The RIMA UND series showcases an outstanding collection of AGM Deep Cycle Batteries, renowned for their exemplary performance in long duration cyclic applications. These batteries are true workhorse units, engineered to stand the test of time while ensuring consistent operational efficiency. With the UND series, the focus is targeting beyond economy - we are deeply committed to creating an impactful blend of quality, dependability, and resilience.
In essence, with a RIMA UND series battery under your possession, you are looking at an optimal solution for long-duration cyclic applications that promises an extended lifespan. The integration of an AGM foundation, high-density active material plates, and a unique paste formula translates into a battery that is nothing short of a reliable powerhouse, built to serve you efficiently and reliably over a long period.
General Future:
5-12 years design life(25℃)
Non-spillable construction
Sealed and maintenance-free
Excellent recovery from deep discharge
High density active materials plates
Longer Life and low self-discharge design
Standards:
Compliance with IEC, BS, JIS and EU standards.
UL, CE Certified
ISO45001,ISO 9001 and ISO 14001 certified production facilities
Application:
Solar and wind power system
Communication systems
Uninterruptible power supplies
Golf cars and buggies
Alarm and security system
Electric toy and wheelchairs, etc.
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This 1.5MHz switching frequency boost converter features a wide output voltage range (9-33V) and integrates a switching NFET in an ultra-thin molded leadless package (UMLP) measuring only 3 x 3 x 0.6mm in.
The FAN5336 is smaller than the usual SOT package, but offers more features, including higher peak current (1.5A), 1.0A higher than competing devices; excellent input and load regulation (0.2%) ; and high switching frequency (1.5MHz). As a result, the FAN5336 helps minimize noise, heat generation and heat dissipation in cell phones and smart phones, MP3 players, medical devices and many other portable applications. In addition, the converter's high frequency allows the use of smaller components to help designers make the best use of board space while reducing design complexity.
"The Fairchild Semiconductor FAN5336 is particularly beneficial for today's small LCD bias and white LED backlighting power applications, requiring an input voltage range of 2.7V to 5.5V. In these designs, the FAN5336 is available," said Fairchild Semiconductor's Director of Portable Product Lines Bruno Kranzen. Provides at least 100mA load current to the 9V to 21V output rail, or up to 50mA into the 33V output rail with an efficiency of 87%. Other Fairchild products include the FAN5331 and FAN5332 with output voltages of 20V and 30V respectively."
In addition to efficiency advantages, the FAN5336 provides features such as system reliability, including cycle-by-cycle current limit, 1.5A peak current support, and soft-start.
The FAN5336 is available in 6-terminal UMLP and MLP packages. These lead-free products meet or exceed IPC/JEDEC's J-STD-020C standard and comply with EU standards now in effect. The products are available from stock and the delivery time is 6-8 weeks.
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Constructed with high-density active material plates, the RIMA UND series is endowed with an inherent capacity to withstand intensive cycles. The plates within these batteries are highly potent, resultantly enhancing overall battery performance and greatly enriching the cyclic life span. This intricate design enables the batteries to provide unwavering power output even in demanding conditions, allowing a consistent energy supply that powers your operations seamlessly.
Additionally, the UND series batteries incorporate a specialized paste formulation. This innovative formula boosts the battery's efficiency while enhancing its durability. Its major benefit is in the extension of the service life of the battery without causing a reduction in its cyclic endurance. This unique design element significantly increases the battery's longevity, allowing it to retain its original functionality and efficacy even after prolonged use.
These standout features are implemented on a solid foundational technology, that is, AGM (Absorbent Glass Mat) battery technology. Emphatically, this means the electrolyte within the battery is securely absorbed in a fiberglass mat separator. This engineering approach not only prevents any possible leakage of the electrolyte but also bestows upon the battery the potential to efficiently function in any position.