| Product Name | Max. DC-current (A) | Max. Voltage (VDC) | Impedance | Standard |
|---|---|---|---|---|
| BNB 8654 C | 500 | 1000 | 2 x (Rint in series with 1µH); (Rint = 100/60/50/25/10/0 mΩ) | MBN 11123:2021-08 ISO 21498-2:2021-03 |
| BNB 8657-10mOhm | 560 | 60 | 10 mΩ in series with 300 mF | — |
| BNB 8656 | 800 | 1000 | 2 x Rint in series with 1 µH (Rint=100/60/50/25/10 mΩ) | ISO 21498-2:2021-03 MBN 11123:2021-08 BMW 95024-2-2:2011-02 PSA B21 7112:2021-05 VW 80300:2021-02 |
| BNB 8655 | 800 | 1000 | 2 x Rint in series with 1 µH (Rint=100/50/25 mΩ) | MBN 11123 ISO 21498-2 |
| BNB 8653 | 300 | 1000 | 2 x Rint in series with 1 µH (Rint=100/50/25/10 mΩ) | MBN 11123 ISO 21498-2 |
| BNB 8652 B | 100 | 1000 | 2 x Rint in series with 1 µH (Rint=100/60/50/25/10 mΩ) | ISO 21498-2:2021-03 MBN 11123:2021-08 VW 80300:2021-02 VOLVO Impedance Stabilization Network (VISN) TVB Electrical Quality and EMC Requirements |
| BNB 8651-40 | 40 | 1000 | 200 mΩ in series with 10 mF 100 mΩ in series with 10 mF 50 mΩ in series with 10 mF 20 mΩ in series with 10 mF | — |
Designed for automotive testing, battery impedance network BNB 8654 C ensures reliable power delivery and impedance consistency.
The battery impedance network supplies power to the device under test while maintaining a stable impedance, designed for automotive testing, including 48V mild-hybrid technology.
BNB 8656 is designed for automotive testing, providing a controlled impedance network to supply power to the equipment under test (EuT).
A LISN, implemented as a battery impedance network here, shall supply electric power to the device under test (DuT) and provide a standardized impedance. It has been developed for automotive tests.
The BNB 8653 battery simulator is engineered for automotive testing, it ensures consistent and accurate power delivery to the device under test (DuT) while maintaining a precisely controlled source impedance.
The BNB 8652 B is used in automotive testing to provide a stable power supply with defined impedance. Allows testing under different battery simulation conditions with selectable internal resistances.
The BNB is used in automotive testing to supply power while maintaining a standardized impedance. It simulates battery behavior by incorporating selectable internal resistances.