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Programming Adapter Kit User’s Guide

  

QF4A512-PA

 

 

 

Rev A4, Feb 09

 7 

www.quickfiltertech.com

 

Designer’s note

 – The allowable input range is 5 MHz to 200 MHz. 

 

The clock input on Pin 22 to the phase lock loop is a 1.8 Volt level.  Therefore the amplitude 
of the incoming clock source should be 1.62 to 1.98 Volts Peak to peak.  Since the input is 
AC coupled, a DC offset can exist.  The clock can be a sine wave, or square wave.

 

 

 
 

9)  List of Test Point Definitions: 

TP1 = +5V from DC wall adapter. 
TP2 = +3.3V from on board regulator. 
TP3 = +1.8V from on board regulator. 
TP22 =  External clock input. 
GND = Ground point for external clock and voltage measurement. 
 
 

 

10)   Schematics: 

The following are the full schematics for the QF4A512 Programming Adapter Board.  

 
 

C9
18 pF

0805

R17 0

TP5

R10 0

CH 1

C16
0.1uF

0805

DOUT

TP8

C17
0.1uF

0805

3V3

C18

0.1 uF

0603

CH 2

C6
0.1uF

0805

R7 100

CH 3

C11
0.1uF

0805

3V3

C5
0.1uF

0805

R11 100

R5

1Meg

C21
0.1uF

0805

CS1

J1

CONN PLUG 3x2

2
4
6

1
3
5

R3 0

R8 0

R21 0

CH 4

RESET

CS2

R1 0

1V8

TP9

TP1

C8
0.1uF

0603

C15
0.1uF

0603

Optional
for orginal
CS1

C23

0.1uF

0603

1V8

DRDY

TP12

R6 0

R13 100

R18 100

J3

CONN PLUG 3x2

2
4
6

1
3
5

NO STUFF
ON CAPS

R12 0

TP13

TP22

1

J2

CONN PLUG 3x2

2
4
6

1
3
5

1V8

R4 100

C19
0.1uF

0603

C13
0.1uF

0603

DIN

NO STUFF
ON CAPS

R15 100

R2 100

SCLK

TP16

J4

CONN PLUG 3x2

2
4
6

1
3
5

R14 0

C22

0.1 uF

0603

1V8

U1

QF4A512

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

17

18

19

20

21

23

22

24

25

26

27

28

29

30

31

32

A1N

A1P

A2N

A2P

A3N

A3P

A4N

A4P

DV

DD1

8

DG

ND

DG

ND

CS

N

DRDY

/S

E

L

SD

O

SD

I

SC

L

K

RSTN

DGND

DVDD18

DVDD33

XVDD18

XOUT

XIN

XGND

PG

N

D

PV

D

D

1

8

AG

N

D

AV

D

D

1

8

AV

D

D

1

8

AG

N

D

AG

N

D

AV

D

D

3

3

C12
0.1uF

0805

NO STUFF
ON CAPS

C7
18 pF

0805

R9 100

R19 0

1V8

X1

20.000 MHz

1

2

TP4

NO STUFF
ON CAPS

C20
0.1uF

0805

 

 
 

Summary of Contents for QF4A512-PA

Page 1: ...rd Layout definition Powering the Programming Adapter Board Plugging in the Programming Adapter Board Programming example sequence Auto Configure and Auto Start options addressed Using an external clo...

Page 2: ...ided 2x8 jack onto the development board same top edge that J5 is located See the following diagram below Figure 2 2 Power can also be supplied by plugging in a 5VDC AC Adapter into CN4 This is a 2 1m...

Page 3: ...onfiguration for the PA board and development board Align the programming board as shown when plugging it into the development board Figure 3 5 Input level and protection scheme The QF4A512 programmin...

Page 4: ...until the red light is OFF Step 3 Put a QF4A512 into the socket by pushing down evenly on both sides of the socket while making sure to take note of the proper pin alignment of PIN1 See figure 4 Red l...

Page 5: ...he lower right hand corner This is step 1 in figure 6 below Figure 6 Note If the Use Programming Adaptor box does not appear it s because there isn t a QF4A512 loaded into the Programming Adaptor and...

Page 6: ...efore pressing Copy data from EEPROM to RAM button 7 Auto configure and Auto Start options Recall that the QF4A512 can have auto configure and auto start set If this occurs on either the QF4A512 PA bo...

Page 7: ...6 0 1uF 0805 DOUT TP8 C17 0 1uF 0805 3V3 C18 0 1 uF 0603 CH 2 C6 0 1uF 0805 R7 100 CH 3 C11 0 1uF 0805 3V3 C5 0 1uF 0805 R11 100 R5 1Meg C21 0 1uF 0805 CS1 J1 CONN PLUG 3x2 2 4 6 1 3 5 R3 0 R8 0 R21 0...

Page 8: ...regulators if the fuse is not removed External 5V source option Tip positive Barrel ground 1V8 TP1 1 U9 REG1117 SOT 3 2 1 VIN VOUT GND C68 3 3 uF 0805 DOUT TP3 1 DRDY SW1 SW DPDT D8 F1 FUSE 0 1 Heade...

Page 9: ...d Conditions of Sale Quickfilter assumes no liability whatsoever and disclaims any express or implied warranty relating to its products including but not limited to the implied warranty of merchantabi...

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