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8.0 Evaluation Board Bill of Materials

Item

Qty

Reference

Part

Source

1

24

C1, C2, C3, C4, C5, C6, C7, C8, C9, C10, C13, C14, C15, C16,
C17, C20, C22, C23, C24, C25, C28, C29, C30, C32, C34

1uF

Type 1206

2

4

C11, C33, C35, C36

10pF

Type 1206

3

2

C18, C27

4.7uF

Type 7343 (D Size)

4

2

C19, C26

33uF,  6V

Type 7343 (D Size)

5

1

C21

100uF,  6V

Type 7343 (D Size)

6

1

C31

47uF,  6V

Type 7343 (D Size)

7

-

C12, C37

not populated

n/a

8

3

D1, D2, D4

1N4001

Various

9

1

D3

LM4040EIZ-2.5

National Semiconductor

10

1

J1

96-Pin Female

DigiKey # H7096-ND

11

1

JP1

3-Pin Post Header

DigiKey # A19351-ND

12

1

Shorting Jumper

Shorting Jumper

DigiKey # S9001-ND

13

-

JP2, JP7, JP8, JP9

3-Pin Post Header - Bd Rev A.
Factory Set - Board Rev B

DigiKey # A19351-ND
n/a

14

-

JP10

Factory Set - board rev A
Doesn't exist - Board Rev B

n/a

15

1

J3

BNC Connector

DigiKey # ARF1177-ND

16

2

J4

Terminal Block

DigiKey # ED1609-ND

17

1

JP5, JP6

not populated

n/a

18

4

L1, L2, L3, L4

Choke

DigiKey # M2204-ND

19

-

L5

not populated

n/a

20

2

Q1, Q2

NTE65

NTE Electronics

21

1

R34

0 (short)

22

2

R6, R8

22

Type 1206

23

2

R5, R7

33

Type 1206

24

19

R3, R12, R14, R15, R16, R17, R18, R19, R20, R21, R22,
R23, R38, R42, R43, R45, R54, R55, R56

47

Type 1206

25

5

R31, R32, R50, R51, R52

100

Type 1206

26

2

R33A, R33B

100

¼ W, Leaded

27

1

R53

130

Type 1206

28

1

R40

220

Type 1206

29

2

R10, R47

240

Type 1206

30

5

R1, R2, R11, R13, R46

330

Type 1206

31

5

R25, R26, R27, R28, R29

510

Type 1206

32

1

R4

1k

Type 1206

33

1

R9

2.2k

Type 1206

34

5

R24, R37, R39, R41, R44

4.7k

Type 1206

35

1

R57

10k

Type 1206

36

3

R30, R33, R36

not populated

n/a

37

1

R35

Resistor Pack - 8 x 47

DigiKey # 767-163-R47-ND

38

1

R49

Resistor Pack (SIP) - 8 x 47

DigiKey # 750-101-R47-ND

39

1

R48

Resistor Pack (SIP) - 8 x 1k

DigiKey # 750-101-R1k-ND

40

2

RV1, RV2

1k Pot

DigiKey # 3386P-102-ND

41

1

TP1, TP2, TP3, TP4, TP5, TP6, TP7

Breakable Header

DigiKey # S1012-36-ND

42

1

T1

Transformer

MiniCircuits T4-6T

43

1

U1

MC10H131FN

ON Semiconductor

44

1

U2

MC10H125FN

ON Semiconductor

45

1

U3

ADC08200CIMT

National Semiconductor

46

1

U5

LM358N

National Semiconductor

47

1

U7

LM317T

National Semiconductor

48

2

U8, U10

IDT72251L10J or
CY7C4251V-10JC or
CY7C4281V-10JC

IDT
Cypress Semiconductor
Cypress Semiconductor

49

1

U9

74AC74SC / 74ACT74SC

Fairchild Semiconductor

50

1

Y1

200 MHz Oscillator

NOT POPULATED

Pletronics type
    EC1145ME-200.0MPST

51

1

6-Pin DIP Socket

Transformer Socket

DigiKey # AE8906-ND

52

1

Full-Size 4-Pin Oscillator Socket

Oscillator Socket for Y1

DigiKey # A462-ND

53

1

8-Pin DIP Socket

For U5

DigiKey # A400-ND

54

1

PC Board

ADC08200, Rev B

Bay Area Circuits

12

          http://www.national.com

Содержание ADC08200

Страница 1: ... Semiconductor December 2005 Rev 7 Evaluation Board Instruction Manual ADC08200 8 Bit 10 MSPS to 230 Msps Analog to Digital Converter with Internal Sample Hold 2001 2002 2005 National Semiconductor Corporation ...

Страница 2: ... Blank Page ...

Страница 3: ...rd 7 5 1 Software Installation 7 5 2 Setting up the ADC08200 Evaluation Board 7 5 2 1 Board Set up 7 5 2 1 1 Computer Mode Operation 7 5 2 1 2 Manual Mode Operation 8 5 2 2 Quick Check of Analog Functions 8 5 2 3 Quick Check of Software and Computer Interface Operation 8 5 2 4 Getting Consistent Readings 8 5 2 5 Jumper Information 9 5 2 6 Troubleshooting 9 6 0 Evaluation Board Specifications 9 7 0...

Страница 4: ... Blank Page 4 http www national com ...

Страница 5: ...t and running WaveVision software operating under Microsoft Windows Use program WAVEVSN2 EXE available at National Semiconductor s web site 7 Connect a signal of 1 6VP P amplitude from a 50 Ohm source to Analog Input BNC J3 The ADC input signal can be observed at TP1 Because of isolation resistor R32 and the scope probe capacitance the input signal at TP1 will not have the same frequency response ...

Страница 6: ...his 50 Ohm input is intended to accept a low noise sine wave signal of 1 6V peak to peak amplitude To accurately evaluate the ADC08200 dynamic performance the input test signal should be passed through a high quality bandpass filter 60dB minimum stop band attenuation as even the best signal sources do not provide a pure enough sine wave to properly evaluate an ADC The reference voltages for the AD...

Страница 7: ...e ADC08200 is available at the 96 pin Euro connector J1 The series resistors of R35 isolate the ADC from the load circuit to reduce noise coupling into the ADC This evaluation package was designed to be easy and simple to use and to provide a quick and simple way to evaluate the ADC08200 The procedures given here will help you to properly set up the board 4 5 Power Supply Connections 5 2 1 Board S...

Страница 8: ...rity and stability and that the sampling clock signal is extremely stable with minimal jitter 6 Adjust RV2 for a voltage of 0 27V to 0 33V at TP4 7 Adjust the signal source at Analog Input J3 for a signal amplitude of approximately 1 6VP P and check for the presence of that signal at TP1 This completes the testing of the analog portion of the evaluation board 5 2 3 Quick Check of Software and Comp...

Страница 9: ...after turning on power before trying to capture data Be sure positions JP2 JP7 and JP8 are wired Be sure that the Digital Interface Board is connected to a serial printer port and has power Problem Opening Comm Port or Error Setting Comm State errors mean that the comm port selected is not the one to which the eval board is connected Be sure the proper port is selected type ALT O Ascertain that an...

Страница 10: ... R33 not used C12 not used R34 0 R36 not used TP1 INPUT R32 100 C14 1uF R31 100 C11 10pF 1MEM JP6 DELAY1 C32 1uF 5V C34 1uF JP5 DELAY0 C13 1uF J1 96 Pin Female Q4 Q3 Q2 Q1 Q0 FF EF 5 6 7 8 9 10 11 12 13 29 28 27 26 25 24 23 22 21 20 19 18 17 16 15 14 D1 D0 PAF PAE GND REN1 RCLK REN2 OE RS WEN1 WCLK WEN2 LD VCC Q8 Q7 Q6 Q5 30 31 1 2 3 4 D8 D7 D6 D5 D4 D3 D2 Q4 Q3 Q2 Q1 Q0 FF EF 5 6 7 8 9 10 11 12 1...

Страница 11: ...C10H125FN U2B MC10H125FN U2C MC10H125FN U2D MC10H125FN R22 47 R18 47 C6 1uF R27 510 5 2V C1 1uF R20 47 100MHz R21 47 _______ 100MHz T1 T4 6T 19 18 13 12 14 D CC __ CE VCC S Q _ Q R VEE 15 20 17 10 3 4 9 12 8 D CC __ CE VCC S Q _ Q R VEE 7 2 5 10 R14 47 OUT __ IN IN 8 9 7 R26 510 R17 47 JP1 ADCCLk Y1 200MHz 5 2V R11 330 C5 1uF OUT __ IN IN 3 4 5 2 20 R15 47 OUT __ IN IN 13 14 15 R13 330 R12 47 14 8...

Страница 12: ...R52 100 Type 1206 26 2 R33A R33B 100 W Leaded 27 1 R53 130 Type 1206 28 1 R40 220 Type 1206 29 2 R10 R47 240 Type 1206 30 5 R1 R2 R11 R13 R46 330 Type 1206 31 5 R25 R26 R27 R28 R29 510 Type 1206 32 1 R4 1k Type 1206 33 1 R9 2 2k Type 1206 34 5 R24 R37 R39 R41 R44 4 7k Type 1206 35 1 R57 10k Type 1206 36 3 R30 R33 R36 not populated n a 37 1 R35 Resistor Pack 8 x 47 DigiKey 767 163 R47 ND 38 1 R49 R...

Страница 13: ... Connect 1 2 Divide Clock Oscillator Y1 frequency by 2 Connect 2 3 Use Clock Oscillator Y1 frequency without dividing it Default JP2 Jumper Memory Connect 1 2 Use one FIFO chip Connect 2 3 Use both FIFO chips Default hard wired position JP3 thru JP6 Not Used JP7 Jumper Divide Enable Connect 1 2 Use both FIFO chips divide FIFO read signal frequency by 2 Default hard wired position Connect 2 3 Use o...

Страница 14: ... D5 C18 ADC output D6 B19 ADC output D7 C19 ADC output D8 not used ADC output D9 not used ADC output D10 not used ADC output D11 not used GND A1 thru A24 A28 B28 C28 A31 B31 C31 Memory Read Clock B15 Reserved Signal B22 C22 C23 Reserved Power A25 A26 B25 B26 C25 C26 5V Logic Power Supply to Digital Interface Board Reserved Power 5 2V A29 B29 C29 Reserved Power 5V A32 B32 C32 14 http www national c...

Страница 15: ... Blank Page 15 http www national com ...

Страница 16: ...systems are devices or systems which a are intended for surgical implant into the body or b support or sustain life and whose failure to perform when properly used in accordance with instructions for use provided in the labeling can be reasonably expected to result in a significant injury to the user 2 A critical component is any component in a life support device or system whose failure to perfor...

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