MAX1200/MAX1201/MAX1205 Evaluation Kits MAX1200/MAX1201/MAX1205 e

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MAX1200/MAX1201/MAX1205 Evaluation Kits MAX1200/MAX1201/MAX1205 e

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19-4795; 11/98
MAX1200/MAX1201/MAX1205 Evaluation Kits
MAX1200/MAX1201/MAX1205 evaluation kits kits) assembled tested boards that include basic components necessary drive either 16-bit MAX1200 14-bit MAX1201/MAX1205 analog-to-digital converters (ADCs). Connectors power supplies, analog inputs, digital outputs simplify connections device. board layouts optimized best dynamic performance. Each fully assembled tested, includes MAX1200, MAX1201, MAX1205 requested) that soldered ready test. Accepts Sine Square Clock Input Proven Board Layout Convenient Test Points Provided On-Board Fully Assembled Tested Surface-Mount Board
Features
Accepts Single-Ended Differential Inputs
Evaluate: MAX1200/MAX1201/MAX1205
Ordering Information
PART MAX1200EVKIT-MQFP MAX1201EVKIT-MQFP MAX1205EVKIT-MQFP TEMP. RANGE +70°C +70°C +70°C PACKAGE MQFP MQFP MQFP
Component List
DESIGNATION C10, C12, C14-C17, C20, C21, C22, C25, C26, C30, C31, C35, C36, C37, C40, C41, C42, C44, C45, C48, C49, C50, C57, C13, C19, C38, FB1-FB5 FB6, R30, R35, DESCRIPTION 22µF, tantalum capacitors TAJD226K016 DESIGNATION R17, R19, R14, R15, R23-R26 R28, R29, R31- R34, R36, 0.1µF, ceramic capacitors CLK_SINE, CLK_SQ, IN+AP, IN-AP, IN_XFR, REF+, REFJU1, J10, JU3, None +5V_A, +5V_D, +5V_DR, +7V, -3V, AGND, DGND DESCRIPTION 10k, resistors resistors 1.21k, resistor 976, resistors 200, resistor 54.9, resistor
10µF, tantalum capacitors TAJB106K006 0.47µF, ceramic capacitors 100pF, ceramic capacitors 390pF, ceramic capacitor Ferrite beads Panasonic ECE-CL3216U Panasonic AEM-MLB-805 G601 potentiometer resistors 100, resistor resistors resistors
connectors
3-pin headers 2-pin headers header Shunts
Test points
Momentary pushbutton switch 74HC541 three-state buffers
Component List continued next page.
Maxim Integrated Products
free samples latest literature: http://www.maxim-ic.com, phone 1-800-998-8800. small orders, phone 1-800-835-8769.
MAX1200/MAX1201/MAX1205 Evaluation Kits Evaluate: MAX1200/MAX1201/MAX1205
Component List (continued)
DESIGNATION U10, None DESCRIPTION Maxim MAX961EUA comparator Maxim MAX410CSA amps Maxim MAX4108ESA amps Maxim MAX1200CMH, MAX1201CMH, MAX1205CMH board Balun transformer Coiltronics CTX03-13675-X330FL97 (not supplied)
Turn kit's power supplies. Press momentary switch trigger self-calibration. Turn input signal source. Collect data using logic analyzer.
Hardware Description
MAX120x accepts differential input signal between IN+AP IN-AP, accept singleended (i.e., ground-referenced) input signal board also accommodate Balun transformer however, transformer-coupling input degrade signal performance. U12, MAX1200, 16-bit, 1Msps with parallel two's complement data outputs. MAX1201/ MAX1205 14-bit versions MAX1200. Data output signals buffered provided header evaluation.
_Quick Start
Recommended Equipment
will need following equipment before begin: triple-output power supply (-3V, +5V, +7V) signal source, such HP8662A signal generator stable precision voltage references low-phase-noise clock source, such HP8662A pulse generator, filtered 10MHz lowpass filter (Mini Circuits SLP-10.7). logic analyzer, such HP16500B, collect data shipped fully assembled tested. Follow these steps verify board operation. turn power supply until connections completed. Connect power supplies -3V, +7V, +5V, AGND, DGND pads. best results, separate analog digital leads, connecting AGND DGND close power supply's common terminal. Connect signal source IN+AP/IN-AP inputs. using differential inputs, common-mode voltage should halfway between REF+ REF-. Connect voltage references REF+ REF- inputs. Connect sine-wave clock source CLK_SINE input. using square wave instead sine wave, connect CLK_SQ input instead. Turn logic analyzer connect header Configure receive data rising edge strobe signal.
Reference Input
MAX410 amps designated board buffer REF+ REF- inputs. MAX410 designated board buffers resistor-dividers R2/R1/R3, providing commonmode voltage level halfway between REF+ REF-. Trim adjusts common-mode voltage. amps have maximum total supply-voltage rating 10V. supply rails have been keep signals well within common-mode range these amps.
MAX1200/MAX1201/MAX1205 Evaluation Kits
Table Jumper Functions
JUMPER STATE 2-3* 2-3* Open* Closed Open* Closed Open Closed Open Closed Open Closed Open Closed Open Closed* FUNCTION Apply single-ended input "IN" connector. Apply differential input between "IN+AP" "IN-AP" connectors. Apply single-ended input "IN" connector. Apply differential input between "IN+AP" "IN-AP" connectors. Normal operation with balun transformer. Install balun transformer apply input signal "IN_XFR" connector. supported shipped from factory. Normal operation with balun transformer. Install balun transformer apply input signal "IN_XFR" connector. supported shipped from factory. 14-bit MAX1201/MAX1205 16-bit MAX1200 14-bit MAX1201/MAX1205 16-bit MAX1200 Enable remote REF+ force/sense. Disable REF+ force/sense. Enable remote REF- force/sense. Disable REF- force/sense. Apply square-wave clock "CLK_SQ" connector. Apply sinusoidal clock "CLK_SINE" connector.
Evaluate: MAX1200/MAX1201/MAX1205
Indicates default jumper state.
Table Connectors
LABEL REF+ REFIN+AP IN-AP IN_XFR CLK_SINE CLK_SQ +5V_A AGND DGND +5V_DR +5V_D TYPE Header Solder Solder Solder Solder Solder Solder Solder DIRECTION Input Input Input Input Input Input Input Input Output Power Input Power Input Power Input Power Input Power Input Power Input Power Input DESCRIPTION Reference voltage input, positive connection Reference voltage input, negative connection Differential signal input, positive connection Differential signal input, negative connection Single-ended signal input Signal input optional balun transformer supported shipped from factory. Clock input, sine wave Clock input, square wave Two's complement data outputs: MAX1200: D0-D15, MSB; MAX1201/MAX1205: D0-D13, MSB. Negative power-supply rail amps Positive power-supply rail amps Positive power supply analog circuitry Analog ground return Digital ground return Positive power supply digital outputs DOR, D0-D15. +5V_DR voltage must exceed +5V_D. Positive power supply digital circuitry
MAX1200/MAX1201/MAX1205 Evaluation Kits Evaluate: MAX1200/MAX1201/MAX1205
from
MAX4108
IN+AP
INPF
54.9
IN_XFR
1.21k
390pF INNF
IN-AP NOTE: CAPACITOR VALUES 0.1µF, UNLESS OTHERWISE NOTED. 5V_A
FROM
MAX4108
CLK_SINE 5V_A
MAX961
CLK_SQ
Figure MAX1200/MAX1201/MAX1205 Kits Schematic
MAX1200/MAX1201/MAX1205 Evaluation Kits Evaluate: MAX1200/MAX1201/MAX1205
RFPS 0.47µF
REF+
MAX410
RFPF
MAX410
10µF
10µF
RFNS
0.47µF
REFR23
MAX410
RFNF
22µF +5V_DR 22µF DGND AGND 22µF DGND +5V_A 22µF 5V_A DGND NOTE: CAPACITOR VALUES 0.1µF, 25V, UNLESS OTHERWISE NOTED. +5V_D 22µF DGND 5V_D DGND 5V_DR
Figure MAX1200/MAX1201/MAX1205 Kits Schematic (continued)
MAX1200/MAX1201/MAX1205 Evaluation Kits Evaluate: MAX1200/MAX1201/MAX1205
5V_D 5V_D D2/D0
DGND 5V_D
RFPF RFPS RFNF RFNS INPF INNF ENDCAL 5V_D
TEST0 RFPF RFPS RFNF RFNS N.C. N.C. END_CAL
DVDD TEST1 DGND DGND DVDD (TEST2) (D0) (TEST3) (D1) (D2) (D3) (D4)
D3/D1 D4/D2 D5/D3 D6/D4 D7/D5 DGND 5V_DR D8/D6 D9/D7 D10/D8 D11/D9
MAX1200 (MAX1201) (MAX1205)
(D5) DGND DRVDD (D6) (D7) (D8) (D9)
STARTCAL
AGND ST_CAL AVDD (D12) (D10) (D11) (D13) AVDD AGND AGND D12/D10 D13/D11 D14/D12 D15/D13
DGND 5V_A 100pF 100pF 5V_A
NOTE: CAPACITOR VALUES 0.1µF, 25V, UNLESS OTHERWISE NOTED.
Figure MAX1200/MAX1201/MAX1205 Kits Schematic (continued)
MAX1200/MAX1201/MAX1205 Evaluation Kits Evaluate: MAX1200/MAX1201/MAX1205
+5V_D
STARTCAL ENDCAL
STARTCAL TEST POINT ENDCAL TEST POINT
74HC541
DGND +5V_D DGND +5V_D D2/D0 D3/D1 D4/D2 D5/D3 D6/D4 D7/D5 D8/D6 HEADER
D2/D0 D3/D1 D4/D2 D5/D3 D6/D4 D7/D5 D8/D6
74HC541
D9/D7 D10/D8 D11/D9 D12/D10 D13/D11 D14/D12 D15/D13
D9/D7 D10/D8 D11/D9 D12/D10 D13/D11 D14/D12 D15/D13 NOTE: CAPACITOR VALUES 0.1µF, UNLESS OTHERWISE NOTED.
74HC541
DGND
Figure MAX1200/MAX1201/MAX1205 Kits Schematic (continued)
MAX1200/MAX1201/MAX1205 Evaluation Kits Evaluate: MAX1200/MAX1201/MAX1205
1.0"
Figure MAX1200/MAX1201/MAX1205 Kits Component Placement Guide-Component Side
1.0"
Figure MAX1200/MAX1201/MAX1205 Kits Component Placement Guide-Solder Side
MAX1200/MAX1201/MAX1205 Evaluation Kits Evaluate: MAX1200/MAX1201/MAX1205
1.0"
Figure MAX1200/MAX1201/MAX1205 Kits Board Layout-Component Side
1.0"
Figure MAX1200/MAX1201/MAX1205 Kits Board Layout-Ground Plane
MAX1200/MAX1201/MAX1205 Evaluation Kits Evaluate: MAX1200/MAX1201/MAX1205
1.0"
Figure MAX1200/MAX1201/MAX1205 Kits Board Layout-Power Layer
1.0"
Figure MAX1200/MAX1201/MAX1205 Kits Board Layout-Solder Side
MAX1200/MAX1201/MAX1205 Evaluation Kits Evaluate: MAX1200/MAX1201/MAX1205
NOTES
MAX1200/MAX1201/MAX1205 Evaluation Kits Evaluate: MAX1200/MAX1201/MAX1205
NOTES
Maxim cannot assume responsibility circuitry other than circuitry entirely embodied Maxim product. circuit patent licenses implied. Maxim reserves right change circuitry specifications without notice time.
_Maxim Integrated Products, Gabriel Drive, Sunnyvale, 94086 408-737-7600 1998 Maxim Integrated Products Printed registered trademark Maxim Integrated Products.

MAX1200/MAX1201/MAX1205 Evaluation Kits MAX1200/MAX1201/MAX1205 e

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