The UMFTPD3A Universal Programmer Module is used to provide an
external programming voltage (Vpp) that covers 1.5 to 6.5V to
program FTDI development modules and ICs with internal OTP memory
or eFUSE (electrical poly-fuse).
The embedded OTP memory or eFUSE in the FTDI chips is used to
store USB Vendor ID (VID), Product ID (PID), device serial number,
product description string and chip configuration information.
Users can store this vendor specific information in the OTP or
eFUSE and save the cost of an external EEPROM from the BOM.
The UMFTPD3A assists the user in programming the OTP memory or
eFUSE directly through a USB host controller with FTDI's
programming software tool, FT_Prog.
The UMFTPD3A is compatible with the FT260/UMFT260EV1A and the FT4222H/UMFT4222EV chips and modules.
Key features:
- Micro USB-B connector allows the UMFTPD3A to be connected to a
host system via a standard USB A to Micro B cable
- Downstream port using USB-A type connector allows target
devices to be connected to the UMFTPD3A
- On board FTDI chip provides USB hub function
- Supports wide programming voltages from 1.5V to 6.5V for FT260
and FT4222H series
- 3 pin connector to deliver VPP programming power
- Visual indicator for VPP programming voltage and USB bus power
by using LEDs
- USB2.0 Full Speed compatible.
For sales and technical development support from our in-house
engineering team, please contact the Alpha Micro
team.
- Micro USB-B connector allows the UMFTPD3A to be connected to a
host system via a standard USB A to Micro B cable.
- Downstream port using USB-A type connector allows target
devices to be connected to the UMFTPD3A.
- On board FTDI chip provides USB hub function
- Supports wide programming voltages from 1.5V to 6.5V for FT260
and FT4222H series.
- 3 pin connector to deliver VPP programming power
- Visual indicator for VPP programming voltage and USB bus power
by using LEDs.
- USB2.0 Full Speed compatible.
Part Number
|
Description |
Pack Size |
| UMFTPD3A |
Universal programming module, compatible with FTDI FT260
and FT4222H IC's |
Each |
