BEM-5059 24V adjustable AC/DC power supply
BEM-5059 is a multifunction adjustable supply providing simultaneous 0~24V adjustable DC and AC outputs. Each output can be independently set, enabled and displayed. Suitable for teaching physics, chemistry and other sciences, scientific research and industrial applications.
Save to Favorites
Overview
Specifications
| Parameter | Value |
|---|---|
| DC Voltage | 0~24V continuously adjustable |
| DC current | 0~10A continuously adjustable (0~12V); 0~10/6A continuously adjustable (12~24V) |
| DC-voltage accuracy | 1% ± 2 LSD |
| DC-current accuracy | 1% ± 2 LSD |
| AC voltage | 0~24V continuously adjustable |
| AC current | 0~6A |
| AC-voltage accuracy | 2% ± 2 LSD |
| AC-current accuracy | 2% ± 2 LSD |
| Operating Power Supply | 110 / 220 VAC |
| Current limit [DC power supply output:] | User-settable current limit over the full range |
| Current protection [AC power supply output:] | Maximum limit 6A |
| Protection functions | Overtemperature protection; Automatic output cutoff under extreme conditions; Protection against prolonged full-power operation |
Applications
Key Features
Datasheet
Please provide your email to download the datasheet.
Invalid email format. Please try again.
Supplier Information
Related Products
-
DIP Smart Accelerated Traffic-Capture Network Card: High-Performance Capture Solution Based on an FPGA Programmable Network Card FW-uNIC720
Tools and Kits
Fiberwdm
Key Features: Zero-Loss Packet Capture for All Frame Sizes; Line-Rate Packet Transmission for All Frame Sizes; Nanosecond-Precision Timestamps; Packet Slicing, Deduplication and Other Preprocessing; Large Onboard Memory Buffer Ensures Packet Transmission during Congestion; Multiport Traffic with the Same Source and Destination Is Delivered to X86 Multicore Queues Network Interface: 2/4 *10GE/GE（SFP+）；2*100GE/40GE(QSFP28/QSFP+) Host Queue: 16 Queues; Multiport Traffic with the Same Source and Destination Is Load-Balanced across Queues
FPGA-specific network hardware acceleration, Linux programmability,100G traffic offload and OVS offload. FPGA advances enable a combined hardware/software high-performance traffic-capture solution replacing standard-NIC DPDK+Hyperscan. Lower memory I/O and CPU use support line-rate packet capture and selected service offloads,with API-based subsequent processing. It enables dense traffic-analysis computation on standard servers,especially domestic hardware platforms. The supplied final sentence stops after describing relatively low full-traffic acquisition performance and insufficient stability on domestic platforms.
-
DIP Smart Accelerated Traffic-Capture Network Card: High-Performance Capture Solution Based on an FPGA Programmable Network Card FW-uNIC740
Tools and Kits
Fiberwdm
Key Features: Zero-Loss Packet Capture for All Frame Sizes; Line-Rate Packet Transmission for All Frame Sizes; Nanosecond-Precision Timestamps; Packet Slicing, Deduplication and Other Preprocessing; Large Onboard Memory Buffer Ensures Packet Transmission during Congestion; Multiport Traffic with the Same Source and Destination Is Delivered to X86 Multicore Queues Network Interface: 2/4 *10GE/GE（SFP+）；2*100GE/40GE(QSFP28/QSFP+) Host Queue: 16 Queues; Multiport Traffic with the Same Source and Destination Is Load-Balanced across Queues
FPGA-specific network hardware acceleration, Linux programmability,100G traffic offload and OVS offload. FPGA advances enable a combined hardware/software high-performance traffic-capture solution replacing standard-NIC DPDK+Hyperscan. Lower memory I/O and CPU use support line-rate packet capture and selected service offloads,with API-based subsequent processing. It enables dense traffic-analysis computation on standard servers,especially domestic hardware platforms. The supplied final sentence stops after describing relatively low full-traffic acquisition performance and insufficient stability on domestic platforms.
-
DIP Smart Accelerated Traffic-Capture Network Card: High-Performance Capture Solution Based on an FPGA Programmable Network Card FW-uNIC920
Tools and Kits
Fiberwdm
Key Features: Zero-Loss Packet Capture for All Frame Sizes; Line-Rate Packet Transmission for All Frame Sizes; Nanosecond-Precision Timestamps; Packet Slicing, Deduplication and Other Preprocessing; Large Onboard Memory Buffer Ensures Packet Transmission during Congestion; Multiport Traffic with the Same Source and Destination Is Delivered to X86 Multicore Queues Network Interface: 2/4 *10GE/GE（SFP+）；2*100GE/40GE(QSFP28/QSFP+) Host Queue: 16 Queues; Multiport Traffic with the Same Source and Destination Is Load-Balanced across Queues
FPGA-specific network hardware acceleration, Linux programmability,100G traffic offload and OVS offload. FPGA advances enable a combined hardware/software high-performance traffic-capture solution replacing standard-NIC DPDK+Hyperscan. Lower memory I/O and CPU use support line-rate packet capture and selected service offloads,with API-based subsequent processing. It enables dense traffic-analysis computation on standard servers,especially domestic hardware platforms. The supplied final sentence stops after describing relatively low full-traffic acquisition performance and insufficient stability on domestic platforms.
-
DIP Smart Accelerated Traffic-Capture Network Card: High-Performance Capture Solution Based on an FPGA Programmable Network Card FW-uNIC1044
Tools and Kits
Fiberwdm
Key Features: Zero-Loss Packet Capture for All Frame Sizes; Line-Rate Packet Transmission for All Frame Sizes; Nanosecond-Precision Timestamps; Packet Slicing, Deduplication and Other Preprocessing; Large Onboard Memory Buffer Ensures Packet Transmission during Congestion; Multiport Traffic with the Same Source and Destination Is Delivered to X86 Multicore Queues Network Interface: 2/4 *10GE/GE（SFP+）；2*100GE/40GE(QSFP28/QSFP+) Host Queue: 16 Queues; Multiport Traffic with the Same Source and Destination Is Load-Balanced across Queues
FPGA-specific network hardware acceleration, Linux programmability,100G traffic offload and OVS offload. FPGA advances enable a combined hardware/software high-performance traffic-capture solution replacing standard-NIC DPDK+Hyperscan. Lower memory I/O and CPU use support line-rate packet capture and selected service offloads,with API-based subsequent processing. It enables dense traffic-analysis computation on standard servers,especially domestic hardware platforms. The supplied final sentence stops after describing relatively low full-traffic acquisition performance and insufficient stability on domestic platforms.
-
DIP Smart Accelerated Traffic-Capture Network Card: High-Performance Capture Solution Based on an FPGA Programmable Network Card FW-uNIC1020P
Tools and Kits
Fiberwdm
Key Features: Zero-Loss Packet Capture for All Frame Sizes; Line-Rate Packet Transmission for All Frame Sizes; Nanosecond-Precision Timestamps; Packet Slicing, Deduplication and Other Preprocessing; Large Onboard Memory Buffer Ensures Packet Transmission during Congestion; Multiport Traffic with the Same Source and Destination Is Delivered to X86 Multicore Queues Network Interface: 2/4 *10GE/GE（SFP+）；2*100GE/40GE(QSFP28/QSFP+) Host Queue: 16 Queues; Multiport Traffic with the Same Source and Destination Is Load-Balanced across Queues
FPGA-specific network hardware acceleration, Linux programmability,100G traffic offload and OVS offload. FPGA advances enable a combined hardware/software high-performance traffic-capture solution replacing standard-NIC DPDK+Hyperscan. Lower memory I/O and CPU use support line-rate packet capture and selected service offloads,with API-based subsequent processing. It enables dense traffic-analysis computation on standard servers,especially domestic hardware platforms. The supplied final sentence stops after describing relatively low full-traffic acquisition performance and insufficient stability on domestic platforms.
Related Articles
As a core precision optical component for wavelength screening, frequency locking and spectral demodulation, optical etalons are widely used in high-end scientific research and precision laser equipment.
Shanghai Connet Laser Technology Co., Ltd. focuses on technological innovation, delivering cutting-edge photonic products & solutions for industrial lasers, LiDAR, fiber optic sensing, coherent telecom, cold atom physics and precision spectroscopy research & mass manufacturing.
A solid-state laser is one of the most common and reliable laser types used in modern industry, medical equipment, and scientific research. Unlike gas or fiber lasers, it uses solid materials as its gain medium to generate stable, high-brightness laser beams. Thanks to its high precision, long lifespan, and compact structure, solid-state lasers have become a mainstream solution for high-precision laser processing and optical systems.
Driven by worldwide energy‑structure transformation, the lithium‑ion battery industry is expanding rapidly as green, high‑efficiency energy‑storage devices gain surging global market demand. With years‑long dedication to intelligent manufacturing, Han’s Laser Lithium‑battery Intelligent Equipment has accumulated solid R&D strength and rich practical experience. By integrating multiple cutting‑edge technologies, the company delivers high‑efficiency, eco‑friendly and sustainable lithium‑ion battery production lines, bringing revolutionary upgrades to the new‑energy battery sector.
Loading...
Name
Phone
Organization
Use Case
Database Platform