Maximum voltage: 12V Maximum current: 100A Holding current: 2A Trip current: 3.5A Power consumption: 800mW Initial resistance (minimum value): 15mΩ Resistance after tripping (maximum value): 80mΩ Maximum action time: 1.5s Operating temperature: -40℃~+85℃ Maximum voltage 12V Holding current 2A Maximum current 100A Trip current 3.5A
Maximum voltage: 12V Maximum current: 100A Holding current: 2A Trip current: 3.5A Power consumption: 800mW Initial resistance (minimum value): 15mΩ Resistance after tripping (maximum value): 80mΩ Maximum action time: 1.5s Operating temperature: -40℃~+85℃ Maximum voltage 12V Holding current 2A Maximum current 100A Trip current 3.5A
Maximum voltage: 12V Maximum current: 100A Holding current: 2A Trip current: 3.5A Power consumption: 800mW Initial resistance (minimum value): 15mΩ Resistance after tripping (maximum value): 80mΩ Maximum action time: 1.5s Operating temperature: -40℃~+85℃ Maximum voltage 12V Holding current 2A Maximum current 100A Trip current 3.5A
Maximum voltage: 16V Maximum current: 100A Holding current: 1A Trip current: 1.8A Power consumption: 600mW Initial resistance (minimum value): 50mΩ Resistance after tripping (maximum value): 270mΩ Maximum action time: 300ms Operating temperature: - 40℃~+85℃ Maximum voltage 16V Holding current 1A Maximum current 100A Trip current 1.8A
Maximum voltage: 60V Maximum current: 40A Holding current: 50mA Trip current: 150mA Power consumption: 400mW Initial resistance (minimum value): 3.6Ω Resistance after tripping (maximum value): 50Ω Maximum action time: 1.5s Operating temperature: -40℃~+85℃ Maximum voltage 60V Holding current 50mA Maximum current 40A Trip current 150mA
Maximum voltage: 6V Maximum current: 100A Holding current: 750mA Trip current: 1.5A Power consumption: 600mW Initial resistance (minimum value): 90mΩ Resistance after tripping (maximum value): 500mΩ Maximum action time: 200ms Operating temperature: - 40℃~+85℃ Maximum voltage 6V Holding current 750mA Maximum current 100A Trip current 1.5A
Maximum voltage: 16V Maximum current: 40A Holding current: 1.5A Trip current: 3A Power consumption: 800mW Initial resistance (minimum value): 25mΩ Resistance after tripping (maximum value): 130mΩ Maximum action time: 300ms Operating temperature: - 40℃~+85℃ Maximum voltage 16V Holding current 1.5A Maximum current 40A Trip current 3A
Maximum voltage: 6V Maximum current: 100A Holding current: 500mA Trip current: 1A Power consumption: 600mW Initial resistance (minimum value): 150mΩ Resistance after tripping (maximum value): 700mΩ Maximum action time: 100ms Operating temperature: -40 ℃~+85℃ Maximum voltage 6V Holding current 500mA Maximum current 100A Trip current 1A
Maximum voltage: 13.2V Maximum current: 100A Holding current: 1A Trip current: 1.8A Power consumption: 600mW Initial resistance (minimum value): 50mΩ Resistance after tripping (maximum value): 270mΩ Maximum action time: 300ms Operating temperature: -40℃~+85℃ Maximum voltage 13.2V Holding current 1A Maximum current 100A Trip current 1.8A
Maximum voltage: 6V Maximum current: 100A Holding current: 1A Trip current: 1.8A Power consumption: 600mW Initial resistance (minimum value): 50mΩ Resistance after tripping (maximum value): 270mΩ Maximum action time: 300ms Operating temperature: - 40℃~+85℃ Maximum voltage 6V Holding current 1A Maximum current 100A Trip current 1.8A
Maximum voltage: 13.2V Maximum current: 100A Holding current: 500mA Trip current: 1A Power consumption: 600mW Initial resistance (minimum value): 150mΩ Resistance after tripping (maximum value): 700mΩ Maximum action time: 100ms Operating temperature: - 40℃~+85℃ Maximum voltage 13.2V Holding current 500mA Maximum current 100A Trip current 1A
[b]1-3. Reversing series switching power supply 1-3-1. Working principle of reversing series switching power supply [/b] Figure 1-7 shows another type of series switching power supply, generally calle...
I want to make a design that relies on Bluetooth signal strength to measure distance. However, someone has done one before, collecting signal strength at different distances, and then deriving two con...
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Tools/Materials
Yitong Chuanglian MODBUS to PROFIBUS Gateway YT-PB-03
Siemens s7-300
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Batteries, at the core of new energy vehicles, are crucial to vehicle performance and range. Existing automotive batteries are categorized into lead-acid and lithium batteries. Currently, new energ...[Details]
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introduction
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introduction
The rapid development of science and technology has enabled mankind to quickly move from the Internet era to the big data era. As a result, the amount of data generated by people ...[Details]
A new multi-layer diffractive optical processor can block images in one direction while allowing images in another direction to pass through.
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Charge your electric car for just six minutes and you'll get 1,000 kilometers! This isn't just a scene from a science fiction film, but a reality made possible by Guoxuan High-Tech's Jinshi solid-s...[Details]
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ARM Technology
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