 13:01 Troubleshooting
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Web lecture

Amperometric Microsensors

Description and time stamps:
00:00 Introduction
01:04 Design and function
02:38 Electrochemistry
09:26 Signal control
14:56 Effect of polarization
18:01 Linearity and concentration range
20:50 Does a sensor measure concentration or partial pressure?
32:14 Temperature influence
38:44 Stirring sensitivity
42:54 Response time control
45:47 Specificity and interferences


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Web lecture

NO Microsensors

Description and time stamps:
00:00 Introduction
01:08 Tip design and detection principle
03:44 Specifications
10:09 Customizations
11:09 Troubleshooting


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Web lecture

Amperometric Microsensors

Description and time stamps:
00:00 Introduction
01:04 Design and function
02:38 Electrochemistry
09:26 Signal control
14:56 Effect of polarization
18:01 Linearity and concentration range
20:50 Does a sensor measure concentration or partial pressure?
32:14 Temperature influence
38:44 Stirring sensitivity
42:54 Response time control
45:47 Specificity and interferences


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Web lecture

pH Microelectrodes

Description and time stamps:
00:00 Introduction
00:51 Tip design and detection principle
06:27 Specifications
14:43 Customizations
19:31 Troubleshooting


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Web lecture

Potentiometric Microelectrodes

Description and time stamps:
00:00 Introduction
01:13 Measuring principles
02:22 Need for high impedance voltmeter
04:24 Reference electrodes and calibration
05:35 Combination electrodes
08:06 Interference from electrical noise
08:53 Electrical fields in setups

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