MP4560DN step-down module

MP4560 Datasheet.PDF

PDF_MP4560DN step-down module.zip

Altium_MP4560DN step-down module.zip

PADS_MP4560DN step-down module.zip

BOM_MP4560DN Step-Down Module.xlsx

95963

USB audio interface based on PCM2912A

USB audio interface based on PCM2912A

Functionality:
A USB Type-C digital headphone jack that outputs a headphone signal via a 3.5mm headphone jack. The PCB board has a built-in MEMS microphone for recording.
 
Usage Scenarios:
Mobile phones, computers, and any Type-C
 
device. Principle:
The PCM2912A is a USB digital audio source interface that converts USB audio signals to analog signals. It supports both upstream and downstream signals.
 
 

PDF_USB Audio Interface Based on PCM2912A.zip

Altium_USB Audio Interface Based on PCM2912A.zip

PADS_USB Audio Interface Based on PCM2912A.zip

BOM_USB Audio Interface Based on PCM2912A.xlsx

95964

Fast charging protocol chip: IP2726-AC (unlimited power, unlimited input voltage)

This USB-A + USB-C dual-port USB protocol chip, combined with an external DC-DC converter, enables USB fast charging power supply applications up to 100V. It can also be used in battery packs with 24V/36V/48V/60V platforms, such as outdoor power supplies, to extend USB power supply capabilities.

Functional Description:
IP2726-AC. A dual-port USB protocol chip (USB-A + USB-C) paired with an external DC-DC converter, enabling USB fast charging power supply applications up to 100V. Suitable for battery packs on 24V/36V/48V/60V platforms, such as outdoor power supplies, extending USB power supply.
 




Input voltage


is determined by the external DC-DC converter. Output power of USB-A and USB-C




ports : fast charging protocol ≤100W. Maximum power is determined by the external DC-DC converter. Switching frequency is determined by the external DC-DC converter. Static power consumption is mainly determined by the external DC- DC converter . Chip over-temperature is determined by the external DC-DC converter. Input voltage, input current, output voltage, output current , power supply power, power supply efficiency. 39.76V 0.358A 5.25V 2.00A 14.23W 73.77 % 49.72V 0.292A 5.31V 2.00A 14.52W 73.15 % 59.67V 0.250A 5.37V 2.00A 14.92W 72.00 % 69.63V 0.217A 5.40V 2.00A 15.11W 71.48% 79.58V 0.192A 5.41V 2.00A 15.28W 70.81% 39.79V 0.354A 12.00V 1.00A 14.08W 85.19% 49.74V 0.289A 12.08V 1.00A 14.37W 84.04% 59.69V 0.246A 12.16V 1.00A 14.68W 82.81% 69.65V 0.215A 12.24V 1.00A 14.97W 81.74% 79.59V 0.192A 12.18V 1.00A 15.28W 79.71% 39.76V 0.532A 11.95V 1.50A 21.15W 84.74% 49.72V 0.434A 12.02V 1.50A 21.58W 83.56% 59.67V 0.368A 12.10V 1.50A 21.96W 82.66% 69.63V 0.321A 12.19V 1.50A 22.35W 81.81% 79.58V 0.285A 12.27V 1.50A 22.68W 81.15% Note: Power efficiency is determined by the external DC-DC converter and is unrelated to IP2726. Because this test was conducted with an economical asynchronous, high-voltage DC-DC converter, the efficiency and maximum power are not very high. If customers require higher power applications, they can request a change to a high-voltage synchronous DC-DC converter . PCB layout diagrams, 3D preview images, and physical PCB images can be downloaded from https://oshwhub.com/saber.lily. Other design files can be obtained from your supplier.







































 







































































































































































































































































































































 

Demo-IP2726-AC_V0.1.pdf

Demo-IP2726-AC_V0.1_240223_bom.csv

Demo-IP2726-AC_V0.1_240223_gerber.zip

IP2726 Datasheet V3.2.pdf

PDF_Fast Charging Protocol Chip: IP2726-AC (Unlimited Power, Unlimited Input Voltage).zip

Altium Fast Charging Protocol Chip: IP2726-AC (Unlimited Power, Unlimited Input Voltage).zip

PADS Fast Charging Protocol Chip: IP2726-AC (Unlimited Power, Unlimited Input Voltage).zip

BOM_Fast Charging Protocol Chip: IP2726-AC (Unlimited Power, Unlimited Input Voltage).xlsx

95965

OPT3002 photoelectric sensor

Read the light intensity data collected by the OPT3002 chip

Main controller used: STM32F103C8T6;
External module: Self-made OPT3002 module; 0.96-inch OLED screen (for displaying the read data);
Code platform: Keil5;
Test results are shown in the video.
Currently, the read data is still the raw data in the result register and has not yet been converted into light intensity in lux.
The self-made OPT3002 module uses LCSC EDA
code (see attachment, written within the STM32 tutorial code framework of Jiangxie Technology).
 
Cost of the self-made OPT3002 module:
OPT3002 chip 1.5 RMB,
5 PCB boards, 20 RMB
resistors and capacitors (negligible),
total cost around 6 RMB.
 
Future updates:



1.
Convert read data to lux;  2.
Replace with a color screen ; 3. Add a UV LED with controllable brightness;  4. Replace the chip (expected to use STM32F407) and use Bluetooth to communicate with the mobile phone;  5. Output the acquired data as an image. 

f21d2fee4f32327fd2121c661a1f1c24.mp4

BOM_Board1_PCB1_2024-02-21.xlsx

OPT3002_Detection.zip

PDF_OPT3002 photoelectric sensor.zip

Altium_OPT3002 photoelectric sensor.zip

PADS_OPT3002 photoelectric sensor.zip

BOM_OPT3002 photoelectric sensor.xlsx

95966

electronic