P95020ZDNQG8

P95020ZDNQG8 Datasheet

IDTP95020

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P95020ZDNQG8	P95020ZDNQG8 (pdf)

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P95020ZDNQG	P95020ZDNQG

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Product Datasheet Audio, LED Backlight, Power Management, and Control IDTP95020 Quick Turn Customization Embedded Microcontroller - Master controller during power-up and power-down - Power up/down sequence field programmable with external EEPROM - Dynamic power management via bus interface - Up to 10 general purpose I/Os - Housekeeping for IDTP95020 and other devices Audio - 4 Channel CODEC with 24-bit resolution - Integrated 2.5W mono Class D amplifier with filterless operation - Stereo cap-less headphone driver - Differential analog audio line inputs - Dual mode microphone inputs analog or DMIC Battery Charger for Li-Ion / Li-Polymer up to 1.5A - High efficiency switch-mode EnergyPath controller with advanced safety features - USB or AC adaptor power input 5V - Programmable current limit - Internal ideal diode with external ideal diode controller Buck DC-DC PWM converters with PFM mode - 2x at 500mA, 0.75V to 3.7V output - 1x at 1000mA, 0.75V to 3.7V output Boost DC-DC PWM converter - 1x at 1.5A peak current, 4.05V to 5.0V output 2-ch white LED driver with 2W total output power - Two programmable current sinks, 25mA each - Voltage limited to rating of external FET and diode Linear regulators - 3x at 150mA, 0.75V to 3.7V output - 4x at 50mA, 0.75V to 3.7V output - 1x at 10mA, 3.3V or 3.0V output, always-on ADC and Touch Screen Controller - 12 bit resolution, Sample rate 62.5kSPS, DNL - 1~+2LSB, INL +/-2LSB, on chip 2.5V reference - On-chip temperature, charging current, SYS voltage and battery voltage measurement - Touch pressure measurement - 4-wire Touch Screen interface shared with GPIO pins and ADC input channels 0°C to 70°C operating temperature range 132-ld 10x10x0.85mm dual-row QFN package The IDTP95020 is designed to provide maximum flexibility to system designers by providing full customization and programmability. It is a highly integrated single chip device that incorporates an embedded general purpose microcontroller, a high fidelity audio CODEC, full power management functionality, backlight driver, battery charger, touch screen controller, and real time clock, all of which make it an ideal solution for portable consumer devices, such as cellular phone handsets, portable gaming devices, digital media players, and portable navigational devices. The device compact footprint optimizes board area and reduces component count. The IDTP95020 embedded Microcontroller features 4kB factory-programmable ROM, or the master can load a custom program from an external EEPROM module. The system power-on/power-off sequencing and general system housekeeping could be programmed in internal ROM or external EEPROM. The slave can be used during operation to communicate with the host to accept commands and report status. The IDTP95020 operates from an adapter or USB power source to deliver power to the system load while charging the battery up to 1.5A charging current. The input current is limited to the value set by the host for adapter source up to 2A or for USB source 100mA or 500mA . The switch-mode EnergyPathTM Battery Charger operates with high efficiency buck regulator to transmit the power to the load with minimal loss. The IDTP95020 power management features along with the switching regulators and LDOs can provide power for most extremely complex hand-held devices. The device is offered in a small 132-ld 10x10x0.85mm QFN package and guaranteed to operate over the commercial temperature range 0°C to 70°C. Smart Phones Portable Gaming Device Digital Media Players Handheld Computers Portable Navigational Devices 2011 Integrated Device Technology, Inc. Product Datasheet Block Diagram Audio, LED Backlight, Power Management, and Control IDTP95020 Figure Simplified Block Diagram 2011 Integrated Device Technology, Inc. IDTP95020 Product Datasheet Table of Contents Absolute Maximum ESD Recommended Operating Conditions Power Overall Power Audio Power Digital Interfaces Electrical Characteristics I2C Master Electrical Characteristics I2C Slave Electrical Characteristics I2S Electrical Characteristics GPIO Electrical Characteristics Pin Configuration and I/O Type Product Functional Modes Register Byte Ordering and Reserved Bit Fields Register Access Audio Module Audio Pin Definitions Audio Section Overview Audio Power Up Audio Module Audio Analog Performance Characteristics.............20 Audio Microphone Input Audio Analog Line Input Audio DAC, ADC Audio Automatic Gain Control Audio Analog Mixer Block Audio Digital Audio Input / Output Interface Audio Subsystem Audio Reference Voltage Generator, Buffer, and Filtering Caps Audio Analog and Class D Output Block Audio Class D BTL Amplifier Audio Class D Registers Audio Class D Equalizer Coefficient and Prescaler Ram EQRAM Audio Control Registers Charger Module Charger Overview Charger DC Electrical Characteristics Charger Typical Performance Characteristics.........61 Charger Register Charger Ideal Diode from VBAT to VSYS Charger / Charger Thermal Monitoring Charger Power On Clock Generator Module Clock Generator Pin Definitions Clock Generator Oscillator Electrical Characteristics 72 Clock Generator PLL Control Clock Generator Oscillator Circuit Clock Generator Power Source...............................74 Clock Generator On Chip Clock Generator Clock Accuracy Clock Generator - RTC General Description RTC Timekeeper RTC Date Registers RTC Alarm Registers RTC Interrupt Registers RTC Reserved Registers General Purpose GP Timers General Description GP Timers DC-DC Buck Regulators Pin Definitions Buck Regulators Electrical Characteristics..............90 Buck Regulators Typical Performance Characteristics 91 Buck Regulators Register Addresses......................92 Buck Regulators Enable / Disable...........................95 Buck Regulators Application LED Boost Converter and Sinks LED Boost Operating Requirements LED Boost Electrical Characteristics.......................99 LED Boost Typical Performance Characteristics LED Boost Register LED Boost Enable / LED Boost Over-Voltage Protection......................102 LED Boost Over-Current Limiter LED Boost - Application 2011 Integrated Device Technology, Inc. IDTP95020 Product Datasheet Boost5 Regulator Boost5 Electrical Specifications Boost5 Typical Performance Characteristics.........106 Boost5 Register Boost5 Enable / Disable Boost5 Output Diode Boost5 - Application Class D BTL Output Class D Electrical Class D Typical Performance Characteristics Class D Register Settings Class D Audio Interface and Decode Class D Short Circuit Class D - Application ADC and TSC ADC and TSC Module Electrical Characteristics...116 ADC and TSC Module Pin Definitions ADC and TSC Module Operation ADC and TSC Module Registers...........................119 PCON Module Power Controller and General Purpose I/O GPIO Pin Definitions Power Sequencing by Embedded Microcontroller....132 Power On Reset Output POR_OUT .......................132 Power Switch Detector SW_DET ...........................132 GPIO General PCON Hotswap Module Hotswap Electrical Characteristics Hotswap Typical Performance Characteristics......140 Hotswap Pin Definitions PCON Register Hotswap Configuration I2C / I2S I2C / I2S Pin Slave Interrupt Access Arbiter Digital Audio Data Serial Interface I2C / I2S Interface Timing Global Register Settings 0 ACCM Registers LDO Module LDO Pin LDO LDO_150 and LDO_050 Electrical Specifications LDO Typical Performance Characteristics LDO - LDO_LP Electrical Specifications LDO List of All LDOs LDO Register Settings EMBUP Embedded Microcontroller Subsystem and I/O 162 EMBUP Overview EMBUP Functional Description EMBUP On-chip RAM and ROM...........................163 EMBUP Slave EMBUP Peripherals EMBUP Interrupt Applications External Digital Logic Decoupling Capacitors.........................165 Class D Series Termination Resistors External Resistor Connection Crystal Load PCB Layout Considerations Power Dissipation and Thermal Requirements Special Notes Package Outline Ordering Guide V1.0 February 2011 Unreleased Final. V1.1 June 2011 Added ESD specifications. V1.2 June 2011 - Updated ordering part numbers, released Final 2011 Integrated Device Technology, Inc. IDTP95020 Product Datasheet ABSOLUTE MAXIMUM RATINGS Stresses above the ratings listed below can cause permanent damage to the IDTP95020. These ratings are stress ratings only. Functional operation of the device at these or any other conditions above those indicated in the operational sections of Table Absolute Maximum Ratings the specifications is not implied. Exposure to absolute maximum rating conditions for extended periods can affect product reliability. Electrical parameters are guaranteed only over the recommended operating temperature range. PARAMETER MIN MAX UNIT CHRG_INPUT to CHRG_GND USB or AC adaptor Charger Input Transient t < 1ms, Duty Cycle < 1% CHRG_BAT to DGND Battery Input Source CHRG_SYSVCC to DGND System VCC Output Vsys PVDD to PGND CLASS_D BTL Input Power LDO_IN1, IN2, IN3 to DGND Input voltage for LDO BUCK500_0_IN to BUCK500_0_GND BUCK0 Input voltage BUCK500_1_IN to BUCK500_1_GND BUCK1 Input voltage BUCK1000_IN to BUCK1000_GND BUCK2 Input voltage FDBK to DGND BUCK0, 1, 2 feedback voltage LED_BOOST_VIN to LED_BOOST_GND LED_BOOST Converter gate bias supply 6 LED_BOOST_GATE to LED_BOOST_GND LED_BOOST Gate Drive to Power FET LED_BOOST_VIN + V LED_BOOST_VSENSE to LED_BOOST_GND Voltage Sense Input LED_BOOST_VIN + V LED_BOOST_ISENSE to LED_BOOST_GND Current Sense Input LED_BOOST_VIN + V LED_BOOST_SINK to LED_BOOST_GND Current Sink for LED String #1 or String #2 6 BOOST5_OUT to BOOST5_GND BOOST5 Converter Output BOOST5_SW to BOOST5_GND BOOST5 Converter Power Switch1 and Switch2 Byte Ordering and Offset Most registers are defined within one byte width and occupy one byte in the address space. Some registers occupy more than one byte. Please refer to the individual register descriptions for information on how that register is stored in address space. Reserved Bit Fields Bit fields and Bytes labeled RESERVED are reserved for future use. When writing to a register containing some RESERVED bits, the user should do a “read-modify-write” such that only the bits which are intended to be written are modified. NOTE DO NOT WRITE to registers containing all RESERVED bits. Register Access Types Table Register Access Type Description TYPE RW R RW1C RW1A Readable and Writeable Read only Readable and Write 1 to this bit to clear it for interrupt status Readable and Write 1 to this bit to take actions 2011 Integrated Device Technology, Inc. IDTP95020 Product Datasheet AUDIO MODULE Features 4-ch 2 stereo DACs, 2 stereo ADCs , 24-bit - Supports full-duplex stereo audio - Provides a mono output 2.5W mono speaker amplifier 4 ohms and 5V Stereo cap-less headphone amplifier Two digital microphone inputs - Mono or stereo operation - Up to 4 microphones in a system High performance analog mixer 2 adjustable analog microphone bias outputs The audio system is a low power optimized, high fidelity, 4-channel audio codec with integrated Class D speaker amplifier and cap-less headphone amplifier. It provides high quality HD Audio capability for handheld applications. Figure Audio Block Diagram 2011 Integrated Device Technology, Inc. IDTP95020 Product Datasheet Audio Pin Definitions Table Audio Module Pin Definitions PIN_ID A5 MIC_R- Differential Analog microphone negative input right channel B4 MIC_R+/DMICDAT2 Differential Analog microphone positive input right channel or second digital microphone data input A6 MICBIAS_R/DMICSEL Analog microphone supply right channel or digital microphone select output GPO B5 MICBIAS_L/DMICCLK Analog microphone supply left channel or digital microphone clock output A7 MIC_L+/DMICDAT1 Differential Analog microphone positive input left channel or first digital microphone data input B6 MIC_L- Differential Analog microphone negative input left channel A8 AFILT2 ADC filter cap B7 AFILT1 ADC filter cap A9 AGND_MIC Return path for microphone supply MICBIAS_L/R B8 LISLP Differential Analog Line Level positive input left channel A10 LISLM ORDERING GUIDE Table Ordering Summary MARKING P95020ZDNQG P95020ZDNQG8 P95020ZDNQG PACKAGE QFN-132 10x10x0.85mm QFN-132 10x10x0.85mm AMBIENT TEMP. RANGE 0°C to +70°C 0°C to +70°C IDTP95020 Product Datasheet SHIPPING CARRIER QUANTITY Tape or Canister Tape and Reel 25 2,500 6024 Silver Creek Valley Road San Jose, California 95138 Tel 800-345-7015 DISCLAIMER Integrated Device Technology, Inc. IDT and its subsidiaries reserve the right to modify the products and/or specifications described herein at any time and at IDT’s sole discretion. All information in this document, including descriptions of product features and performance, is subject to change without notice. Performance specifications and the operating parameters of the described products are determined in the independent state and are not guaranteed to perform the same way when installed in customer products. The information contained herein is provided without representation or warranty of any kind, whether express or implied, including, but not limited to, the suitability of IDT’s products for any particular purpose, an implied warranty of merchantability, or non-infringement of the intellectual property rights of others. This document is presented only as a guide and does not convey any license under intellectual property rights of IDT or any third parties. IDT’s products are not intended for use in life support systems or similar devices where the failure or malfunction of an IDT product can be reasonably expected to significantly affect the health or safety of users. Anyone using an IDT product in such a manner does so at their own risk, absent an express, written agreement by IDT. Integrated Device Technology, IDT and the IDT logo are registered trademarks of IDT. Other trademarks and service marks used herein, including protected names, logos and designs, are the property of IDT or their respective third party owners. Copyright All rights reserved.

PDF Datasheet Preview

Product Datasheet

Audio, LED Backlight, Power Management, and Control

IDTP95020

Quick Turn Customization Embedded Microcontroller
- Master controller during power-up and power-down - Power up/down sequence field programmable with
external EEPROM - Dynamic power management via bus interface - Up to 10 general purpose I/Os - Housekeeping for IDTP95020 and other devices Audio - 4 Channel CODEC with 24-bit resolution
- Integrated 2.5W mono Class D amplifier with filterless operation
- Stereo cap-less headphone driver - Differential analog audio line inputs - Dual mode microphone inputs analog or DMIC Battery Charger for Li-Ion / Li-Polymer up to 1.5A - High efficiency switch-mode EnergyPath
controller with advanced safety features
- USB or AC adaptor power input 5V - Programmable current limit - Internal ideal diode with external
ideal diode controller Buck DC-DC PWM converters with PFM mode
- 2x at 500mA, 0.75V to 3.7V output - 1x at 1000mA, 0.75V to 3.7V output Boost DC-DC PWM converter
- 1x at 1.5A peak current, 4.05V to 5.0V output 2-ch white LED driver with 2W total output power
- Two programmable current sinks, 25mA each - Voltage limited to rating of external FET and diode Linear regulators
- 3x at 150mA, 0.75V to 3.7V output - 4x at 50mA, 0.75V to 3.7V output - 1x at 10mA, 3.3V or 3.0V output, always-on ADC and Touch Screen Controller - 12 bit resolution, Sample rate 62.5kSPS, DNL -
1~+2LSB, INL +/-2LSB, on chip 2.5V reference
- On-chip temperature, charging current, SYS voltage and battery voltage measurement
- Touch pressure measurement - 4-wire Touch Screen interface shared with GPIO
pins and ADC input channels 0°C to 70°C operating temperature range 132-ld 10x10x0.85mm dual-row QFN package

The IDTP95020 is designed to provide maximum flexibility to system designers by providing full customization and programmability. It is a highly integrated single chip device that incorporates an embedded general purpose microcontroller, a high fidelity audio CODEC, full power management functionality, backlight driver, battery charger, touch screen controller, and real time clock, all of which make it an ideal solution for portable consumer devices, such as cellular phone handsets, portable gaming devices, digital media players, and portable navigational devices. The device compact footprint optimizes board area and reduces component count.

The IDTP95020 embedded Microcontroller features 4kB factory-programmable ROM, or the master can load a custom program from an external EEPROM module. The system power-on/power-off sequencing and general system housekeeping could be programmed in internal ROM or external EEPROM. The slave can be used during operation to communicate with the host to accept commands and report status.

The IDTP95020 operates from an adapter or USB power source to deliver power to the system load while charging the battery up to 1.5A charging current. The input current is limited to the value set by the host for adapter source up to 2A or for USB source 100mA or 500mA . The switch-mode EnergyPathTM Battery Charger operates with high efficiency buck regulator to transmit the power to the load with minimal loss.

The IDTP95020 power management features along with the switching regulators and LDOs can provide power for most extremely complex hand-held devices.

The device is offered in a small 132-ld 10x10x0.85mm QFN package and guaranteed to operate over the commercial temperature range 0°C to 70°C.

Smart Phones Portable Gaming Device Digital Media Players Handheld Computers Portable Navigational Devices
2011 Integrated Device Technology, Inc.

Product Datasheet

Block Diagram

Audio, LED Backlight, Power Management, and Control

IDTP95020

Figure Simplified Block Diagram
2011 Integrated Device Technology, Inc.

IDTP95020

Product Datasheet

Table of Contents

Absolute Maximum ESD

Recommended Operating Conditions Power
Overall Power Audio Power Digital Interfaces Electrical Characteristics I2C Master Electrical Characteristics I2C Slave Electrical Characteristics I2S Electrical Characteristics GPIO Electrical Characteristics Pin Configuration and I/O Type Product Functional Modes Register Byte Ordering and Reserved Bit Fields Register Access Audio Module Audio Pin Definitions Audio Section Overview Audio Power Up Audio Module Audio Analog Performance Characteristics.............20 Audio Microphone Input Audio Analog Line Input Audio DAC, ADC Audio Automatic Gain Control Audio Analog Mixer Block Audio Digital Audio Input / Output Interface Audio Subsystem Audio Reference Voltage Generator, Buffer, and Filtering Caps Audio Analog and Class D Output Block Audio Class D BTL Amplifier Audio Class D Registers Audio Class D Equalizer Coefficient and Prescaler Ram EQRAM Audio Control Registers Charger Module Charger Overview Charger DC Electrical Characteristics Charger Typical Performance Characteristics.........61

Charger Register Charger Ideal Diode from VBAT to VSYS Charger / Charger Thermal Monitoring Charger Power On Clock Generator Module Clock Generator Pin Definitions Clock Generator Oscillator Electrical Characteristics 72 Clock Generator PLL Control Clock Generator Oscillator Circuit Clock Generator Power Source...............................74 Clock Generator On Chip Clock Generator Clock Accuracy Clock Generator - RTC General Description RTC Timekeeper RTC Date Registers RTC Alarm Registers RTC Interrupt Registers RTC Reserved Registers General Purpose GP Timers General Description GP Timers DC-DC Buck Regulators Pin Definitions Buck Regulators Electrical Characteristics..............90 Buck Regulators Typical Performance Characteristics 91 Buck Regulators Register Addresses......................92 Buck Regulators Enable / Disable...........................95 Buck Regulators Application LED Boost Converter and Sinks LED Boost Operating Requirements LED Boost Electrical Characteristics.......................99 LED Boost Typical Performance Characteristics LED Boost Register LED Boost Enable / LED Boost Over-Voltage Protection......................102 LED Boost Over-Current Limiter LED Boost - Application
2011 Integrated Device Technology, Inc.

IDTP95020

Product Datasheet

Boost5 Regulator Boost5 Electrical Specifications Boost5 Typical Performance Characteristics.........106 Boost5 Register Boost5 Enable / Disable Boost5 Output Diode Boost5 - Application

Class D BTL Output Class D Electrical Class D Typical Performance Characteristics Class D Register Settings Class D Audio Interface and Decode Class D Short Circuit Class D - Application

ADC and TSC ADC and TSC Module Electrical Characteristics...116 ADC and TSC Module Pin Definitions ADC and TSC Module Operation ADC and TSC Module Registers...........................119

PCON Module Power Controller and General Purpose I/O

GPIO Pin Definitions Power Sequencing by Embedded Microcontroller....132 Power On Reset Output POR_OUT .......................132 Power Switch Detector SW_DET ...........................132 GPIO General PCON Hotswap Module Hotswap Electrical Characteristics Hotswap Typical Performance Characteristics......140 Hotswap Pin Definitions PCON Register Hotswap Configuration I2C / I2S I2C / I2S Pin
Slave Interrupt Access Arbiter Digital Audio Data Serial Interface I2C / I2S Interface Timing Global Register Settings 0 ACCM Registers LDO Module LDO Pin LDO LDO_150 and LDO_050 Electrical Specifications LDO Typical Performance Characteristics LDO - LDO_LP Electrical Specifications LDO List of All LDOs LDO Register Settings EMBUP Embedded Microcontroller Subsystem and I/O 162 EMBUP Overview EMBUP Functional Description EMBUP On-chip RAM and ROM...........................163 EMBUP Slave EMBUP Peripherals EMBUP Interrupt Applications External Digital Logic Decoupling Capacitors.........................165 Class D Series Termination Resistors External Resistor Connection Crystal Load PCB Layout Considerations Power Dissipation and Thermal Requirements Special Notes Package Outline Ordering Guide
V1.0 February 2011 Unreleased Final. V1.1 June 2011 Added ESD specifications. V1.2 June 2011 - Updated ordering part numbers, released Final
2011 Integrated Device Technology, Inc.

IDTP95020

Product Datasheet

ABSOLUTE MAXIMUM RATINGS

Stresses above the ratings listed below can cause permanent damage to the IDTP95020. These ratings are stress ratings only. Functional operation of the device at these or any other conditions above those indicated in the operational sections of

Table Absolute Maximum Ratings
the specifications is not implied. Exposure to absolute maximum rating conditions for extended periods can affect product reliability. Electrical parameters are guaranteed only over the recommended operating temperature range.

PARAMETER

MIN MAX

UNIT

CHRG_INPUT to CHRG_GND

USB or AC adaptor Charger Input Transient t < 1ms, Duty Cycle < 1%

CHRG_BAT to DGND

Battery Input Source

CHRG_SYSVCC to DGND

System VCC Output Vsys

PVDD to PGND

CLASS_D BTL Input Power

LDO_IN1, IN2, IN3 to DGND

Input voltage for LDO

BUCK500_0_IN to BUCK500_0_GND

BUCK0 Input voltage

BUCK500_1_IN to BUCK500_1_GND

BUCK1 Input voltage

BUCK1000_IN to BUCK1000_GND

BUCK2 Input voltage

FDBK to DGND

BUCK0, 1, 2 feedback voltage

LED_BOOST_VIN to LED_BOOST_GND

LED_BOOST Converter gate bias supply 6

LED_BOOST_GATE to LED_BOOST_GND LED_BOOST Gate Drive to Power FET LED_BOOST_VIN + V

LED_BOOST_VSENSE to LED_BOOST_GND Voltage Sense Input

LED_BOOST_VIN + V

LED_BOOST_ISENSE to LED_BOOST_GND Current Sense Input

LED_BOOST_VIN + V

LED_BOOST_SINK to LED_BOOST_GND Current Sink for LED String #1 or String #2 6

BOOST5_OUT to BOOST5_GND

BOOST5 Converter Output

BOOST5_SW to BOOST5_GND

BOOST5 Converter Power Switch1 and Switch2
Byte Ordering and Offset

Most registers are defined within one byte width and occupy one byte in the address space. Some registers occupy more than one byte. Please refer to the individual register descriptions for information on how that register is stored in address space.

Reserved Bit Fields

Bit fields and Bytes labeled RESERVED are reserved for future use. When writing to a register containing some RESERVED bits, the user should do a “read-modify-write” such that only the bits which are intended to be written are modified.

NOTE DO NOT WRITE to registers containing all RESERVED bits.

Register Access Types

Table Register Access Type Description

TYPE RW R RW1C

RW1A

Readable and Writeable Read only Readable and Write 1 to this bit to clear it for interrupt status Readable and Write 1 to this bit to take actions
2011 Integrated Device Technology, Inc.

IDTP95020

Product Datasheet

AUDIO MODULE

Features 4-ch 2 stereo DACs, 2 stereo ADCs , 24-bit
- Supports full-duplex stereo audio - Provides a mono output 2.5W mono speaker amplifier 4 ohms and 5V Stereo cap-less headphone amplifier Two digital microphone inputs - Mono or stereo operation - Up to 4 microphones in a system High performance analog mixer 2 adjustable analog microphone bias outputs

The audio system is a low power optimized, high fidelity, 4-channel audio codec with integrated Class D speaker amplifier and cap-less headphone amplifier. It provides high quality HD Audio capability for handheld applications.

Figure Audio Block Diagram
2011 Integrated Device Technology, Inc.

IDTP95020

Product Datasheet

Audio Pin Definitions

Table Audio Module Pin Definitions

PIN_ID

A5 MIC_R-

Differential Analog microphone negative input right channel

B4 MIC_R+/DMICDAT2 Differential Analog microphone positive input right channel or second digital microphone data input

A6 MICBIAS_R/DMICSEL Analog microphone supply right channel or digital microphone select output GPO

B5 MICBIAS_L/DMICCLK Analog microphone supply left channel or digital microphone clock output

A7 MIC_L+/DMICDAT1 Differential Analog microphone positive input left channel or first digital microphone data input

B6 MIC_L-

Differential Analog microphone negative input left channel

A8 AFILT2

ADC filter cap

B7 AFILT1

ADC filter cap

A9 AGND_MIC

Return path for microphone supply MICBIAS_L/R

B8 LISLP

Differential Analog Line Level positive input left channel

A10 LISLM
ORDERING GUIDE
Table Ordering Summary

MARKING

P95020ZDNQG P95020ZDNQG8

P95020ZDNQG

PACKAGE

QFN-132 10x10x0.85mm QFN-132 10x10x0.85mm

AMBIENT TEMP. RANGE
0°C to +70°C 0°C to +70°C

IDTP95020

Product Datasheet

SHIPPING CARRIER QUANTITY

Tape or Canister Tape and Reel
25 2,500
6024 Silver Creek Valley Road San Jose, California 95138

Tel 800-345-7015

DISCLAIMER Integrated Device Technology, Inc. IDT and its subsidiaries reserve the right to modify the products and/or specifications described herein at any time and at IDT’s sole discretion. All information in this document, including descriptions of product features and performance, is subject to change without notice. Performance specifications and the operating parameters of the described products are determined in the independent state and are not guaranteed to perform the same way when installed in customer products. The information contained herein is provided without representation or warranty of any kind, whether express or implied, including, but not limited to, the suitability of IDT’s products for any particular purpose, an implied warranty of merchantability, or non-infringement of the intellectual property rights of others. This document is presented only as a guide and does not convey any license under intellectual property rights of IDT or any third parties. IDT’s products are not intended for use in life support systems or similar devices where the failure or malfunction of an IDT product can be reasonably expected to significantly affect the health or safety of users. Anyone using an IDT product in such a manner does so at their own risk, absent an express, written agreement by IDT.

Integrated Device Technology, IDT and the IDT logo are registered trademarks of IDT. Other trademarks and service marks used herein, including protected names, logos and designs, are the property of IDT or their respective third party owners.

Copyright All rights reserved.

Notice: we do not provide any warranties that information, datasheets, application notes, circuit diagrams, or software stored on this website are up-to-date or error free. The archived P95020ZDNQG8 Datasheet file may be downloaded here without warranties.

Datasheet ID: P95020ZDNQG8 637502