P9415-R datasheet(1/62 Pages) RENESAS

部件名	P9415-R

功能描述	15W Wireless Power Receiver with WattShare™ Mode

PDF	62 Pages

Scroll/Zoom	100%

制造商	RENESAS [Renesas Technology Corp]

网页	http://www.renesas.com

标志

1 / 62 page

15W Wireless Power Receiver

with WattShare™ Mode

P9415-R

Datasheet

1

May 4, 2021

Description

The P9415-R is a highly integrated single-chip wireless power

transmitter/receiver IC (TRx) that can be configured to receive or

transmit an AC power signal through magnetic induction.

When the device is configured as a wireless power transmitter, it

uses an on-chip full/half-bridge inverter, a PWM generator, a

modulator/demodulator for communication, and a microcontroller

to produce an AC power signal to drive external L-C tank. As a

receiver, the P9415-R receives an AC power signal from a wireless

transmitter and converts it into rectified output voltage, which can

be used to power devices or supply the charger input in mobile

applications. The P9415-R integrates a high-efficiency

Synchronous Full Bridge Rectifier and control circuitry to modulate

the load to send message packets to the Transmitter (Tx) to

optimize power delivery.

The P9415-R features Multiple-time programmable (MTP) non-

volatile memory that enables customers to customize the design

parameters such as default output voltage and FOD thresholds.

The P9415-R includes over-temperature and voltage protection.

Fault conditions associated with power transfer are managed by an

industry-leading 32-bit ARM® Cortex®-M0 processor offering a high

level of programmability while consuming extremely low standby

power. The processor can also control GPIOs to indicate operating

and fault modes. The device is available in an ultra-small

53-WLCSP package.

Typical Applications



Wireless power solution for mobile applications

Features



Delivers up to 15W as a receiver



WattShareTM (TRx )mode with up to 5W Tx capability



24kB Multiple-time programmable (MTP) non-volatile memory



WPC 1.3 Specification hardware ready



2.5V Under-Voltage Lockout (UVLO) threshold for expanding

the charging area



Internal reverse current sense for WattShareTM mode



Reliable VRECT over-voltage clamping



Internal IOUT filtering to remove the battery charger current

ripple



Supports Bi-Directional communications



Supports X-Y alignment coils



The device is capable of delivering 30W using a custom

firmware



Embedded 32-bit ARM® Cortex®-M0 processor



Supports I2C 400kHz standard interface and GPIOs



Package: 6 × 9 ball array, 2.82 × 4.22 × 0.50 mm, 53-WLCSP

with 0.40mm ball pitch

Typical Applications Schematic

AC1

AC2

BST2

CMB

COM2

COM1

CMA

BST1

PGND

VRECT

VOUT

GP0-GP6

OD0-OD4

Chip Enable

P9415

nEN

Rx-OUTPUT

Tx-INPUT

LDO5P0

TRx

Coil

VSNS

LDO1P8

VSNS

DEMOD

PCLAMP

CS

CD

RCLAMP

CRECT

CLDO1P8

CLDO5P0

CVOUT

类似零件编号 - P9415-R

制造商	部件名	数据表	功能描述
Renesas Technology Corp	P9415-0AWQI8	885Kb / 30P	30W Wireless Power Receiver with WattShare™ TRx Mode December 19, 2019
Renesas Technology Corp	P9415-1AWQI8	885Kb / 30P	30W Wireless Power Receiver with WattShare™ TRx Mode December 19, 2019

More results

类似说明 - P9415-R

制造商	部件名	数据表	功能描述
STMicroelectronics	STWLC03	469Kb / 5P	Dual mode Qi/PMA wireless power receiver 05-Jun-2015
Integrated Device Techn...	P9221-R	1Mb / 35P	Wireless Power Receiver
	P9221-R	1Mb / 35P	Wireless Power Receiver for 15W Applications
	P9225-R	1,010Kb / 34P	Dual-Mode Wireless Power Receiver
	P9260	158Kb / 2P	15W Wireless Power Transmitter
Kinetic Technologies.	KTE7001	207Kb / 2P	15W Wireless Power Receiver for WPC/Qi BPP/EPP September 2021 - Revision 04d
Renesas Technology Corp	P9415	885Kb / 30P	30W Wireless Power Receiver with WattShare™ TRx Mode December 19, 2019
STMicroelectronics	STWLC38	728Kb / 5P	Qi-compliant dual mode wireless power receiver for up to 15W applications 16-Jun-2022
Renesas Technology Corp	P9221-R	1Mb / 38P	Wireless Power Receiver for 15W Applications October 10, 2017
Renesas Technology Corp	P9221-R3	1Mb / 46P	15W Wireless Charging Receiver with Bi-directional Data Communication October 20, 2017