Analyzing component queries.

Verifying battery compatibility.

Evaluating breakout resistors for I2C.

Assessing battery design decisions.

Planning component linking and queries.

Using Knowledge Base Tool.

Using Schematic Tool.

Starting 9 component searches

Dispatching Library tool to find: "JST-PH 2-pin battery connector"

Dispatching Library tool to find: "4.7k Resistor"

Dispatching Library tool to find: "1M Resistor"

Dispatching Library tool to find: "100nF Capacitor"

Dispatching Library tool to find: "100Ω Resistor"

Dispatching Library tool to find: "Seeed Studio XIAO ESP32S3 Plus"

Searching: "SHT41"

Searching: "SHT40"

Searching: "TP4056"

Creating search plan for: "JST-PH 2-pin battery connector"

Creating search plan for: "4.7k Resistor"

Creating search plan for: "1M Resistor"

Creating search plan for: "100nF Capacitor"

Creating search plan for: "100Ω Resistor"

Creating search plan for: "Seeed Studio XIAO ESP32S3 Plus"

Searching: "Search for JST-PH series connectors used in battery applications. Looking for a connector that mounts on a PCB to interface with battery circuits. Focus on connectors with 2-pin configurations, low-profile design, and reliable mating for battery management."

Searching: "Identify PCB-mounted connectors from the JST-PH series with a 2-pin configuration specifically for battery connections. The component should offer secure mechanical retention and proper orientation for battery plug-in, ideal for portable electronics with moderate current requirements."

Searching: "Find a 2-pin battery connector from the JST-PH family for a circuit board application. The connector should support battery interfacing in low-current systems, featuring a compact form factor and reliable latching mechanism, suitable for consumer electronics."

Found 56 results.

Searching: "JST-PH 2-pin battery connector"

Searching: "Search for a standard 100nF capacitor designed for general decoupling applications. The capacitor should be a ceramic type with a typical voltage rating around 50V and available in a surface mount package."

Searching: "Find a 100nF multi-layer ceramic capacitor (MLCC) suitable for decoupling and signal filtering in high-speed digital circuits. Key characteristics include X7R dielectric material, 50V DC rating, and common SMD footprints such as 0603 or 0402."

Searching: "Identify a high-performance 100nF capacitor with an X7R dielectric in an SMD format (preferably 0603 or 0402) for use in decoupling high-frequency digital circuits. Requirements include low ESR and reliable performance over a wide temperature range for dense PCB applications."

Found 60 results.

Searching: "100nF Capacitor"

Searching: "Search for a generic 100 ohm resistor typical for current limiting or biasing purposes in electronic circuits. The part should meet basic resistor specifications (nominal value 100Ω) without initial restrictions on package or power rating, to survey a wide range of available options."

Searching: "Identify a surface-mount resistor with a 0603 footprint having a nominal value of 100 ohm. The part is intended for dense PCB layouts and moderate power dissipation (e.g., 0.1W) with common tolerance levels (e.g., 1% to 5%). Emphasis on compact size and automated assembly compatibility."

Searching: "Locate an axial lead resistor with a 100 ohm nominal value, aimed at applications where discrete wire-wound or carbon film resistors are required, such as in prototyping or high-power circuits. Expected features include a 1/4W power rating, standard tolerance, and through-hole mounting for robust mechanical handling."

Searching: "Looking for a standard PCB-mounted resistor with a nominal value of 4.7k ohm. This resistor is intended for general circuit applications such as voltage dividers or biasing, with unspecified tolerance, power rating, or package type."

Searching: "Searching for a surface mount resistor with a resistance of 4.7k ohm intended for PCB assembly. The resistor may be used for applications like voltage division, and candidates should cover typical SMD packages (e.g., 0805) with general tolerance and power ratings."

Searching: "Targeting a high-precision 4.7k ohm resistor in an 0805 SMD package with a 1% tolerance. This component is ideal for noise-sensitive and analog circuits, requiring low temperature coefficient and stable performance in PCB-mounted applications."

Found 56 results.

Searching: "4.7k Resistor"

Found 57 results.

Searching: "100Ω Resistor"

Searching: "Identify the Seeed Studio XIAO ESP32S3 Plus board—a compact development board featuring the ESP32-S3 microcontroller with integrated WiFi and Bluetooth. This search targets exact matches for prototyping IoT and smart device projects with a small footprint and full connectivity."

Searching: "Find ultra-compact development boards built around the ESP32-S3 MCU for IoT applications. Focus on boards that emphasize integrated wireless connectivity (WiFi/Bluetooth), USB-C support, and a design optimized for rapid prototyping in space-constrained projects."

Searching: "Search for development platforms based on the ESP32-S3 chip, highlighting boards that provide comprehensive peripheral support, low-power operation, and robust connectivity. This step targets boards comparable to the XIAO series in terms of size and functionality for embedded systems."

Searching: "Explore Seeed Studio's portfolio of ESP32-based boards, particularly focusing on the newer ESP32S3 variants. Look for boards offering similar features to the XIAO ESP32S3 Plus, including compact design, integrated debugging, and connectivity essentials required for modern IoT applications."

Found 71 results.

Searching: "Seeed Studio XIAO ESP32S3 Plus"

Searching: "Search for a resistor with a nominal resistance of 1MΩ suitable for general purpose applications. The component can be either through-hole or SMD with typical power ratings (e.g., 1/4 watt) and standard tolerances (e.g., 5% or 1%). The goal is to identify common resistor types (metal film, carbon film, thick film) that deliver a 1MΩ resistance."

Searching: "Identify surface mount resistor options with a 1MΩ value in a compact package (such as 0603 or 0805) for space-constrained PCBs. Key factors include standard power ratings, reliability in typical signal or bias applications, and availability in both standard and tighter tolerance variants."

Searching: "Search for through-hole (axial or radial) resistor options with a 1MΩ rating, which are often used in prototype boards or in applications where higher voltage isolation is required. Look for components with a typical 1/4 watt rating and standard tolerance values."

Searching: "Find precision resistor candidates with a 1MΩ resistance that offer tighter tolerances (e.g., 1% or lower) and high stability under varying operating conditions. These are ideal for sensitive circuits like voltage dividers and biasing networks where accuracy is critical."

Found 72 results.

Searching: "1M Resistor"

Completed 9 component searches.

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Using Calculator Tool.

Proceeding with caution on project additions.

Evaluating help tool usage.

Considering tool usage for help.

Reading docs for: "Where to configure global I2C pull-up rules in Flux: enabling and adjusting ERC checks for pull-up/pull-down, setting allowed resistor ranges for I2C nets, tagging nets as I2C (SDA/SCL), using Ruleset or Review panel to manage ERC settings. Steps to open Reviews panel and edit ERC settings for pull-up checks."

Reading docs for: "How to enable or configure pull-up/pull-down ERC checks in Flux, especially for I2C nets (SDA/SCL). Where in the UI to adjust global ERC rules or thresholds and set which nets are checked."

Reading docs for: "How to use the Reviews panel in Flux to configure Electrical Rule Checks, specifically the pull_up_pull_down ERC. Where to set global rules for pull-ups on I2C nets and adjust thresholds."

Planning help tool instructions.