Zepsus Magnetic Switch with Voltage Regulator 5.0/5.5/6.0 Volt, 14A Continuous/30A Short-term.

Like other Zepsus products, the Zepsus Magnetic Switch with BEC "linear voltage regulator" was developed with one goal: no compromises in quality. With this in mind, the best components were selected.
The Magnetic Switch BEC 14A is equipped with a double plug for the receiver to ensure good distribution of load current and higher safety. It surpasses many of its competitors with massive 880µF high-quality ESR stabilization capacitors.
The on-off indicator consists of a super bright LED that is also visible through a GRP fuselage.

A safe and easy way to turn on your model: simply slide the magnet over the BEC.

Four reasons that speak for the Zepsus Magnetic BEC:

• The magnetic switch with BEC features the same known and proven technology as all Zepsus magnetic switches.
• If a servo burns out in flight, the extremely high peak current helps to continue the flight. Other BECs give up, leading to a crash.
• No step-down or step-up converter, no switching noise. This makes the Zepsus Magnetic BEC an extremely low-interference product, which is very important for models with a long range.
• An extremely low dropout voltage provides safety if a battery cell fails and the input voltage suddenly drops below the selected output voltage.

The switch is "Made in Denmark"

Technical data:

• Input voltage range: 3 ~ 10V
• designed for 2s Lipo / Liion / LiFe or 5s NiMH / NiCD batteries
• Output voltage selectable: 5.0V / 5.5V / 6.0V
• Output current continuous *: 14A
• Output current pulse *: > 30A
• Ultra-low standby current: 6µA (microamperes)
• Max power dissipation continuous: 8Watt, Maximum power dissipation:> 40Watt
• Very low dropout voltage **: 63 mV @ 8A
• Connections: JR-type "double plug to receiver"
• high-quality silicone cables 1mm² and 2 × 0.5mm²
• Weight including cable: 14.5 grams
• Length including cable: 19cm
• Dimensions including heat shrink tubing: 59 x 26 x 5 mm
• Operating temperature range: -40C to + 125C

* Depending on input and output voltage.

** If the input voltage drops below the output voltage. Test at + 20C ambient temperature

Calculation example for continuous current:

Maximum continuous power dissipation divided by (input voltage - output voltage) = continuous current

2S Lipo nominal voltage 7.4V and output voltage is 5.5V.

8 / (7.4 - 5.5) = 4.2 A

2S LiFePo4 nominal voltage 6.6V and output voltage selection is 5.5V.

8 / (6.6 - 5.5) = 7.3 A

Production test: All BECs were tested with more than 30A burst followed by 7A for 15 seconds before delivery. Standby consumption is controlled and a visual inspection is performed. All tests are carried out with 8V input and 5.5V output.