| Part Number | Description | Related Products |
|---|---|---|
| CPS8100 | CPS8100 is a highly efficient, Qi-compliant, magnetic inductive wireless power transmitter IC with wide input voltage range of 3.9V to 26V. It supports secure Bi-directional communication with Wireless Power Receiver (ASK/FSK), flexible communication interface ports, as well as reliable Over-Voltage/Current/Temperature Protection schemes. | Wireless Charger > Wireless Charger Transmitter |
| CPS8200 | CPS8200 is a highly efficient, Qi-compliant, magnetic inductive Wireless Power Transmitter IC with wide voltage range of 3.9V to 24V (26V max) for VIN, 2V to 45V (50V max) for power stage. It supports secure Bi-directional communication with Wireless Power Receiver (ASK/FSK), flexible communication interface ports, as well as reliable Over-Voltage/Current/Temperature Protection schemes. | Wireless Charger > Wireless Charger Transmitter |
| CPS8600 | CPS8600 is a highly efficient, Qi-compliant, magnetic inductive Wireless Power Transmitter IC with wide input voltage range of 3.3V to 24V for VIN, 2V to 14V for power stage. It supports Secure Communication with Wireless Power Receiver (ASK), fixed communication interface ports, as well as reliable Over-Voltage/Current/Temperature Protection schemes. | Wireless Charger > Wireless Charger Transmitter |
| Part Number | Description | Related Products |
|---|---|---|
| CPS4038 | The CPS4038 is a Wireless Power Receiver compliant with WPC 1.3 standard. CPS4038 integrates a synchronous full-bridge rectifier, a low dropout regulator, and a Micro Controller Unit (MCU) for control and communication. The device receives AC power from a WPC compatible Wireless Transmitter and provides output power up to 40W, which could be used as a power supply for a charger of mobile or consumer devices. | Wireless Charger > Wireless Charger Receiver |
| CPS4047 | The CPS4047 is a highly efficient, Qi-compliant, single-chip Wireless Power Receiver/Transmitter IC. It supports up-to 40W applications at Receiver (Rx) Mode and up-to 10W at Transmitter (Tx) Mode, which is particularly suitable for cell phone and portable device applications. | Wireless Charger > Wireless Charger Receiver |
| CPS4057 | The CPS4057 is a highly efficient, Qi-compliant, single-chip Wireless Power Receiver/Transmitter IC. It supports up-to 50W applications under Receiver (Rx) mode and up-to 10W under Transmitter (Tx) mode, which is particularly suitable for cell phone and portable device applications. | Wireless Charger > Wireless Charger Receiver |
| CPS4019 | The CPS4019 is a highly efficient, Qi-compliant, single-chip Wireless Power Receiver IC. It supports up to 5W applications in the Receiver (Rx) Mode. The device receives AC power from a Wireless Power Transmitter (Tx) and converts it into a rectified output voltage. As a Rx, it integrates a synchronous rectifier and a low drop-out regulator to provide power to system load or battery. Modulation and control circuits are used for bi-directional in-band communication to the Tx. | Wireless Charger > Wireless Charger Receiver |
| Part Number | Description | Related Products |
|---|---|---|
| CPS8851 | The CPS8851 is an USB Type-C controller with Power delivery that complies with the physical layer and implements the Type-C port power control for VCONN, Type-C CC control, sensing and PD message delivery. | Protocols > Sink and DRP |
| CPS8853 | The CPS8853 is a USB A controller that complies with UFCS standard. The CPS8853 integrates a complete DP/DM PHY which supports the customized fast-charging protocol for power input. | Protocols > Sink and DRP |
| Part Number | Description | Related Products |
|---|---|---|
| CPS8821B | This chip is an electronic marker for USB Type-C passive cables with extremely low BOM cost, which makes the cable connectors compact. This chip supports structured VDM Discover Identity Command directed to SOP’, which provides a method to determine the characteristics of cables, e.g. current-carrying capability, performance and vendor identification. Being compliant to PD3.0 V2.0, this chip also supports extended message Get_Manufacture_Info and will respond by returning a Manufacture_Info message containing manufacturer info data block (MIDB). Customized data can be stored in the MTP and in-cable programmed through CC PIN. | Protocols > E-marker |
| CPS8821F | The CPS8821F is an electronically marked ID for both passive and active full-feature USB Type-C cables. This IC supports structured VDM Discover Identity Command directed to SOP’ and SOP’’, which provides a method to determine the characteristics of the cable, i.e. current-carrying capability, vendor identification, USB signal transmission speed, etc. | Protocols > E-marker |
| CPS8821G | The CPS8821F is an electronically marked ID for both passive and active full-feature USB Type-C cables. This IC supports structured VDM Discover Identity Command directed to SOP’ and SOP’’, which provides a method to determine the characteristics of the cable, i.e. current-carrying capability, vendor identification, USB signal transmission speed, etc. | Protocols > E-marker |
| Part Number | Description | Related Products |
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| Part Number | Description | Related Products |
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| CPS9011A | CPS9011X is an advanced PWM controller designed for high power density universal input offline flyback controllers. CPS9011X can work at QR mode at high line and CCM at low line. The CPS9011X also incorporates a proprietary valley-lockout circuitry and the valley-lockout number can be chosen by customer. | AC/DC > SSR Flyback Controllers |
| CPS9008A | AC/DC > SSR Flyback Controllers |
| Part Number | Description | Related Products |
|---|---|---|
| CPS2011 | CPS2011 is a single-cell 7A high efficiency dualphase switched capacitor charger. It integrated Universal Fast Charging Specification for Mobile Devices (UFCS PHY). It supports up to 12V input voltage, and operates in following 2 modes: Forward 2:1 (up to 7A IOUT), Forward 1:1 (bypass, up to 5A IOUT) The switched capacitor architecture optimized for 50% duty cycle. The input Voltage is 2x of battery voltage and the output current is 2x of VBUS input current, which effectively reduces power loss across the input cable. | Charger and BMS > Charge Pump Charger |