3500/53 | BENTLY NEVADA | Forward DC current module

Description

3500/53 | BENTLY NEVADA | Forward DC current module

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3500/53 we have:

We provide considerate service and complete parts

① Promptly reply you within 24 hours；

② 100% quality assurance, 1-year warranty；

③ Best services, reasonable price；

④ Have been in the line for many years, has a good reputation；

⑤ We will ship the items within 3 working days after the payment is reached；

⑥ All the goods will be tested before shipment；

⑦ Packing in professional anti-static bag；

The significance of 3500/53 limit parameters

(1) Permissible power consumption Pm: The maximum value allowed for the product of the forward DC voltage applied to both ends of the LED and the current flowing through it. Exceeding this value will cause LED heating and damage.
(2) Maximum forward DC current IFm: The maximum allowed forward DC current to be applied. Exceeding this value can damage the diode.
(3) Maximum reverse voltage VRm: The maximum allowed reverse voltage to be applied. Exceeding this value may cause breakdown and damage to the light-emitting diode.
(4) Top of the working environment: The temperature range within which the light-emitting diode can operate normally. Below or above this temperature range, the light-emitting diode will not function properly and its efficiency will be greatly reduced.

The significance of 3500/53 electrical parameters

(1) Spectral distribution and peak wavelength: The light emitted by a certain light-emitting diode is not of a single wavelength, and its wavelength is shown in Figure 2. As shown in the figure, a certain wavelength of the light emitted by the light-emitting tube λ The maximum light intensity is 0, which is the peak wavelength.
(2) Luminescent intensity IV: The luminous intensity of a light-emitting diode usually refers to the luminous intensity in the direction of the normal (or axis for cylindrical light-emitting tubes). If the radiation intensity in that direction is (1/683) W/sr, it emits 1 candela (symbol cd). Due to the low luminous intensity of general LEDs, the luminous intensity is often measured in candela (mcd).
(3) Spectral half width Δλ: It represents the spectral purity of the light-emitting tube. It refers to the interval between the two wavelengths corresponding to the 1/2 peak intensity in Figure 3
(4) 3500/53 half value angle θ 1/2 and perspective: θ 1/2 refers to the angle between the direction where the luminous intensity value is half of the axial intensity value and the luminous axis (normal direction). Two times the half value angle is the viewing angle (or half power angle).

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