TL866 II PLUS: Difference between revisions
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== Pinouts == | == Pinouts == | ||
{| class="wikitable" style="float: right; margin-left: 10px;" | {| class="wikitable" style="float: right; margin-left: 10px; text-align: center;" | ||
|+ ZIF40 Pinout | |+ ZIF40 Pinout | ||
! V<sub>PP</sub> !! V<sub>DD</sub> !! GND !! IO !! !! !! IO !! GND !! V<sub>DD</sub> !! V<sub>PP</sub> | |||
|- | |- | ||
| | | RF1 || V<sub>DD</sub> || GND || RD10 | ||
! 01 !! 40 | ! 01 !! 40 | ||
| GND || V<sub>DD</sub> || V<sub>PP</sub> | | RD0 || GND || V<sub>DD</sub> || V<sub>PP</sub> | ||
|- | |- | ||
| | | RF0 || V<sub>DD</sub> || GND || RD9 | ||
! 02 !! 39 | ! 02 !! 39 | ||
| GND || V<sub>DD</sub> || V<sub>PP</sub> | | RD11 || GND || V<sub>DD</sub> || V<sub>PP</sub> | ||
|- | |- | ||
| | | RD7 || V<sub>DD</sub> || GND || RD8 | ||
! 03 !! 38 | ! 03 !! 38 | ||
| GND || V<sub>DD</sub> || V<sub>PP</sub> | | RD1 || GND || V<sub>DD</sub> || V<sub>PP</sub> | ||
|- | |- | ||
| | | RD6 || V<sub>DD</sub> || GND || RF8 | ||
! 04 !! 37 | ! 04 !! 37 | ||
| GND || V<sub>DD</sub> || V<sub>PP</sub> | | RD2 || GND || V<sub>DD</sub> || V<sub>PP</sub> | ||
|- | |- | ||
| | | RD13 || V<sub>DD</sub> || GND || RF2 | ||
! 05 !! 36 | ! 05 !! 36 | ||
| GND || V<sub>DD</sub> || V<sub>PP</sub> | | RD3 || GND || V<sub>DD</sub> || V<sub>PP</sub> | ||
|- | |- | ||
| V<sub>PP</sub> || V<sub>DD</sub> || GND | | V<sub>PP</sub> || V<sub>DD</sub> || GND || RF5 | ||
! 06 !! 35 | ! 06 !! 35 | ||
| GND || V<sub>DD</sub> || V<sub>PP</sub> | | RD4 || GND || V<sub>DD</sub> || V<sub>PP</sub> | ||
|- | |- | ||
| V<sub>PP</sub> || V<sub>DD</sub> || GND | | V<sub>PP</sub> || V<sub>DD</sub> || GND || RF4 | ||
! 07 !! 34 | ! 07 !! 34 | ||
| GND || V<sub>DD</sub> || V<sub>PP</sub> | | RD5 || GND || V<sub>DD</sub> || V<sub>PP</sub> | ||
|- | |- | ||
| V<sub>PP</sub> || V<sub>DD</sub> || GND | | V<sub>PP</sub> || V<sub>DD</sub> || GND || RD15 | ||
! 08 !! 33 | ! 08 !! 33 | ||
| GND || V<sub>DD</sub> || V<sub>PP</sub> | | RG14 || GND || V<sub>DD</sub> || V<sub>PP</sub> | ||
|- | |- | ||
| V<sub>PP</sub> || V<sub>DD</sub> || GND | | V<sub>PP</sub> || V<sub>DD</sub> || GND || RD14 | ||
! 09 !! 32 | ! 09 !! 32 | ||
| GND || V<sub>DD</sub> || V<sub>PP</sub> | | RG12 || GND || V<sub>DD</sub> || V<sub>PP</sub> | ||
|- | |- | ||
| V<sub>PP</sub> || V<sub>DD</sub> || GND | | V<sub>PP</sub> || V<sub>DD</sub> || GND || RA1 | ||
! 10 !! 31 | ! 10 !! 31 | ||
| GND || V<sub>DD</sub> || V<sub>PP</sub> | | RG13 || GND || V<sub>DD</sub> || V<sub>PP</sub> | ||
|- | |- | ||
| || V<sub>DD</sub> || GND | | || V<sub>DD</sub> || GND || RA15 | ||
! 11 !! 30 | ! 11 !! 30 | ||
| GND || V<sub>DD</sub> || V<sub>PP</sub> | | RG15 || GND || V<sub>DD</sub> || V<sub>PP</sub> | ||
|- | |- | ||
| || V<sub>DD</sub> || GND | | || V<sub>DD</sub> || GND || RA14 | ||
! 12 !! 29 | ! 12 !! 29 | ||
| GND || V<sub>DD</sub> || | | RE7 || GND || V<sub>DD</sub> || | ||
|- | |- | ||
| || V<sub>DD</sub> || GND | | || V<sub>DD</sub> || GND || RE0 | ||
! 13 !! 28 | ! 13 !! 28 | ||
| GND || V<sub>DD</sub> || | | RE6 || GND || V<sub>DD</sub> || | ||
|- | |- | ||
| || V<sub>DD</sub> || GND | | || V<sub>DD</sub> || GND || RE1 | ||
! 14 !! 27 | ! 14 !! 27 | ||
| GND || V<sub>DD</sub> || | | RE5 || GND || V<sub>DD</sub> || | ||
|- | |- | ||
| || V<sub>DD</sub> || GND | | || V<sub>DD</sub> || GND || RE2 | ||
! 15 !! 26 | ! 15 !! 26 | ||
| GND || V<sub>DD</sub> || | | RE4 || GND || V<sub>DD</sub> || | ||
|- | |- | ||
| || V<sub>DD</sub> || GND | | || V<sub>DD</sub> || GND || RE9 | ||
! 16 !! 25 | ! 16 !! 25 | ||
| GND || V<sub>DD</sub> || | | RE3 || GND || V<sub>DD</sub> || | ||
|- | |- | ||
| || || | | || || || RE8 | ||
! 17 !! 24 | ! 17 !! 24 | ||
| | | RD12 || || || | ||
|- | |- | ||
| | | || || || RF12 | ||
! 18 !! 23 | ! 18 !! 23 | ||
| | | RA5 || || || || | ||
|- | |- | ||
| | | || || || RF13 | ||
! 19 !! 22 | ! 19 !! 22 | ||
| | | RA4 || || || | ||
|- | |- | ||
| | | || || RB2 || RA2 | ||
! 20 !! 21 | ! 20 !! 21 | ||
| | | RA3 || RB3 || || | ||
|} | |} | ||
Revision as of 08:16, 3 February 2020
The TL866 II PLUS is NOT compatible with the TL866 A / TL866 CS models. The microcontroller has been changed from a PIC18 to a PIC24F and there are other significant schematic changes. The plastic enclosure for the TL866 II PLUS is identical to the TL866A / TL866CS.
Hardware
The TL866II PLUS is driven by a Microchip PIC24FJ256GB110 microcontroller which connects directly to the USB.
Pinouts
VPP | VDD | GND | IO | IO | GND | VDD | VPP | |||
---|---|---|---|---|---|---|---|---|---|---|
RF1 | VDD | GND | RD10 | 01 | 40 | RD0 | GND | VDD | VPP | |
RF0 | VDD | GND | RD9 | 02 | 39 | RD11 | GND | VDD | VPP | |
RD7 | VDD | GND | RD8 | 03 | 38 | RD1 | GND | VDD | VPP | |
RD6 | VDD | GND | RF8 | 04 | 37 | RD2 | GND | VDD | VPP | |
RD13 | VDD | GND | RF2 | 05 | 36 | RD3 | GND | VDD | VPP | |
VPP | VDD | GND | RF5 | 06 | 35 | RD4 | GND | VDD | VPP | |
VPP | VDD | GND | RF4 | 07 | 34 | RD5 | GND | VDD | VPP | |
VPP | VDD | GND | RD15 | 08 | 33 | RG14 | GND | VDD | VPP | |
VPP | VDD | GND | RD14 | 09 | 32 | RG12 | GND | VDD | VPP | |
VPP | VDD | GND | RA1 | 10 | 31 | RG13 | GND | VDD | VPP | |
VDD | GND | RA15 | 11 | 30 | RG15 | GND | VDD | VPP | ||
VDD | GND | RA14 | 12 | 29 | RE7 | GND | VDD | |||
VDD | GND | RE0 | 13 | 28 | RE6 | GND | VDD | |||
VDD | GND | RE1 | 14 | 27 | RE5 | GND | VDD | |||
VDD | GND | RE2 | 15 | 26 | RE4 | GND | VDD | |||
VDD | GND | RE9 | 16 | 25 | RE3 | GND | VDD | |||
RE8 | 17 | 24 | RD12 | |||||||
RF12 | 18 | 23 | RA5 | |||||||
RF13 | 19 | 22 | RA4 | |||||||
RB2 | RA2 | 20 | 21 | RA3 | RB3 |
The primary interface to the target device is a 40 pin ZIF (zero insertion force) socket. Digital IO at LVCMOS3.3 levels is supported direct to the MCU on every pin. Inputs above +3.3V will be clamped. The VDD bus can be switched to pins 1-16 and 25-40. The VPP bus can be switched to pins 1-10 and 30-40. The ground bus can be switched to pins 1-16, 20, 21, and 25-40.
Original research
Photos
TL866 II PLUS photos
Photos of a TL866 II PLUS bought April 2018 from eBay seller goldenchipset.
Red and yellow LEDs were desoldered from mainboard to allow separation of the two PCBs.