Rd flashing light string circuit

The Shenzhen Skywave Semiconductor Co., Ltd. produces a five-flash integrated circuit controller known as M1500P. This device is manufactured using a DIP 14 standard package and can be customized according to customer specifications for soft seal packaging. It operates on a standard power supply voltage of 3V and can directly drive LEDs to blink in a random manner with two options for consecutive cycles. The circuit utilizes a 220V AC input, with buck conversion and rectification to provide a steady output voltage of approximately 3V. The M1500P includes connections for solid-state relays (SSR1 to SSR5), which control the blinking of string lights. A mode selection switch allows for continuous flashing or random blinking patterns. Additionally, an external oscillation resistor can be adjusted to modify the blink frequency, and the circuit requires CBB-400V polypropylene capacitors. The solid-state relays used are of the TAC081 IC type, with a specified maximum load current.

The M1500P integrated circuit is designed for applications where decorative lighting is required, such as in holiday decorations or event displays. The chip's ability to drive LEDs directly simplifies the design process by reducing the need for external driver circuits. The integrated solid-state relays provide reliable switching capabilities, allowing for the control of multiple LED strings with minimal power loss and heat generation.

The circuit operates by receiving a 220V AC input, which is then stepped down and rectified to provide the necessary 3V DC for the control circuitry and LED outputs. The connection of the SSRs allows for the switching of the LED strings in a sequence that can be controlled by the mode selection switch. When the switch is in the continuous mode, the LEDs will blink in a steady rhythm, while the random mode produces a more dynamic lighting effect.

The external oscillation resistor connected to the circuit provides flexibility in controlling the blink rate of the LEDs. By adjusting the resistance value, the user can achieve different flashing frequencies, thus customizing the visual effect according to specific requirements. The use of CBB-400V polypropylene capacitors ensures stability and reliability in the circuit's operation, particularly in handling transient voltage spikes from the AC input.

In summary, the M1500P circuit is a versatile lighting controller that combines ease of use with customizable features, making it suitable for various decorative lighting applications. Its design emphasizes efficiency and reliability, enabling users to create engaging visual displays with minimal complexity.Is the use of Shenzhen Skywave Semiconductor Co., Ltd. of M] DOOI, five flash integrated circuit fabrication Shen Rd flashing lights controller, M1500P use [1M () manufacturing ST Chicago. DIP 14 standard package, also uT root according to customer requirements soft seal packaging. It uses the power supply voltage standard value} b 3V, I, 1 -] and "outputs can directly drive LEDs blinking, random manner with consecutive two options circle, 220Y AC by C, the buck , Vn rectification and vS steady voltage output about 3V supply voltage gravity ' f1500P electricity . a ~ ß feet, namely 1,1 ~ L5 ends are connected SSRI - SSR5 Yin Chi relay O foot (ie, built-in negative end of the arc tube ) R, is built with galvanic emitting tube resistance, so energized flat, five solid state relay on successive turns Ji Tong and off, string lights, El ~ F5 to open start flashing.

manifold (), l / OFF feet end that is connected directly to ground, so the circuit is powered, the chip will start work as .s for the mode selection switch, when Sm together, coming SEQ grounded, continuous flashes Happy type; when S is opened, namely SFQ end hanging wins when, a hundred tandem set of lights sparkle random .R, foot manifold external oscillation resistor , a resistance can be adjusted to change the blink frequency. C, requires CBB-400V polypropylene capacitors; SSR1 ~ SSR5 type using TAC081 IC type solid state relay, the maximum load current of other component parameters] A.

Ah see, no special requirements.