LTR10LEZPFL
Niederohmiger Hochleistungs-Chip-Widerstand (Breiter Anschlusstyp)
LTR10LEZPFL
Niederohmiger Hochleistungs-Chip-Widerstand (Breiter Anschlusstyp)
Hochleistungs-Chipwiderstände haben die Anschlüsse an den Längsseiten der rechteckigen Form und weisen eine weit höhere Nennleistung als die Standardwiderstände auf. Diese Struktur hat einen kurzen Abstand zwischen den beiden Anschlüssen und erreicht eine starke Lötfixierung.
Lineup
Produktdetails
Spezifikationen:
Automotive grade
Yes
Size[mm](inch)
1220(0508)
Rated Power[W]
1
Resistance Tolerance
F (±1%)
Resistance range[Ω]
0.1 to 0.91
Resistance(Min.)[Ω]
0.1
Resistance(Max.)[Ω]
0.91
Temperature Coefficient[ppm/°C]
0 to 150, 0 to 100
Operating Temperature[°C]
-55 to 155
Type
For current sensing (Wide terminal)
Operating Temperature (Max.)[°C]
155
Common Standard
AEC-Q200 (Automotive Grade)
Eigenschaften:
- Chip Resistors for current detection: 10mΩ~
- High joint reliability with long side terminations.
- Improvement of rated power enables to displace smaller size of resistors, and it contributes space savings in your set.
- ROHM resistors have obtained ISO9001 / TS16949 certification.
- Corresponds to AEC-Q200.
Referenzdesign / Anwendungsevaluierungskit
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- Evaluation Board - REFLED004-EVK-001
4ch White LED Driver Built-in Current Driver Boost DC-DC Converter for Automotive BD83A14EFV-M
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- Reference Design - REF68022
- Ultra-compact, ultra-thin NFC wireless power supply (100 mW)
The ML7671RD3-EVK-001 is equipped with the ML7671 LSI on the transmitter side, while the ML7670RD3-EVK-001 incorporates the ML7670 LSI on the receiver side. By aligning the antennas, the system can charge a battery with a power transfer of 100 mW. This reference design enables wireless power transfer using an ultra‑compact, ultra‑thin PCB. Because it is built on an FPC substrate, it can also be integrated into curved enclosures such as smart rings.
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- Reference Design - REFLD002
- Laser Driver Reference Design with GaN HEMT for High-Resolution LiDAR
The range of uses for LiDAR sensors is expanding to include not only autonomous driving, but also applications in the industrial and infrastructure fields. LiDAR sensors are required to have longer sensing distance and higher resolution, and in addition to improving the characteristics of the laser diode, it is necessary to drive the laser diode at higher speeds and power. ROHM offers a lineup of 905nm high power narrow emission width laser diodes. (RLD90QZWx Series) Reference designs are available that includes EcoGAN™, a next-generation device capable of high-speed drive, along with a high-speed gate driver for GaN HEMTs that contribute to improved LiDAR sensor characteristics (distance and resolution) .
- Enables high-speed driving of laser diodes - a key device in LiDAR applications
- Includes next-gen EcoGaN™ devices
- Built-in high-speed gate driver for GaN HEMTs (BD2311NVX-C)
- Two circuit types: square wave and resonant
Produktvideo & Katalog
