The PAN186CV is typically classified as a low-power, high-voltage operational amplifier or a specialized power management IC. The "CV" suffix often denotes a specific package type (usually TO-99, TO-220, or a similar through-hole variant) and temperature range (Commercial grade, 0°C to 70°C, or Industrial grade, -40°C to 85°C).
Key identifiers commonly found in a PAN186CV datasheet include:
| Similar Cell | Difference | |--------------|-------------| | NCR18650B | Higher capacity (3400 mAh), lower current. | | UR18650ZY | Same form factor, different chemistry. | | PAN18650PF | Higher drain (10A), similar capacity. |
Need a specific electrical characteristic (e.g., impedance vs. temperature, cycle life graph)? Provide the exact prefix/suffix of your cell label, and I can refine this further.
is a high-performance variant of the System-on-Chip (SoC) designed by Panchip Microelectronics
. It is a low-power, low-cost integrated solution primarily used for 2.4 GHz wireless communication , remote controls, and smart audio applications. Core Specifications & Features
The PAN186CV is built on a highly integrated architecture that combines processing and wireless capabilities in a single chip: Processor Core : Features a built-in : Includes up to 3KB MTP (Multi-Time Programmable) ROM 256 bytes of RAM Wireless Transceiver : Operates in the
band, providing stable signal strength even in dynamic environments. Analog Peripherals : Integrates an 8-channel, 8-bit precision ADC Integrated Components
: Includes a clock source, timer, PWM generator, hardware comparator, and Low Voltage Reset (LVR) Power Efficiency pan186cv datasheet
: Designed for ultra-low power consumption with multiple operational modes, including a dedicated Power-down mode Key Applications
Due to its low cost and high integration, the PAN186CV is frequently found in: Remote Control Systems : Used for toy cars, appliances, and consumer electronics. Smart Audio : Optimized for LVGL-based music players and smart audio systems. IoT Devices
: Suitable for low-power wireless sensor networks and smart home gadgets. Integration & Compatibility
The PAN186CV is often used as a more powerful or specialized alternative to the standard PAN186. It is compatible with common industry pinouts, such as the
, allowing developers to swap it into existing designs with minimal firmware adjustments.
For full technical details, including DC characteristics and specific timing diagrams, developers should consult the official Panchip Product Manuals or contact authorized distributors like AliExpress for the latest variant documentation. circuit schematic for this chip? PANCHIP/2.4GHz Wireless Transceiver SOC Chip/PAN186
is a System-on-Chip (SoC) designed for 2.4GHz wireless communication, primarily used in low-cost remote control applications like toys, cars, and consumer electronics. It is manufactured by Shanghai Panchip Microelectronics Co., Ltd. Key Technical Specifications
The PAN186CV is part of a family of chips characterized by high integration and ultra-low power consumption: Processor Core : Built-in 8-bit MCU. : Up to 3KB MTP ROM and 256 bytes of RAM. : 2.4GHz wireless transceiver circuit. Peripherals 8-channel 8-bit precision ADC. PWM generator and hardware comparator. Integrated clock source, timer, and counter. Low Voltage Detection : Integrated LVR (Low Voltage Reset). Pinout and Modular Compatibility The PAN186CV is typically classified as a low-power,
While the exact datasheet can be difficult to source directly, the chip is often cited as being compatible with or a variant for the following: MST7500M Pinout
: The PAN186 series is compatible with the MST7500M pinout, allowing for quick development cycles and easy integration into existing designs. RF250A Alternative
: Some versions of the chip may also be identified by the marking "RF250A" on the package. Pin Assignments
: Common pins include standard DC characteristics for transmitter and receiver operations, often including various operational modes like Power-down Standby-III Common Applications
Due to its low cost and high interference suppression, you will find it in: Remote controlled toys (e.g., toy cars and drones). LVGL music player systems. Wireless transceivers for smart devices. AliExpress
For the most accurate technical details, it is recommended to contact Shanghai Panchip Microelectronics
directly, as full public datasheets for specific revisions like the "CV" may be restricted to authorized customers. alternative chips with similar 2.4GHz specifications for your project? Panchip Microelectronics Co., Ltd.
One of the main advantages of this sensor is its 3-pin interface, which simplifies wiring compared to 4-pin sensors (like the HC-SR04). Need a specific electrical characteristic (e
Note on Signal Pin: The SIG pin is bidirectional. It acts as an input to trigger the sensor and an output to read the echo pulse.
Why choose the PAN186CV over others? The PAN186CV datasheet highlights low quiescent current and precise voltage thresholds. However, consider these alternatives:
| Part Number | Quiescent Current | Overcharge (V) | Package | Advantage | |-------------|------------------|----------------|---------|------------| | PAN186CV | 3µA | 4.30 ±0.025 | SOT-23-6 | Low cost, widely available | | DW01A | 5µA | 4.30 ±0.05 | SOT-23-6 | Very common, easy to source | | AP9101C | 4µA | 4.35 ±0.025 | DFN-6 | Smaller footprint for wearables | | FS312F | 2.5µA | 4.28 ±0.02 | SOT-23-6 | Lower quiescent current |
If your project is battery-life critical, the PAN186CV’s 3µA typical current is competitive. Always check the datasheet for your specific voltage option (CV may indicate 4.30V version).
The PAN186CV is more than a datasheet entry; it’s a compact manifesto of design choices, constraints, and possibilities. Reading a datasheet well is an act of interpretation: the dry electrical tables and thermal curves conceal narratives about target applications, manufacturing tradeoffs, and the engineering culture that produced the part. This treatise teases out those stories, explains the practical implications of the numbers, and suggests creative ways to exploit the device while respecting its limits.
Using the PAN186CV in a Sallen-Key topology allows designers to create precise filters for audio or sensor applications. The 1 MHz gain-bandwidth product is adequate for frequencies up to 100 kHz.
Panasonic does not always publicly release datasheets for OEM cells. To get the official PAN186CV datasheet: