Product Specification

Product Identification

Product Model	SK6803MINI-EA-002
Version No.	A/2
Sending Date	2026-01-07

Before using this product, please verify that you are referring to the latest version of this specification.
If special requirements are needed, please contact the relevant engineering personnel.

Contents

1. Product Overview
2. Main Applications
3. Product Naming
4. Mechanical Dimensions
5. Pin Description
6. PCB Recommended Pad Layout
7. IC Absolute Maximum Ratings
8. RGB LED Optoelectronic Parameters
9. IC Electrical Characteristics
10. Controller Recommended Data Timing
11. Data Transmission Method
12. Timing Waveforms
13. 24-bit Data Structure
14. Typical Application Circuit
15. Photoelectric Characteristics
16. Packaging Standards
17. Reliability Testing

1. Product Overview

• Forward voltage: 5 V @ 2.1 mA (OUT GRB)
• Typical viewing angle (50%): 120°
• Lens color: translucent
• Built-in reset circuit, LEDs remain off at power-on
• Grayscale adjustment: 256 levels
• Single-wire return-to-zero code transmission protocol, infinitely cascadable
• Data transmission frequency up to 800 Kbps; at 30 fps refresh rate, cascade length < 1024 pixels
• Moisture sensitivity level (MSL): 5a
• ESD level: 4 kV (HBM)
• RoHS and REACH compliant

2. Main Applications

• Consumer electronics
• Gaming and e-sports related products
• Light strips, modules, and custom-shaped lighting products

3. Product Naming

Example: SK6803MINI-EA-002

Position	Description
①	Series – default: RGB LED chip integrated with IC
②	IC series and current code – “6803”: 6803 series IC, 2.1 mA current version
③	Package outline – “MINI-EA”: 3.2 × 2.8 × 1.78 mm
④	Internal code – “002”

4. Mechanical Dimensions

Units: mm, unless otherwise specified. Dimensional tolerance: ±0.1 mm.

For precise mechanical design, refer to the original dimension drawing with all coordinates and pad locations.

5. Pin Description

Pin No.	Symbol	Name	Description
1	GND	Ground	Power ground
2	DIN	Data input	Control data signal input
3	VDD	Power supply	Power supply pin
4	DOUT	Data output	Control data signal output

6. PCB Recommended Pad Layout

Units: mm. The following is a logical representation of the recommended land pattern.

PCB pad dimensions should follow the original recommended drawing to ensure proper soldering and reliability.

7. IC Absolute Maximum Ratings (Ta = 25°C)

Parameter	Symbol	Range	Unit
Working voltage	VDD	+3.7 ~ +5.5	V
Operation temperature	Topt	-40 ~ +80	°C
Storage temperature	Tstg	-40 ~ +80	°C
ESD withstand voltage (HBM)	VESD	4K	V

8. RGB LED Optoelectronic Parameters

Color	SK6803MINI-EA-002 (2.1 mA)
	Wavelength (nm)	Brightness (mcd)
Red	620–625	35–70
Green	520–530	160–320
Blue	460–470	35–70

Luminous intensity tolerance: ±10%; dominant wavelength tolerance: ±1.0 nm.

9. IC Electrical Characteristics (Ta = 25°C)

Parameter	Symbol	Min.	Typ.	Max.	Unit	Test Conditions
Chip input voltage	VDD	3.7	5.0	5.5	V	—
Signal input flip threshold	VIH	0.6 × VDD	—	—	V	VDD = 5.0 V
	VIL	—	—	0.3 × VDD	V
B/G/R output drive current	IDOUT	—	2.1	—	mA	VDD = 5 V, VOUT = 1.5 V, R/G/B
PWM frequency	FPWM	—	3.6	—	kHz	OUT R/G/B = 2.1 mA, OUT pin in series with 200 Ω to VDD
Static power consumption	IDD	—	0.15	—	mA	VDD = 5 V, IOUT OFF
Transfer rate	FDIN	—	800	—	Kbps	—

10. Controller Recommended Data Transmission Time

Timing Name		Min.	Typical	Max.	Unit
T	Symbol period	0.9	1.20	20	µs
T0H	“0” code, high-level time	0.20	0.30	0.40	µs
T0L	“0” code, low-level time	0.70	0.90	—	µs
T1H	“1” code, high-level time	0.70	0.90	1.00	µs
T1L	“1” code, low-level time	0.20	0.30	—	µs
Reset	Reset code, low-level time	> 200	—	—	µs

• The protocol uses a unipolar return-to-zero code. Each symbol must contain a low-level period.
• Each symbol starts with a high level; the high-level duration determines whether it is a “0” or “1” code.
• When writing firmware, the minimum symbol period should be 1.2 µs.
• The low-level time of “0” and “1” codes must be less than 20 µs.

11. Data Transmission Method

12. Timing Waveforms

13. 24-bit Data Structure

High bit is sent first. Data is transmitted in GRB order: G7 → … → G0, R7 → … → R0, B7 → … → B0.

14. Typical Application Circuit

In practical circuits, to prevent instantaneous high voltage damage to the IC signal pins caused by hot-plugging during
testing, series protection resistors should be added at both the data input and output terminals.
Decoupling capacitors between each LED are essential for stable operation.

• Application 1: For soft or hard light strips with short distance between LEDs, use protection resistors
  R1 and R2 of approximately 500 Ω at the signal input and output. The exact value should be determined by actual signal tests.
• Application 2: For modules or general shaped products with longer transmission distance between LEDs,
  the value of the series protection resistors depends on wire type and distance, and should be determined by actual usage.

15. Photoelectric Characteristics

The device exhibits typical relationships between pad temperature and relative luminous flux, wavelength characteristics,
and a typical radiation pattern of 120°. For detailed curves, refer to the original graphs:

• Relative luminous flux vs. pad temperature (RED / GREEN / BLUE)
• Relative spectral distribution vs. wavelength
• Typical radiation pattern (120°)

16. Packaging Standards

Surface-mount LEDs are supplied on reels, packed in anti-static bags, and then placed in cardboard boxes.
The cardboard box protects the LEDs from mechanical impact during transportation but is not waterproof.
Moisture-proof and waterproof measures should be taken during storage and handling.

• Reel size: 165/330 × 12 mm
• Each reel can hold up to 2000 / 8000 LEDs
• Anti-static polyethylene bag with desiccant and humidity indicator card
• Outer hard cardboard box, up to 20 bags per box

17. Reliability Testing

No.	Test Item	Test Conditions	Reference Standard	Acceptance
1	Thermal shock	100 ± 5°C ↔ -40 ± 5°C, 15 min / 15 min, 100 cycles	MIL-STD-202G	0/22
2	High temperature storage	Ta = +100°C, 1000 h	JEITA ED-4701 200 201	0/22
3	Low temperature storage	Ta = -40°C, 1000 h	JEITA ED-4701 200 202	0/22
4	High temperature and high humidity storage	Ta = 60°C, RH = 90%, 1000 h	JEITA ED-4701 100 103	0/22
5	Temperature cycling	-40°C → 25°C → 100°C → 25°C, 30 min / 5 min / 30 min / 5 min, 100 cycles	JEITA ED-4701 100 105	0/22
6	Resistance to soldering heat	Tsld = 260°C, 10 s, 2 times	JEITA ED-4701 300 301	0/22
7	Normal temperature life test	25°C, IF = typical current, 1000 h	JESD22-A108D	0/22

Failure Criteria

Item	Symbol	Test Conditions	Min.	Max.
Luminous intensity	IV	DC = 5 V, typical current	Initial value × 0.7	—
Resistance to soldering heat	—	DC = 5 V, typical current	No dead LEDs or obvious damage