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USB Bridge. FT2232HP Datasheet

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USB Bridge. FT2232HP Datasheet






FT2232HP Bridge. Datasheet pdf. Equivalent




FT2232HP Bridge. Datasheet pdf. Equivalent





Part

FT2232HP

Description

High Speed USB Bridge

Manufacture

FTDI

Datasheet
Download FT2232HP Datasheet


FTDI FT2232HP

FT2232HP; FT2232HP/FT2233HP Datasheet Datasheet Ve rsion 1.0 Document No.: FT_001474 Clear ance No.: FTDI#556 Future Technology D evices International Ltd FT2233HP/FT22 32HP (High Speed USB Bridge with Type- C/PD3.0 Controller) The FT2233HP/FT223 2HP is a Hi-Speed USB device with a T ype-C/PD 3.0 controller that fully supp orts the latest USB Type-C and Power D elivery (PD) sta.


FTDI FT2232HP

ndards enabling support for power negoti ation with the ability to sink or sou rce current to a USB host device. The USB bridge function delivers 2 indepe ndent channels compatible with the FT22 32H – Dual Hi-speed USB to multipurp ose UART/MPSSE solution. The FT2233 HP/FT2232HP has the following advance d features: Support PD specification Rev 3.0. Port 1 .


FTDI FT2232HP

mode configuration for Sink or Dual-role Port 2 works as Sink, supporting cha rge through to port1 (FT2233HPQ and FT 2233HPL only ) Support 5V3A, 9V3A, 12V3A, 15V3A and 20V3A PDOs as sink or source Type-C/PD Physical Layer Prot ocol PD policy engine using 32-bit RISC controller with 8kB data RAM and 48kB code ROM PD mode configuration through external .



Part

FT2232HP

Description

High Speed USB Bridge

Manufacture

FTDI

Datasheet
Download FT2232HP Datasheet




 FT2232HP
FT2232HP/FT2233HP Datasheet Datasheet
Version 1.0
Document No.: FT_001474 Clearance No.: FTDI#556
Future Technology Devices
International Ltd
FT2233HP/FT2232HP
(High Speed USB Bridge with Type-C/PD3.0
Controller)
The FT2233HP/FT2232HP is a Hi-Speed USB device
with a Type-C/PD 3.0 controller that fully supports
the latest USB Type-C and Power Delivery (PD)
standards enabling support for power negotiation
with the ability to sink or source current to a USB
host device. The USB bridge function delivers 2
independent channels compatible with the FT2232H
Dual Hi-speed USB to multipurpose UART/MPSSE
solution.
The FT2233HP/FT2232HP has the following
advanced features:
Support PD specification Rev 3.0.
Port 1 mode configuration for Sink or Dual-role
Port 2 works as Sink, supporting charge
through to port1 (FT2233HPQ and FT2233HPL
only )
Support 5V3A, 9V3A, 12V3A, 15V3A and 20V3A
PDOs as sink or source Type-C/PD Physical
Layer Protocol
PD policy engine using 32-bit RISC controller
with 8kB data RAM and 48kB code ROM
PD mode configuration through external
EEPROM
Options to use external MCU controlling PD
policy through I2C interface
USB to dual serial ports with a variety of
configurations.
Entire USB protocol handled on the chip. No
USB specific firmware programming required.
USB 2.0 High Speed (480Mbits/Second) and
Full Speed (12Mbits/Second) compatible.
Two Multi-Protocol Synchronous Serial Engine
(MPSSE) on channel A and channel B, to
simplify synchronous serial protocol (USB to
JTAG, I2C, SPI or bit-bang) design.
Independent Baud rate generators.
RS232/RS422/RS485 UART Transfer Data Rate
up to 12Mbaud. (RS232 Data Rate limited by
external level shifter).
FTDI’s royalty-free Virtual Com Port (VCP) and
Direct (D2XX) drivers eliminate the requirement
for USB driver development in most cases.
Optional traffic TX/RX indicators can be added with
LEDs.
Adjustable receive buffer timeout.
Support for USB suspend and resume conditions via
PWREN#, SUSPEND# and RI# pins.
FTDI FT232R/FT-X style, asynchronous serial UART
interface option with full hardware handshaking and
modem interface signals.
Fully assisted hardware or X-On / X-Off software
handshaking.
UART Interface supports 7/8 bit data, 1/2 stop bits,
and Odd/Even/Mark/Space/No Parity.
Auto-transmit enable control for RS485 serial
applications using TXDEN pin through external
EEPROM setting.
Operational configuration mode and USB Description
strings configurable in external EEPROM over the
USB interface.
Low operating and USB suspend current.
Configurable I/O drive strength (4, 8, 12 or 16mA)
and slew rate.
USB Bulk data transfer mode (512 byte packets in
High Speed mode).
Dedicated Windows DLLs available for USB to SPI,
and USB to I2C applications.
+3.3V single supply operating voltage range.
+3.3V I/O interfacing.
Highly integrated design includes +1.2V LDO
regulator for VCORE, integrated POR function and on
chip clock multiplier PLL (12MHz 480MHz).
Extended -40°C to 85°C industrial operating
temperature range.
Available in Pb-free QFN-76/QFN-68/LQDP-80
package (RoHS compliant)
Copyright © Future Technology Devices International Limited
1





 FT2232HP
1 Typical Applications
FT2232HP/FT2233HP Datasheet Datasheet
Version 1.0
Document No.: FT_001474 Clearance No.: FTDI#556
USB bridge with Type-C/PD (chargers and Numerous combinations of two channels.
devices)
Upgrading Legacy Peripheral Designs to USB
High-power application via USB PD and/or Field Upgradable USB Products
Type-C port
Cellular and cordless phone USB data transfer
Get power from USB device functions, e.g.
cables and interfaces.
portable USB host needs charging when USB is Interfacing MCU / PLD / FPGA based designs to
connected.
USB
Single chip USB to two channels UART (RS232, PDA to USB data transfer
RS422 or RS485) or Bit-Bang interfaces.
USB Smart Card Readers
Single chip USB to 2 JTAG channels
USB Instrumentation
Single chip USB to one JTAG channel and one USB Industrial Control
UART.
USB FLASH Card Reader / Writers
Single chip USB to one SPI channel and one Set Top Box PC USB interface
UART.
USB Digital Camera Interface
Single chip USB to two SPI channels.
USB Bar Code Readers
Single chip USB to two Bit-Bang channels.
Single chip USB to one SPI channel and one
JTAG channel.
Single chip USB to two I2C channels.
1.1 Driver Support
The FT2233HP/FT2232HP requires USB drivers (listed below), available for free at
https://www.ftdichip.com, which are used to make the FT2233HP/FT2232HP appear as a virtual COM port
(VCP). This allows the user to communicate with the USB interface via a standard PC serial emulation port
(for example TTY). Another FTDI USB driver, the D2XX driver, can also be used with application software
to directly access the FT2233HP/FT2232HP through a DLL.
Royalty free VIRTUAL COM PORT
(VCP) DRIVERS for...
Windows 10 32,64-bit
Windows 8/8.1 32,64-bit
Windows 7 32,64-bit
Windows Server 2008 and server 2012 R2
Mac OS-X
Linux 2.4 and greater
Royalty free D2XX Direct Drivers
(USB Drivers + DLL S/W Interface)
Windows 10 32,64-bit
Windows 8/8.1 32,64-bit
Windows 7 32,64-bit
Windows Server 2008 and server 2012 R2
Linux 2.4 and greater
Android(J2xx)
Mac OS-X
For driver installation, please refer to the installation guides on our website:
http://www.ftdichip.com/Support/Documents/InstallGuides.htm
The following additional installation guides application notes and technical notes are also available:
AN_113, “Interfacing FT2232H Hi-Speed Devices To I2C Bus”.
AN_117 – “User Guide For libMPSSE I2C
AN_178 – “User Guide For libMPSSE - SPI
AN 113 – “Interfacing FT2232H Hi-Speed Devices To I2C Bus
AN114 – “Interfacing FT2232H Hi-Speed Devices To SPI Bus
AN135 MPSSE Basics
AN108 Command Processor For MPSSE and MCU Host Bus Emulation Modes
AN_448_FT4233HP_FT2233HP_User_Configuration_Guide Ver.1.0
AN_449_FT4233HP_FT2233HP_DCDC_Application_Guide Ver.1.0
AN_411 - FTx232H MPSSE I2C Master Example in C#
TN_104, “Guide to Debugging Customers Failed Driver Installation
Copyright © Future Technology Devices International Limited
2





 FT2232HP
1.2 Part Numbers
Part Number
FT2233HPQ-xxxx
FT2233HPL-xxxx
FT2232HPQ-xxxx
1.3 USB Compliant
FT2232HP/FT2233HP Datasheet Datasheet
Version 1.0
Document No.: FT_001474 Clearance No.: FTDI#556
76 Pin QFN
80 Pin LQFP
68 Pin QFN
Package
The FT2233HP/FT2232HP is fully compliant with the USB 2.0 specification and the USB PD 3.0
specification.
It has been given the USB-IF Test-ID (XXXXX)*.
* For PD port1
The timing of the rise/fall time of the USB signals is not only depend on the USB signal drivers, it is also
depend on system and is affected by factors such as PCB layout, external components and any transient
protection present on the USB signals. For USB compliance these may require a slight adjustment. Timing
can also be changed by adding appropriate passive components to the USB signals.
Copyright © Future Technology Devices International Limited
3



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