FDXD-1417

FDXD-1417

356mm x 427mm active Area
2560 x 3072 Pixel (7864320 * 14bit ⇒ 15.73MB)
139µm Pixel Pitch
14bit Resolution
12V, 2A max.

Initialisation

UART 9600b8N1

\r\n
ready
(~2s)
\r\n
ENTER ANY KEY FOR TERMINAL MODE\r\n
\r\n5
(~1s)
\r\n4
(~1s)
\r\n3
(~1s)
\r\n2
(~1s)
\r\n1
(~1s)
\r\n
(~0.5s)
CURRENT TEMPERATURE: 18C -------- OK!\r\n
(~2s)
ERASE LIGHT TEST ---------------- OK!\r\n
(~1s)
EEPROM TEST --------------------- OK!\r\n
(VSYNC High for 1.317105s, 2570 HSYNC Pulses)
INITIALIZE READOUT SEQUENCE ----- OK!(5140)\r\n
(~1s)
\r\n
{
    (2.8s)
    f[0x12]g
    (970ms)
    (VSYNC High for 1.317105s, 2570 HSYNC Pulses)
    (12ms)
    z
}

Pins

MDR	Con	Pin	Chip	Chip	Pin	Funktion	Comment	Notiz
1	Data	25	U30	DS90LV019	9	RI-	SERTC-
2	Data	26	U30	DS90LV019	10	RI+	SERTC+
3	Data	22	U32	DS90CR285	37	TX3+	DATA3+
4	Data	21	U32	DS90CR285	38	TX3-	DATA3-
5	Data	14	U32	DS90CR285	39	TXCLK+	CLOCK+
6	Data	13	U32	DS90CR285	40	TXCLK-	CLOCK-
7	Data	20	U32	DS90CR285	41	TX2+	DATA2+
8	Data	19	U32	DS90CR285	42	TX2-	DATA2-
9	Data	18	U32	DS90CR285	45	TX1+	DATA1+
10	Data	17	U32	DS90CR285	46	TX1-	DATA1-
11	Data	16	U32	DS90CR285	47	TX0+	DATA0+
12	Data	15	U32	DS90CR285	48	TX0-	DATA0-
13	Power	VCC				12V
14	Power	VCC				12V
15	Power	VCC				12V
16	Power	VCC				12V
17	Power	VCC				12V
18	Power	VCC				12V
19	NC	NC		NC	NC	NC
20	NC	NC		NC	NC	NC
21	NC	NC		NC	NC	NC
22	NC	NC		NC	NC	NC
23	Power	GND				0V
24	Power	GND				0V
25	Power	GND				0V
26	Power	GND				0V
27	Power	GND				0V
28	Power	GND				0V
29	Data	9	U55	HC245	7	A6	B6 → U25 (P35 / P0.2) (PU)	Output of U55 (Status Output?) 5V
30	Data	6	U25	AT89C51ED2	24	P2.6		Pin of U25 (Trigger?) 5V
31	Data	7	U55	HC245	6	A5	B5 → U25 (P34 / P0.3) (PU)	Output of U55 (Status Output?) 5V
32	Data	8	U55	HC245	11	B8 (PU)	A8 → U25 (P9 / P3.3 / INT1)	Input of U55 (Pull Low for Trigger?) 5V
33	Power	GND				0V
34	Data	10	U55	HC245	12	B7 (PU)	A7 → U25 (P37 / P0.0) (PU)	Input of U55 (Pull Low for Trigger?) 5V
35	Data	24	U30	DS90LV019	12	DO+	SERTFG+
36	Data	23	U30	DS90LV019	11	DO-	SERTFG-

U3/U11 / NCV5500 (P5501LG)

1.5V Voltage Regulator

Pin 1 = Vin (5V from DCDC3) Pin 3 = Vout (1.5V)

1.5V → U31(P27) VCCA_PLL1

U19 / EPCS4N

FPGA_DN P1 → GND

FPGA_DN P2 → U19(P5) Flash ASDI

FPGA_DN P3 → U19(P1) Flash nCS

FPGA_DN P4 → U19(P2) Flash DATA

FPGA_DN P5 → U31(P33) FPGA nCE

FPGA_DN P6 → U31(P26) FPGA nConfig

FPGA_DN P7 → U19(P3/7/8) Flash VCC (3.3V, generated by IC12 (NCP1733), from DCDC3)

FPGA_DN P8 → U31(P145) FPGA CONF_DONE

FPGA_DN P9 → GND

FPGA_DN P10 → U19(P6) Flash DCLK

FPGA_DN P11 → NC

FPGA_DN P12 → GND

FPGA_DN P13 → U29(8) R2IN (RX Input)

FPGA_DN P14 → U29(7) T2OUT (TX Output)

U25 / AT89C51

VCC = 5V (from DCDC3)

RST =

!PSEN ⇒ Jumper PSEN Middle

P3.0/RXD ← Jumper RXSW Middle ← U30(P4) Rout

P3.1/TXD ← U30(P2) Din

Programming

First, Install Atmel’s FLIP software on your PC and open the software.

Select the appropriate device in the device selection menu. (For AT89LP51xx2 series devices, please select the corresponding device from AT89C51xx2 series. For example, In order to program AT89LP51RD2, you have to choose AT89C51RD2. Because both of them have same UART based boot loader)
On your board, press RESET switch (I hope you have a RESET switch on your board) and PSEN switch together.
Now release the RESET switch first and then release the PSEN switch.
Now in the FLIP software, select the communication medium as 'RS232' and select the appropriate port and baud rate.
Now you should be able to program the ‘hex file (.hex)’ into the device through FLIP software.

U32 / DS90CR285

U55 / HC245

VCC = 5V (from DCDC3)

DIR = 0 → A→B

!OE = 0 → Enabled

AT89C51 U25(P36) → B1 → A1 → R117 → Q7

Altera U31(P83) → B2 → A2 → U14(P6)

AT89C51 U25(P32) → B3 → A3 → R51 → Q4

AT89C51 U25(P33) → B4 → A4 → CON-HVSW(P1)

U77 / DS1622

Digital Thermometer with 3-Wire Interface

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