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Schematic of Modern Salmon Universal Remote

are there any issues in this project?

namenotfounddotnet

@copilot are there any issues in this project?

copilot

Let's review your project's structure and connections step-by-step:

Components:

D1: SS14 (Schottky Diode)
R5: CRCW04021M00FKEDC (1MΩ Resistor)
C1: C0603X5R106M250NT (10µF Capacitor)
U1: MT3608 (Boost Converter)
L1: CDRH127NP-220MC (22µH Inductor)
R3: CRCW0402100KFKEDC (100kΩ Resistor)
R1: CRCW040210K0FKEDC (10kΩ Resistor)
C2: T491D226K025AT (22µF Capacitor)
R4: CRCW0402100KFKEDC (100kΩ Resistor)
J2: PPTC041LFBN-RC (Connector)

Nets:

Net 2: Connects J2 Pin_2 - U1 GND: $(P1)$ , J2 Pin_2 - U1 GND: $(P1)$ , U1: $(GND)$ , and J2: $(Pin_2)$
Net 7: Connects U1: $(IN)$ , C1: $(P1)$ , J2: $(Pin_1)$ , and C1: $(P2)$
Net 4: Connects D1: $(Cathode)$ , C2: $(1)$ , and J2: $(Pin_3)$
Net 5: Connects J2: $(Pin_4)$ and D1: $(Anode)$
Net 6: Connects U1: $(FB)$

Observations and Potential Issues:

Boost Converter (MT3608) Configuration:
- The connections for the MT3608 Boost Converter should include a feedback network to set the output voltage. The feedback network is typically formed by resistors connected to the FB (feedback) pin.
Assume you want an output voltage of 5V. Using the voltage divider formula, choose resistors for an appropriate feedback ratio. Verify connections to the FB pin.
Missing Input Capacitor: A boost converter like MT3608 usually requires an input capacitor. Ensure that:
- Connect C1:1 to U1:IN and [J2:Pin 1](J2:Pin 1)
- Connect C1:2 to GND (You can connect C1:2, [J2 Pin 2](J2 Pin 2), and U1:GND together.)
Output Capacitor Placement: Ensure that your output capacitor C2 is correctly placed:
- Connect C2:1 to D1:Cathode
- Connect C2:2 to GND (You can connect C2:2 to [J2 Pin 2](J2 Pin 2), and U1:GND)
Inductor Placement: Verify the correct placement of the inductor L1.
- Connect L1:1 to U1:SW
- Connect L1:2 to D1:Anode

Sample Adjusted Connections:

Feedback Resistors:
- Connect R5:1 to U1:FB
- Connect R5:2 to GND ([J2 Pin 2](J2 Pin 2))
- Connect R3:1 to U1:FB
- Connect R3:2 to [U1:OUT] (not listed in your components, please confirm)

Verify these connections and feedback values to ensure proper functioning of your boost converter. Feel free to add or correct assumptions based on your specific requirements.

are there any issues in this project?

namenotfounddotnet

@copilot are there any issues in this project?

Inductance

22µH

Resistance

100kΩ

Resistance

10kΩ

Resistance

10kΩ

Resistance

100kΩ

Capacitance

10uF

Modern Salmon Universal Remote