Aim-TTi SMU4000 Series Source Meter, 20 mV → 20 V, 1-Channel, 200 nA → 3 A, 25W Output

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Sous-total (1 unité)*

3 856,18 €

(TVA exclue)

4 665,98 €

(TVA incluse)

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Temporairement en rupture de stock
  • 4 unité(s) expédiée(s) à partir du 27 mars 2026
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Prix par unité
1 +3 856,18 €

*Prix donné à titre indicatif

N° de stock RS:
252-5841
Référence fabricant:
SMU4001
Fabricant:
Aim-TTi
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Marque

Aim-TTi

Series

SMU4000

Number of Channels

1

Source Voltage Range

20 mV → 20 V

Source Current Range

200 nA → 3 A

Output Power

25W

Resistance Measurement Range

1μ? to 10G

Pays d'origine :
GB

Aim-TTi SMU4000 Series Source Meter, 1 Channel, 25W Output Power - SMU4001


This source metre unit from Aim-TTi offers precise measurement capabilities for various applications in the automation, electronics, electrical, and mechanical industries. With a power output of 25W, it provides reliable performance and accuracy for testing needs.

Features & Benefits


• High-traffic source metre ideal for industrial development and educational environments
• Source current range from 100fA to 3A and Source Voltage Range from 10nV to 20V
• Fast measurement speeds up to 200μs (5k/s) for efficient testing processes
• Provides class-leading performance at a new and affordable price point
• Compact size with 6 digit resolution for precise measurements

Applications


• Battery charging/discharging
• Semiconductor testing

Can it perform battery charging and discharging processes efficiently?


Yes, it is equipped to perform battery charging and discharging processes efficiently, making it ideal for various battery testing applications.

Will it provide accurate I-V characterising for semiconductor testing?


Yes, it provides accurate I-V characterising for semiconductor testing, ensuring precise measurement and analysis of semiconductor device characteristics.

Is it suitable for educational environments and industrial development tasks?


Yes, it is well-suited for both educational environments and industrial development tasks. Its versatility, reliability, and performance make it an excellent choice for a wide range of applications in these settings.

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