Jio Bharat V2 LF062W Internal Circuit Details

Jio Bharat V2 LF062W Internal Circuit Details

1. Motherboard Section:
Motherboard Number: FF615-MB
Function: This is the unique identifier for the specific motherboard used in the device. It helps in identifying the correct motherboard for replacement or troubleshooting.

Motherboard Version: 8.1V
Function: Indicates the version of the motherboard. Motherboard versions can include improvements or fixes over earlier versions, so this helps ensure compatibility with other components and firmware.

2. CPU Section:
Processor / CPU Brand: ASR
Function: The CPU brand is ASR (Actions Semiconductor), a company known for making processors for mobile devices.

CPU / Processor Number: ASR3603s
Function: This is the specific model of the processor. It indicates the capabilities and features of the CPU, such as its processing speed and power efficiency.

CPU / Processor Serial Number: DTA212N
Function: A unique identifier for this particular processor. It can be useful for tracking and support purposes.

3. Operating System Section:
Operating System: ThreadX RTOS
Function: ThreadX is a real-time operating system (RTOS) designed for embedded systems. It's known for its efficiency and real-time capabilities, ensuring the device runs smoothly and efficiently.

4. Crystal IC Section:
Crystal IC Frequency: 26 MHz
Function: The crystal oscillator operates at 26 MHz. Crystal oscillators provide the clock signal that synchronizes the operations of the device’s components.

Crystal IC Total Pin: 4 Pin
Function: Indicates the crystal oscillator has 4 pins, which connect it to the rest of the circuit. These pins are typically used for power and signal transmission.

5. Power IC Section:
Power IC Number: PM813s
Function: The specific model of the power management IC (PMIC). This chip manages the power requirements of the device, ensuring efficient power usage.

Power IC Serial Number: PTA110
Function: The unique serial number for this PMIC, is used for identification and tracking.

Power IC Brand: ASR
Function: Indicates that the power IC is also manufactured by ASR, ensuring compatibility with the CPU.

6. Charging IC Section:
Charging IC Number: M24A
Function: The model number of the charging IC, is responsible for managing the charging process of the device’s battery.

Charging IC Serial Number: C2U
Function: A unique serial number for this specific charging IC.

7. Bluetooth IC Section:
Bluetooth IC Number: ASR5801
Function: This is the Bluetooth IC model, that handles all Bluetooth communication for the device.

Bluetooth IC Serial Number: DSA112
Function: A unique identifier for the Bluetooth IC, useful for tracking and support.

8. Display Section:
Display Type: LCD
Function: Indicates that the display is a Liquid Crystal Display (LCD), known for its low power consumption and good visibility.

Display Size: 1.77 inches
Function: The diagonal size of the display, is measured in inches. A 1.77-inch display is small and typical for basic mobile phones.

Display Connector Pin: 24 Pin
Function: The display connector has 24 pins, which means there are 24 separate electrical connections between the display and the motherboard.



9. Battery Section:
Battery Type: Li-ion Battery
Function: The battery is a Lithium-ion battery, known for its high energy density and long lifespan.

Battery Model Number: AC10F: The specific model of the battery used in the device.
Battery Other Number: 1|CP6/34/5C: Additional identifying numbers for the battery, possibly indicating specific batch or production details.
Same as Battery Model: 5C: Indicates that the battery is also known by another model number, 5C.
Battery Normal Voltage: 3.7V: The nominal voltage of the battery. This is the average voltage during normal operation.
Battery Normal Ampere: 1000mAh: The battery capacity is 1000 milliampere-hours, indicating how much charge it can hold.
Battery Full Voltage: 4.2V: The maximum voltage of the battery when fully charged.
Battery Full Ampere: 3.7Wh: The energy capacity of the battery in watt-hours, is calculated by multiplying the voltage by the capacity (3.7V * 1000mAh).

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