Enerkey Ideal Diode 100V 150V 200V 150A High Current Photovoltaic Solar Base Station Industrial Control Redundancy Switching

Enerkey Ideal Diode 100V 150V 200V 150A High Current Photovoltaic Solar Base Station Industrial Control Redundancy Switching

EK-iD150V150A / 150A
$151.71
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Enerkey Ideal Diode 100V 150V 200V 150A High Current Photovoltaic Solar Base Station Industrial Control Redundancy Switching

Enerkey Ideal Diode 100V 150V 200V 150A High Current Photovoltaic Solar Base Station Industrial Control Redundancy Switching

$151.71
Color
Current

SPECIFICATIONS

Accessory Type: Battery Accessories

Allowable Continuous Current: 100A

Allowable Operating Voltage Range: 12-200V

Application: Solar Panel and Battery charging anti-backfilling

Battery Included: No

Brand Name: ENERKEY

Charger included: N

Electronic: No

High-concerned chemical: None

Model Number: EK-iD100V/150V/200V150A

Origin: Mainland China

Product name: 100V150V200V 150A Ideal Diode Module

Voltage range: Low voltage non-USB (below 75V DC, below 50V AC)


Product model

EK-iD100V150A

EK-iD150V150A

EK-iD200V150A

Allowable operating

voltage range

12V-100V

12V-150V

12V-200V

Allowable continuous

current

150A

Weight

0.25kg

Size(mm)

L80*W56*T14.5

Static working current

0.6mA-1.5mA

Copper foil thickness

2.0 oz

MOS quantity

5MOS

PCB Material

Aluminum plate

On-state voltage drop

Negligible

Remark

Can't be used in rectifier circuits

Feature

Battery charging, solar energy anti-reverse flow, anti-backflow,
dedicated for parallel power, just install it, low loss, etc.

Application

Solar panels, battery charging, DC-DC constant voltage and
constant current module output, etc., need to prevent backflow and reverse inflow




Notes:

1. Before wiring, the secondary battery voltage (current battery voltage) must be less than or equal to the primary battery voltage. This also applies to rewiring after disconnecting the wiring. Otherwise, the excessive current from the secondary battery charging the primary battery may cause wiring burnout or even fire.

2. The negative GND terminal on the board must be connected. Otherwise, it will not function as an ideal diode, and high current operation may damage the board.


1. Positive high voltage ideal diode controller.This provides a lower loss path than schottky diodes and provides a more efficient solution for high-power applications, saving valuable circuit board space by reducing the need for cooling.


2. Principle of ideal diode:


The input and output are equivalent to diodes.When the output voltage is detected to be higher than the input, the output is immediately shut down. The detection value is millivolt level, and the response speed is very fast.


Purpose: to replace ordinary large current diode, ideal choice of parallel solar panels, parallel use of batteries of different capacity, and double power installation




Performance introduction:


Allowable working voltage range: 12-100v/150V/200V


Static operating current: 0.6-1.5 mA, negligible for the whole system.




1. This version is an improved version, and it will not burn the module even if the anode and cathode are connected backwards! Greatly improved installation safety performance!


2. Ideal diode refers to the diode with ultra-low internal resistance as its name implies. The conducting pressure drop of ordinary diode is more than 0.6v, while the conducting pressure drop of ideal diode is almost negligible.


3. Ideal diode cannot be used for rectification circuit!

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