Velleman Personal Scope HPS10 User manual

PersonalScope
PersonalScopePersonalScope
PersonalScope
HPS10
Technical Doc
18/11/2002
©

2©Velleman
HPS10 Technical Doc
IN THE PACKAGE:
HPS10 unit
User Manual
PROBE60S
OPTIONAL :
CASEHPS, hard case
BAGHPS, special bag for HPS10 / HPS40
GIB, general instruments bag (soft)
PS905, 9Vdc/500mA adaptor

©Velleman 3
HPS10 Technical Doc
A division of Velleman Components
SAMPLE FOR APPROVAL
Prepared by: Approved by: Customer acceptance by:
Please return signed copy
DATE : DATE : DATE :
Includes:
HPS10 unit
Manual and documents
Safety measuring probe (PROBE60S)
Model type :
Description :
Sample number:
Customer :
Remarks / modifications to previous sample:
HPS10
Hand Held Personal Scope

4©Velleman
HPS10 Technical Doc
Declaration of Conformity
We, Manufacturer
Velleman Components
Legen Heirweg 33
9890 Gavere
Belgium
declare that the product
HPS10 Personal Scope
if used according the instructions included with the unit meet the directives
in accordance with 89/336/EEC-EMC Directive
and
For the manufacturer
Date: 03/05/2002
Signature: _____________________________
Name: Stephan Santens
R&D manager
EN 55022 Limits and methods of measurement of radio interference characteristics of informa-
tion technology equipment (CISPR22 limits)
EN 50082-1 Electromagnetic Compatibility - Generic immunity standard
IEC 1010-1 Safety requirements for equipment for measurement, control and laboratory use (*)
(*) if equipment used with safety measurement probe
FCCPart15 PartBUnintentionalradiators

©Velleman 5
HPS10 Technical Doc
VELLEMAN Instruments
HPS10 1 CH Personal Scope
EN55022 Field strenght
Start frequency: 30MHZ
End frequency: 1GHz
30dB Probe correction attenuation

6©Velleman
HPS10 Technical Doc
VELLEMAN Instruments
HPS10 1 CH Personal Scope
EN55022 Field strenght
Start frequency: 30MHZ
End frequency: 1GHz
30dB Probe correction attenuation

©Velleman 7
HPS10 Technical Doc
HPS10 BOM
Value/part nr Description + remark Part
PHPS5'2 PCB for personal scope PCB
100µ / 25V radial elco (max 12mm high !)C1, C2, C3, C4, C5, C20, C22, C23, C24, C25, C26,
100n capacitor C6, C7, C8, C9, C10, C11, C12, C13, C14, C15, C16,
C17, C18, C19
4µ7 tantalum capacitor C21
470n capacitor C31, C32, C33, C34
47n / 200V capacitor 200Vmin ! C35
330p capacitor C36
10n capacitor C37
1n5 / 200V capacitor 200Vmin ! C38
18p capacitor C39
22p capacitor C41, C42
27p capacitor NEW C40, C43
47p capacitor C30
20p trim capacitor min 100V CV1
50p trim capacitor min 100V CV2
BAV99 double diode type D3, D4, D5, D12
BAT54S double schottky diode D1, D2
BAS85 Schottky barrier diode D10, D11
PRLL4001 rectifier diode type D6, D7, D13
BAS45AL Low-leakage diode type D8
BAV70 High speed double diode type D9
2A Pico fuse F1
LM2940S5.0(3) 1A low drop regulator IC1
MC14052B analog multiplexer IC2
MC74HC4052 analog multiplexer MOTOROLA ! IC3 MUST BE MOTOROLA !
OPA604AU Jfet op amp IC4
TLC5510INS 8-bit AD converter IC5
LM311N(8) Voltage comparator IC6
VKHPS10 8-Bit CMOS microcontroller IC7 Programmed microcontroller
LM358M(8) Low power dual op amp IC8
220µH choke L1, L2, L3, L4
15 resistor R1
47K resistor R5, R6, R9, R10, R12, R13, R60
270K resistor R14
10K resistor R8, R15, R16, R17, R18, R19, R20, R21, R22,
330 resistor R2, R3
1K resistor R26, R27, R28, R29, R30, R31, R32, R59
22K resistor R11, R33, R34
4K7 resistor 1% R35, R36, R37, R38
100 resistor 1% R4, R39, R40
39K resistor 1% R41
910K resistor 1% R42
510 resistor 1% R43
2K4 resistor 1% R44, R45
33K resistor R46, R47, R48, R49

8©Velleman
HPS10 Technical Doc
100K resistor R50
47 resistor 1% R51, R52
180 resistor 1% R53
27 resistor 1% R54
560 resistor 1% R55
750 resistor 1% R56
4,7 resistor R57
1M resistor R58
100 resistor trimmer 5mm RV2
500 resistor trimmer 5mm RV3
47K resistor trimmer 5mm RV1, RV4
1FORM A / 5V Reed Relay 1formA RY1, RY2, RY3
DJ-005 connector dc jack SK1
BATCON battery connector SK2
BDP32 PNP medium power transistor T1
PMBT2222A NPN switching transistor T3, T4, T5, T6, T7, T8, T9
PMBTA14 NPN darlington transistor T10
PMBT2907A PNP switching transistor T11, T12, T13
BDP31 NPN medium power transistor T2
X10 quartz cristal 10MHz X1
10V / 250mW zener diode ZD1
5V6 / 250mW double zener diode ZD2, ZD3, ZD4, ZD5, ZD6, ZD7
PLCC44 PLCC socket for processor IC7
96120205 Header connector female 20P For LCD connection
HDR1X20 Header connector male 20P For LCD connection
PG12864 Graphic LCD LCD1
3mm green led 3mm green LD1
NOT MOUNTED: ZD8, R7
Assembly:
BHPS10 Enclosure (V-0 ABS) for HPS10, dark green Enclosure HPS10
BNCCHAS SK3 mounted on enclosure bnc connector
Battery clip + For mounting in battery compartiment
Battery clip - For mounting in battery compartiment
Battery clip - + For mounting in battery compartiment
Battery clip + - For mounting in battery compartiment
KBHPS10 Keyboard GREEN (pantone 5793C & 5815C) SW1,,, SW17
BUS25FF8 For LCD fixation 8mm M2,5 spacer
SHPS10 Safety, battery, ID, info,,, on back of enclosure Info sticker on backside
M-6 Plug for I/O hole in enclosure
Misc:
CSHPS10 Clamshell for HPS10
ICSHPS10 Colour inlay for clamshell
PROBE60SB PROBE60S only with probe spring hook, NO package
HHPS10 User manual

©Velleman 9
HPS10 Technical Doc
Title
Number RevisionSize
A4
Date: 19-Nov-2002 Sheet of
File: C:\Files\My Documents\In_ontwerp\HPS10\hps10.ddbDrawn By:
SK1
DCJACK
1
2
SK2
BATTERY
+
-
F1
1AFast
GND
R1
15 LD1
LED3RL
R2
330
GND GNDGND
GND
R5
47K
+
C1
100µ C6
100n C7 100n
GND
+C20
100µ
R3
330
GND
AGNDDGND
L1
220µ +C23
100µ
+V1
+V6
AGND
+V3
R15
10K
+V1
R26
1K R27
1K
GND
PWM
L2
220µ
L3
220µ
+
C24
100µ
AGND
+V2
+
C2
100µ
D1
BAT54
GND
+
C3
100µ
+
C4
100µ
GND
D2
BAT54
+
C5
100µ
GND
R32
1K
GND
+
C25
100µ
L4
220µ
+
C26 100µ
AGND
-V2
-V1
+
C27
100µ
T1
BDP32
T2
BDP31
AGNDGND
ZD1
BZD27-C10V
D6
PRLL4001
D7
PRLL4001 T3
PMBT2222A
T11
PMBT2907A
T4
PMBT2222A
T5
PMBT2222A
R33
22K
GND
R34
22K
T6
PMBT2222A
DGND
R17
10K
+V1
LOW BAT
JP1
0
JP2
0
IN
1OUT 3
GND
2
GND
4
IC1
LM2940S5.0(3)
PWR
R60
47K
D12
BAV99 T13 PMBT2907A
3.0
4
HPS10
PersonalScope:Power SupplySection
Eddy De Cocker
2
R35
4K7
D11
BAS85
T12PMBT2907A
R16
10K DGND

10 ©Velleman
HPS10 Technical Doc
Title
Number RevisionSize
A4
Date: 19-Nov-2002 Sheet of
File: C:\Files\MyDocuments\In_ontwerp\HPS10\hps10.ddbDrawnBy:
X0
12 X1
14 X2
15 X3
11
Y0
1Y1
5Y2
2Y3
4
INH
6
A10
B9
VEE
7
X13
Y3
VCC 16
GND
8
IC2 MC14052B
SK3
BNC
AGND
DGND
C35
47n
R39
100
R41
39K
R42
910K
R43
510
R6
47K
R40
100
R44
2K4
AGND
C36
330p
C37
10n
AGND
X0
12 X1
14 X2
15 X3
11
Y0
1Y1
5Y2
2Y3
4
INH
6
A10
B9
X13
Y3
VDD 16
VSS
8
VEE
7
IC3 MC74HC4052
AGND
AGND
DGND
+
C28
100µ
AGND
AGND
+
C29
100µ
AGND
R28
1K
+V6
R29
1K
-V2
C8
100n C9 100n
R46
33K
R47
33K
ATT5
ATT4
R50
100K
C38
1n5
DGND
DGND
R18
10K
R19
10K
ATT1
+V1
C39 18p
AGND
RV1
47K
OFFSET
C10
100n
AGND
+V2
R36
4K7 C40
27p
RV2
100
GAIN
-V2
C11
100n
AGND
R51
47
R53
180
R54
27
R45
2K4
R55
560
R52
47
R56
750
DGND
+V4
+V4
C12
100n C13 100n
DGND DGND
R48
33K
R49
33K
ATT3
ATT2
R37
4K7
+V6
R30
1K
C43
27p
AGND
ADIN
YPOS
+V1
R20
10K
AC/DC
R38
4K7
+V1
D3
BAV99
T7
PMBT2222A
T8
PMBT2222A
T9
PMBT2222A
D8
BAS45AL
D4
BAV99
D5
BAV99
D9 BAV70
ZD2
PLVA2656A
DGND DGND
AGND
RY1
VR05R051A
RY2
VR05R051A
26 13
814
17
RY3
VR05R051A
CV1
22p
TRANS2V/DIV
CV2
50p
TRANS1V/DIV
C30
47p
J1
CON
PersonalScope: Analogsection
HPS10
4Eddy DeCocker
3.0
3
3
2
74
6
5 1
IC4
OPA604UA

©Velleman 11
HPS10 Technical Doc
Title
Number RevisionSize
A4
Date: 19-Nov-2002 Sheet of
File: C:\Files\My Documents\In_ontwerp\HPS10\hps10.ddbDrawn By:
D0 3
D1 4
D2 5
D3 6
D4 7
D5 8
D6 9
D7 10 REFB
23
REFBS
22
REFTS
16
REFT
17
CLKIN 12
OE 1
VDDD 11
AGND
20
DGND
2
AGND
21
DGND
24
VDDA 14 VDDA 15 VDDA 18 VDDD 13
ANIN
19
IC5
TLC5510INS
C14
100n
+
C21
4µ7
R57
4.7
+V6
AGND AGND
+V1
C15
100n
DGND
R4
100
RV3
500
CALIBRATION
C16
100n
C17
100n
AGND
AGND
AGND DGND
IN+
2
IN-
3OUT 7
V-
4
V+ 8
BAL
5
BAL/STRB 6
GND
1
IC6
LM311N(8)
DGND
+V1
ADIN
R21
10K
R58
1M
R22
10K
R23
10K
DGND
X1
10Mc C4122p
C42
22p
DGND DGND
SW1
DGND
AC/DC
ATT1
ATT2
ATT3
ATT4
ATT5
R8
47K
C18
100n
DGND
+
C22
4µ7
DGND
DGND
+V1
+V3
R24
10K
DGND
t-V/div Trigger Setup
X/Y-pos
Marker 1-2UpRightMeter
Contrast Down Left Memory
P r obe x1/ x1 0ac/dc/gnd
AutoOn/Off
R25
10K
+V1
DGND
DGND
DGND DGND
ADOE
ADCLK
ADCLK
ADOE
LOW BAT
R9
47K
R10
47K
C31
470n
AGND
C32
470n
R11
22K
RV4
47K
CENTER
V-
4V+ 8
IN1-
2IN1+
3
IN2+
5
IN2-
6
OUT1 1
OUT2 7
IC8
LM358M(8)
+V2
-V2
YPOS
AGND
DGND
R12
47K
R13
47K
C33
470n
C34
470n
R14
270K
DGND
DB0
7
DB1
8
DB2
9
DB3
10
DB4
11
DB5
12
DB6
13
DB7
14
E
6
R/W
5
D/I
4CS1
15 CS2
16
VSS
1VDD 2
RST
17
VEE
18 CONTRAST 3
A19
K20
LCD1 PG12864
DGND
+V1
R31
1K
PWM
DB0
DB1
DB2
DB3
DB4
DB5
DB6
DB7
DATABUS[ DB0...DB7]
DB0
DB1
DB2
DB3
DB4
DB5
DB6
DB7
-V1
ZD3
PLVA2656A ZD4 PLVA2656A
ZD5
PLVA2656A
ZD6
PLVA2656A
ZD8
BZD27-C6V8
ZD7
PLVA2656A
D10
BAS85
C19
100n
DGND
1
SK4
PROBETEST
T10
PMBTA14
R59
1K
+V1
PWR
J2
Auto center
3.0
4
HPS10
PersonalScope: Digital Section
Eddy De Cocker
4
RA0/AN0
3
RA1/AN1
4
RA2/AN2/VREF-
5
RA3/AN3/VREF+
6
RA4/T0CKI
7
RA5/SS/LVDIN
8
RB0/INT0
36
RB4
41
RB2/INT2
38
RB3/CCP2
39
RB1/INT1
37
RB5
42
RB6
43
RB7
44
RC0/T1OSO/T1CKI 16
RC1/T1OSI/CCP2 18
RC2/CCP1 19
RC3/SCK/SCL 20
RC4/SDI/SDA 25
RC5/SDO 26
RC6/TX/CK 27
RC7/RX/DT 29
RD0/PSP0 21
RD1/PSP1 22
RD2/PSP2 23
RD3/PSP3 24
RD4/PSP4 30
RD5/PSP5 31
RD6/PSP6 32
RD7/PSP7 33
RE0/RD/AN5 9
RE1/WR/AN6 10
RE2/CS/AN7 11
VS S
13
VS S
34
MCLR/VPP
2OSC1/CLKIN
14 OSC2/CLKOUT/RA6 15
NC
1
NC
17
NC
28
NC
40
VDD 12 VDD 35
IC7
P I C1 8 L C4 5 2/ L( 4 4 )

12 ©Velleman
HPS10 Technical Doc

©Velleman 13
HPS10 Technical Doc
Test and calibration
Enter the hidden service menu to check the calibration
Enter Setup by long pressing Setup
key
Select “Version” with arrow keys
and short press setup key to mark
it, then leave setup by long press-
ing setup key.
You should see the Version screen,
Now press ALL the keys one after the other starting with the power key
and ending with the RIGHT arrow key
IMPORTANT:
PERFORM THE ADJUSTMENT IN THE ORDER AS DESCRIBED,
ELSE THE COMPLETE ADJUSTMENT MUST BE REPEATED !

14 ©Velleman
HPS10 Technical Doc
STEP 1, Offset adjustment.
Adjust RV1 until pass is
indicated.
The trace on the screen must
then remain stable.
See trimmer location
TRIMMER LOCATION:
TIP: Pressing Right or Left arrow key, scrolls through
the calibration screens

©Velleman 15
HPS10 Technical Doc
Press RIGHT ARROW KEY,
STEP 2, Low level transient
Connect the (x1) probe to the
scope probe test output,
If necessary adjust CV1 until
pass is displayed
See trimmer location
Press RIGHT ARROW KEY,
STEP 3, High level transient
Connect the (x1) probe to the
scope probe test output,
If necessary adjust CV2 until
pass is displayed
See trimmer location
scope probe test output,

16 ©Velleman
HPS10 Technical Doc
Press RIGHT ARROW KEY,
STEP 4, AD/DC Test
Signal should jump up and
down.
No adjustment, if fail, check cir-
cuit round relay RY1, T7..
Press RIGHT ARROW KEY,
STEP 6, 0.1V/div Gain
calibration
Connect the (x1) probe with a
0.17Vdc (170mV) supply
If necessary adjust RV2 until
pass is displayed
Press RIGHT ARROW KEY,
STEP 5, 50mV/div calibration
Connect the (x1) probe with a
0.17Vdc (170mV) supply
If necessary adjust RV3 until
pass is displayed

©Velleman 17
HPS10 Technical Doc
Press RIGHT ARROW KEY,
STEP 7, 0.2V/div test
Connect the (x1) probe with a
0.17Vdc (170mV) supply
No adjustment, if fail, check cir-
cuit round IC2, IC3, IC4
Press RIGHT ARROW KEY,
STEP 8, 0.4V/div test
Connect the (x1) probe with a
3.4Vdc supply
No adjustment, if fail, check cir-
cuit round IC2, IC3, IC4
Press RIGHT ARROW KEY,
STEP 9, 1V/div test
Connect the (x1) probe with a
0.17Vdc (170mV) supply
No adjustment, if fail, check cir-
cuit round IC2, IC3, IC4

18 ©Velleman
HPS10 Technical Doc
Press RIGHT ARROW KEY,
STEP 10, 2V/div test
Connect the (x1) probe with a
3.4Vdc supply
No adjustment, if fail, check
circuit round IC2, IC3, IC4
Press RIGHT ARROW KEY,
STEP 11, Trace center
Adjustment
Disconnect the test probe.
Adjust RV4 until pass is indi-
cated.
Press RIGHT ARROW KEY,
STEP 12, Calibration END
If all steps where correct “Pass”
should be indicated.
Due to possible manipulation
Fail,couldbeindicatedevenifall
tests where OK.
PRESS POWER OFF TO END THE
CALIBRATION

©Velleman 19
HPS10 Technical Doc
SPECIFICATIONS
Maximum sample rate 10MS/s for repetitive signals (2MS/s for single shot events)
Maximum input amplifier bandwidth 2MHz ( -3dB at 50mV, 1V & 20V /div x1 setting)
Input impedance 1Mohm // 20pF (standard oscilloscope probe)
Maximum input voltage 100Vpeak (AC + DC), 200Vpeak-peak (AC only)
Input coupling DC, AC and GND (GND for auto zero reference)
Vertical resolution 8bit+1bit linearity
Trigger modes Run, Normal, Once, Roll mode for 1s/div and slower timebase
LCD Graphics 64 x 128 pixels
Signal storage 256 samples with 2 memories, max. 125 samples visible (256 using X shift)
dBm measurement (0dBm= 0.775V in 600ohm) From -73dB tot +40dB (up to 60dB with X10 probe) + 0.5dB accuracy
dBV measurements (0dBV= 1V) From -75dB tot +38dB (up to 58dB with X10 probe) + 0.5dB accuracy
True-rms measurement From 0.1mV to 80V (up to 400Vrms with X10 probe) 2.5% accuracy
Peak to peak AC range (sinewave reference) 0.1mV to 160V (1mV to 1000V with x10 probe) 2% accuracy
Timebase range in 32 steps 0.2µs to 1hour / division
Input sensitivity range in 12 steps 5mV to 20V/division at X1- 50mV to 200V/div at X10
Probe calibration output Approx. 2KHz / 5Vpp
Supply voltage 9VDC/ min 300mA adapter (unregulated) 12VDC if regulated
Batteries (option) Alkaline type AA or Ni Cd / NiMH rechargeable (5 pcs required)
Charge current for rechargeable batteries 90mA
Battery life Up to 20h with Alkaline batteries (OFF or standby current < 500µA)
Operating temperature 0 to 50°C (32 to 122°F)
Fysical characteristics Dim: 105x220x35mm (4.13x7.95x1.38”) Weight 395g (14oz.) ex. Batteries

A division of Velleman® Components
Legen Heirweg 33
9890 Gavere
BELGIUM Europe
www.vellemaninstruments.com
HPS10TD1.0