Feature

●Conversion efficiency up to 96%.
●The internal circuit board adopts precision SMT craftsmanship, waterproof, dustproof and anti-shock.
●Input Voltage: 12V / 24V (8-40V); Output Voltage: 5±0.25V; Output Current: 2A; Max Output Power: 10W
●Suitable for car LED screen, surveillance camera, fan, water pump, motor, router and other 5V electrical appliances.
●Size: 60 x 24.5 x 20 mm / 2.36 x 0.96 x 0.79 inches; mounting hole: 4 mm; hole spacing: 51 mm


Description

Specification:

Model GYVRM-K240502
Type Non-isolated DC-DC downward module
Input voltage 12V/24V (8-40V)
Output voltage 5 ± 0.25 V
Output Current 2A
Maximum output 10W
Conversion efficiency 96%
Size: 60 x 24.5 x 20 mm / 2.36 x 0.96 x 0.79 inches
Mounting hole 4 mm / 0.16 inches
Hole spacing 51 mm / 2.01 inches
Weight Approx. 41 g / 1.4 oz
Package list 1 x buck converter
Installation ChartInstallation Chart

Instructions for use

In order to ensure the normal operation of the converter within the input voltage range, the input voltage must not be lower than the minimum or maximum input value limited by the product, and the input voltage value must be higher than the output voltage value by more than 2V. If there is no voltage difference of 2V, the A output lower without damaging (affecting the use of the converter). The input current must be greater than or equal to the power required by the output load device (example: The power of the load unit requires 100W, then the input power must be greater than or equal to 100W). When the converter is in operation, the current of the load device must not be greater than the maximum current value that the converter can withstand and leave the converter as much leeway as possible to ensure that the converter works normally and reaches the highest conversion efficiency. The plus and negative poles of the con. verters can be able to be able use. A swapped port may damage the converter. It is recommended to add a suitable fuse at the input end when using. The chip works in light load mode when there is no load, and the output voltage may vary within a certain range.

Synchronous rectification technologySynchronous rectification technology

Synchronous rectification technology

New imported components, synchronous voltage regulation technology, extremely low heating value, sufficient performance and stable condition.

1. The synchronous rectifier circuit uses a power MOSFET with extremely low flow resistance to replace the rectifier diode, so that the loss of the rectifier, improves the efficiency of the DC/DC alternating ball and the requirements can be met low voltage and high current rectification.

2. SMT process: FR-4 multi-layer circuit, resistors, capacitors and switching MOS tubes are all SMD components with high integration, high reliability and high stability.

3. Filter coils and capacitors: multiple ripple electrolytic capacitors with extremely low impedance, iron silicon aluminum solenoid ring multi-wire coils, low heating value and large continuity current.

Plan measurement drawingPlan measurement drawing
Range of applications:Range of applications: