This device will be connected to computer through type-C and recognize as MIDI device. User can change two effects(A and B) from lists, effect speed(Tempo) and volume. #audioDevices

16 channel relay that will allow you to control different types of electrical loads

This is a WiFi Soil Monitor reference design based on ESP32-S3 microcontroller for WiFi connectivity, a Type-C USB for power #referenceDesign #simple-embedded #espressif #template #reference-design

This device will be connected to computer through type-C and recognize as MIDI device. User can change two effects(A and B) from lists, effect speed(Tempo) and volume.

I'm building an audio amplifier. These are the project requirements: - Type of Amplifier: Class D (for energy efficiency). - Input Source: Line-level input from a standard audio source, e.g., mobile phone or PC. - Output Power: 10W per channel (for a stereo setup). - Number of Channels: 2 (stereo output). - Distortion: Total Harmonic Distortion (THD) of less than 0.1% at full power. - Frequency Response: 20Hz to 20kHz. - Power Supply: Operate from a single 12V DC source. - Protection: Over-current and thermal protection for the amplifier IC. - Connectivity: Standard 3.5mm audio jack for input and screw terminals for speaker outputs. - Volume Control: A physical potentiometer for volume control. - Indicator: An LED indicator that shows power ON status. - Size Constraints: PCB size should not exceed 100mm x 100mm. Consider every requirement individually when answering any question

Programmable USB Type‐C Controller with Power Delivery(PD) support. Include ESD Protection Diodes. #project-template #USB #typec #powerdelivery #template

Programmable USB Type‐C Controller with Power Delivery(PD) support. Include ESD Protection Diodes. #project-template #USB #typec #powerdelivery #template

Two separate simulated circuits which demonstrate how step up and step down transformers work.

Two separate simulated circuits which demonstrate how step up and step down type transformers work.

Two separate simulated circuits which demonstrate how step up and step down transformers work.

Two separate simulated circuits which demonstrate how step up and step down type transformers work.

Two separate simulated circuits which demonstrate how step up and step down transformers work.

Vertical USB & I2C Interface Module – Organized Power/Data Terminal Block

Two separate simulated circuits which demonstrate how step up and step down transformers work.

Two separate simulated circuits which demonstrate how step-up and step-down type transformers work.

Concealable personal sidearm - "set to stun!"

Two separate simulated circuits which demonstrate how step up and step down type transformers work.

Two separate simulated circuits which demonstrate how step up and step down type transformers work.

Two separate simulated circuits which demonstrate how step up and step down transformers work.

Two separate simulated circuits which demonstrate how step up and step down transformers work.

Two separate simulated circuits which demonstrate how step up and step down transformers work.

Two separate simulated circuits which demonstrate how step up and step down type transformers work.

Two separate simulated circuits which demonstrate how step up and step down transformers work.

Two separate simulated circuits which demonstrate how step up and step down type transformers work.

Two separate simulated circuits which demonstrate how step-up and step-down type transformers work.