AG135FPJ4FRA (Neues Produkt)
N-channel 100V 300A, TOLG, Power MOSFET for Automotive
AG135FPJ4FRA (Neues Produkt)
N-channel 100V 300A, TOLG, Power MOSFET for Automotive
AG135FPJ4FRA is an automotive grade MOSFET that is AEC-Q101 qualified. Ideal for automotive systems.
Produktdetails
Spezifikationen:
Package Code
TOLG
Number of terminal
9
Polarity
N
Drain-Source Voltage VDSS[V]
100
Drain Current ID[A]
500
RDS(on)[Ω] VGS=6V(Typ)
0.00131
RDS(on)[Ω] VGS=10V(Typ)
0.00102
RDS(on)[Ω] VGS=Drive(Typ)
0.00131
Total gate charge Qg[nC]
120
Power Dissipation (PD)[W]
750
Drive Voltage[V]
6
trr (Typ.)[ns]
105
Mounting Style
Surface mount
Storage Temperature (Min)[℃]
-55
Storage Temperature (Max)[℃]
175
Package Size [mm]
11.7x9.9 (t=2.4)
Common Standard
AEC-Q101 (Automotive Grade)
Eigenschaften:
- Low on-resistance
- Pb-free plating;RoHS compliant
- 100% Avalanche tested
- AEC-Q101 qualified
Referenzdesign / Anwendungsevaluierungskit
-
- Reference Design - REF68008
- Industrial 16-Cell BMS Evaluation Platform with ML5238GA AFE and ML63Q8057 MCU
This Battery Management System (BMS) platform provides detailed specifications for an industrial-grade lithium-ion battery monitoring and protection solution. It is designed to support reliable operation in demanding industrial energy storage and power backup applications.
The BMS evaluation platform serves as a reference design for assessing a multi-cell battery monitoring system utilizing ROHM’s ML5238 16-cell Analog Front End (AFE) in combination with the LAPIS ML63Q8057 microcontroller. The system enables accurate cell voltage measurement, current sensing, temperature monitoring, cell balancing, state-of-charge estimation, and fault detection, forming a complete solution for industrial battery packs.
This evaluation kit integrates the core functional blocks required for BMS operation, including the monitoring circuitry, control firmware, sensing interfaces, non-volatile memory, and PC communication interface. The design is optimized for robustness, measurement accuracy, and long-term reliability, making it suitable for industrial energy storage systems, uninterruptible power supplies (UPS), e-mobility auxiliary systems, and stationary battery applications.
The reference design includes comprehensive technical resources such as firmware architecture documentation, communication protocol definitions, memory maps, and configuration guidelines. It features a fully functional BMS firmware implementation optimized for industrial environments, supporting protection mechanisms, data logging, diagnostics, and seamless interfacing with a host PC or supervisory controller.
Users are encouraged to explore the advanced monitoring, protection, and diagnostic capabilities of this BMS evaluation platform and consider its integration or customization for their industrial battery management and energy storage development projects.
