BA2531 – Pulsed Voltage Source +120V +33A
The BA2531 is ideal for life testing and basic characterization of RF transistors. It allows a pulse between ground and a programmable level, and voltage and current measurements for both levels.
Showing all 15 results
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BE214x – Voltage Source: ±12V ±15mA, 4 output channels
Four independent ±12V / ±15mA voltage sources with 21-bit resolution and <5 µV peak-to-peak noise.
Designed for ultra-low-noise and high-stability applications. -
BE2231 – Voltage Source: ±50V ±500mA, one output channel
The BE2231 is an isolated 4-quadrant DC voltage source delivering up to ±50 V / ±500 mA.
Combining ultra-low noise, high resolution, and integrated measurement capability, it is ideal for
sensitive applications such as semiconductor testing and nanodevice characterization. -
BE243x – Isolated Voltage Source +120V 5A
The BE243x is an isolated 2-quadrant modular DC voltage source delivering up to +120V / 5A.
It combines high resolution, low noise, and fast response time, ensuring safe and stable operation
for both static and pulsed current applications. -
BE2501 – Pulsed Voltage Source ±25V ±200mA
The BE2501 is a low voltage and low current pulsed voltage source. It is well suited to drive the gate of a transistor.
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BE516 – Multirange Voltage Source ±20V ±6A
The BE516 is a multi-range DC voltage source, ideal for creating test benches for electronic components. Its multiple ranges make it suitable for many different applications. Designed as a cost-effective solution, it allows accurate current measurements from just a few microamps up to 6 amps.
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BE517 – Voltage Source +120V 4A
BE517 is a multi-range voltage source, particularly well suited for creating test benches for electronic components. These numerous ranges make it possible to cover a wide range of uses. It’s positioned as a low cost solution allowing precise current measurements (a few µA to 4A)
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BE5391 – Voltage Source: +1,5kV 10mA, 3 output channels
The BE5391 is a multi-channel high-voltage source designed for reliability and life testing of high-voltage devices.
It is particularly suited for applications such as High Temperature Reverse Bias (HTRB) testing of SiC and GaN power transistors, where stable and well-controlled bias conditions are required. -
BE547 – Voltage Source: +15V 12A
The BE547 is a general-purpose unipolar DC source, ideal for reliability testing of high-current and low-voltage electronic components.
Compact, accurate and fast, it delivers up to 15V / 12A (120W) with excellent stability and low noise. -
BE582 – Voltage Source: ±10V 1A, 6 channels
The BE582 is a multi-channel low-voltage DC source designed for testing low-power components and applications requiring multiple bias supplies or high channel density.
It enables up to 84 independent voltage sources within a single BiLT® chassis, making it well suited for large-scale and multi-DUT test setups. -
BE584x – Voltage Source: ±15V 200mA/2mA or 100µA and 10mA, 6 channels
BE584x is particularly suitable to test low-power components, either components requiring multiple power supplies, either to test large number of components. This unbeatable solution makes it possible to benefits a large number of channels in a single equipment (BiLT chassis).
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BE5880 – Voltage Source: +18V 6A, 4 output channels
The BE5880 is a 4-channel DC voltage source delivering up to +18 V / 6 A per channel.
Compact, stable, and fast, it offers an efficient solution to replace multiple bench power supplies
for laboratory and burn-in applications. -
BE586 – Voltage Source: ±120V 200mA/2mA, 3 channels
BE586 is a general pupose high voltage source, which is particulary suitable to perform reliability test (e.g. HTRB) of hight voltage transistors (e.g. SiC or GaN)
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BE587 – Voltage Source: ±250V 1mA, 4 channels
BE587 is a high voltage source, which is particulary suitable to perform reliability test (e.g. HTRB) of hight voltage transistors (e.g. SiC or GaN)
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BE5151 – Voltage Source: ±40V 0.2A, multi-range
BE5151 is a multi-range voltage source, particularly well suited for creating test benches for electronic components. These numerous ranges make it possible to cover a wide range of applications. It’s positioned as a low cost solution allowing precise current measurements (a few µA to 0.2A)