Sony SPP-S9000 - Cordless Telephone User manual

1
MICROFILM
SPP-S9000/S9001
US Model
SPP-S9000/S9001
Canadian Model
SPP-S9001
SPECIFICATIONS
SERVICE MANUAL
CORDLESS TELEPHONE
Photo: SPP-S9001

2
TABLE OF CONTENTS
1. GENERAL .......................................................................... 3
2. DISASSEMBLY
2-1. Battery Case LID (Handset).................................................. 6
2-2. Cabinet (Rear) (Handset) ...................................................... 6
2-3. Hand Main Board (Handset) ................................................. 6
2-4. Cabinet and Boards (Base Unit) ........................................... 6
3. 900 MHz SYSTEM OPERATION
3-1. Access Method...................................................................... 7
3-2. Protocol ................................................................................. 7
4.TEST MODE
4-1. Base Unit Test Mode A ....................................................... 10
4-2. Base Unit Test Mode B ....................................................... 11
4-3. Handset Test Mode.............................................................. 12
4-4. RF Testing ........................................................................... 13
5. ELECTRICAL ADJUSTMENTS
5-1. Base Unit Section................................................................ 16
5-2. Handset Section .................................................................. 17
6. DIAGRAMS
6-1. IC Block Diagram ............................................................... 19
6-2. Printed Wiring Board – Base Unit Section – ...................... 20
6-3. Schematic Diagram – Base Unit (1/2) Section – ................ 22
6-4. Schematic Diagram – Base Unit (2/2) Section – ................ 23
6-5. Printed Wiring Board – Handset Section – ......................... 24
6-6. Schematic Diagram – Handset Section –............................ 25
6-7. IC Pin Functions ................................................................. 26
7. EXPLODEDVIEWS
7-1. Handset Section .................................................................. 29
7-2. Base Unit Section................................................................ 30
8. ELECTRICAL PARTS LIST ........................................ 31
Notes on chip component replacement
• Never reuse a disconnected chip component.
• Notice that the minus side of a tantalum capacitor may be
damaged by heat.
SAFETY-RELATED COMPONENT WARNING !!
COMPONENTS IDENTIFIED BY MARK !OR DOTTED LINE
WITH MARK !ON THE SCHEMATIC DIAGRAMS AND IN
THE PARTS LIST ARE CRITICAL TO SAFE OPERATION.
REPLACE THESE COMPONENTS WITH SONY PARTS
WHOSE PART NUMBERS APPEAR AS SHOWN IN THIS
MANUAL OR IN SUPPLEMENTS PUBLISHED BY SONY.
ATTENTION AU COMPOSANT AYANT RAPPORT
À LA SÉCURITÉ!!
LES COMPOSANTS IDENTIFIÉS PAR UNE MARQUE !
SUR LES DIAGRAMMES SCHÉMATIQUES ET LA LISTE
DES PIÈCES SONT CRITIQUES POUR LA SÉCURITÉ DE
FONCTIONNEMENT.NE REMPLACERCESCOMPOSANTS
QUE PAR DES PIÈCES SONY DONT LES NUMÉROS
SONT DONNÉS DANS CE MANUEL OU DANS LES
SUPPLÉMENTS PUBLIÉS PAR SONY.

3
SECTION 1
GENERAL This section is extracted from
instruction manual.

4

5

6
SECTION 2
DISASSEMBLY
Note: Follow the disassembly procedure in the numerical order given.
Battery case lid
Nickel cadmium battery
Two screws (BTP 2.6x8)
1
23
1
1
2
Cabinet (rear)
Two screws (BTP 2.6x8) Screw (BTP 2.6x8)
Screw (BTP 2.6x12)
Hand main board
Helical antenna
Connector (CN601)
1
2
3
4
5
2-2. CABINET (REAR)(HANDSET)
2-3. HAND MAIN BOARD (HANDSET)
2-1. BATTERY CASE LID (HANDSET)
2-4. CABINET AND BOARDS (BASE UNIT)
1 Two screws
(P3x10)
7 Four screws
(P3x10)
8 Base (Main)
board
0 LED board
!¡ Button (H.L.)
!™ Lens
(Basic)
5 Cabinet (Upper)
3 Cabinet (Lower) assy
2 Two screws
(P3x10)
9 Two screws
(BTP2.6x8)
6 Antenna terminal
4 Three connectors

7
3-1. ACCESS METHOD
1. Transfer format & rate
The transfer format & rate of our system is as follows;
Table 3-1.Transfer method
Access method FDMA-TDD
Channel number 14 channel
Channel spacing 1.2 MHz
Modulation method DBPSK
Baseband transfer rate 960 Kbps
Spread method Direct Sequence Spread Spectrum
Chip rate 12 chips/bit
Data transfer rate 80 Kbps
2. Channel Number & Frequencies
RF channels occupy the frequency band 902 – 928 MHz are num-
bered 1 to 14.
RF channel numbers & center frequencies are specified as fol-
lows.
Table 3-2. Channel number & Channel frequency
Channel Channel Center Frequency (MHz)
Number UNIT CH PLAN TEST MODE CH PLAN
1 907.2 904.2
2 908.4 904.8
3 909.6 906.0
4 910.8 907.2
5 912.0 908.4
6 913.2 909.6
7 914.4 910.8
8 915.6 912.0
9 916.8 913.2
10 918.0 914.4
11 919.2 915.6
12 920.4 916.8
13 921.6 918.0
14 922.8 919.2
15 920.4
16 921.6
17 922.8
18 924.0
19 925.2
20 925.8
SECTION 3
900 MHz SYSTEM OPERATION
3-2. PROTOCOL
1. General
This system realizes the TX/RX superframe by TDD system. The
relation of master/slave dose not decide identification regarding
the protocol between BASE UNIT and HANDSET, but the initi-
ated side is the master and the requested side is the slave when the
RF link has been established.
2. Initial acquisition
In order to establish the RF link between BASE UNIT and HAND-
SET, both of BASE UNIT and HANDSET need to have the same
system ID. When “power” is applied to this system, the system
have to do InitialAcquisition in order to have the same system ID.
It is to exchange a parameter when the HANDSET is parked on
the BASE UNIT, as soon as the system do System Parameters Re-
initialization.
3. System parameter re-initialization
This System Parameters Re-initialization can realize that the
HANDSET is parked on the BASE UNIT. So after the BASE UNIT
recognized to be parked the HANDSET, the BASE UNIT calcu-
lates a system parameter, and then it outputs this data from the
ARTO port, and then the system establishes the RF link. In order
to establish this link, the HANDSET send theA-Frame to the BASE
UNIT after the HANDSET received the system parameter, and
then the BASE UNIT send the A-Frame to the HANDSET. The
process of System Parameters Re-initialization is as follows.
Fig. 3-1. System Parameters Re-initialization
BASE UNIT HANDSET
System ID
confirmed
System ID
confirmed
(Park Detect)(Park Detect)
(PARK)
System Parameters
A-Frame
A-Frame
*Note) The UNIT has 14 channels according to the UNIT CH
PLAN while the number of channels which can be used in
the test mode are those in the TEST MODE CH PLAN.

8
(2) BASE UNIT
The BASE UNIT is supplied the power byAC line. While the
BASE UNIT is the stand-by, the BASE UNIT is always a wake
state. While the BASE UNIT monitors the current channel,
the BASE UNIT monitors also the other channel at the same
time
Because if the current channel can not use by some interfer-
ence, the system needs the clear channel information as a part
of system parameter for a channel hop.
If the BASE UNIT can not receive theA-Frame of Heart-beat
from the HANDSET, it become “link error”, and the system
become error recovery mode.
4. Stand-by Mode Operation
(1) HANDSET
When the HANDSET is the stand-by mode (sleep mode), the
HANDSET do the intermittent operation for power save, be-
cause the HANDSET is the battery operation.
This process of stand-by mode operation is as follows.
10 sec
10 sec
Heart-Beat Heart-Beat
1 sec 1 sec
RX
RX RX RX RX RX
1 sec
2 msec
2 msec 10 msec
10 msec
RXTXRX
Heart Beat
(Exchange A-Frame for Link confirmation purpose)
RX
Heart-Beat
10 sec
Fig. 3-2. Stand-by mode operation (HANDSET)

9
Master Slave
System ID
confirmed
System ID
confirmed
A-Frame
A-Frame
V-Frame
V-Frame
V-Frame
V-Frame
5. Link Establishment
According to the following Fig. 3-1, the requested side for link
establishment is the master.
The system have to exchange theA-Frame for link establishment,
and each system ID should be the same ID, and then the system
link is established.
The protocol and timing chart of link establishment are as fol-
lows.
Fig. 3-3. Link Establishment protocol
Master TX
Master RX
Slave RX
Slave TX
Master
Time Slot
Trip Delay
TX RX TX RX TX
AV
A' V
V
V
VA
VA'
V
Fig. 3-4. Link EstablishmentTiming Chart
6. State Change/Tarmination
After the RF link between HANDSET and BASE UNIT was es-
tablished, a movement of each state (State: ON-Hook, OFF-Hook,
PAGE, InterCom, etc) is sent through supervisory bits.
7. Error Recovery
In case of the following situation, The system becomes “Error
Recovery Mode”.
(1) The system failed to move to “Heart-Beat” during “Stand-by
mode, or failed “link establishment”.
(2) The system failed to keep the link.

10
4-1. BASE UNITTEST MODE A
Manual SystemTest Mode
[Start-up]
1. Set the DIAL MODE switch to P (PULSE), and turn on the
power while pressing the HANDSET LOCATOR key.
2. Change the DIAL MODE switch from P (PULSE) to T
(TONE) bP(PULSE), and release the HANDSETLOCATOR
key to start up.
3. After starting up Test Mode A, perform dial test.
4. The TEST MODEA state will be set after the dial test.
5. In test mode idlingA, pressing the HANDSETLOCATOR key
with the P (PULSE)/T (TONE) switch set to P (PULSE) state
switches to BASE UNIT TEST MODE A-1.
4-1-1. BASE UNITTest Mode A-1
1. In test mode idling A and the P (PULSE)/ T (TONE) switch set
to the P (PULSE) state, pressing the HANDSET LOCATOR
key changes the mode as shown below.
2. Setting the P (PULSE)/ T (TONE) switch from P (PULSE) to T
(TONE) in the BASE UNIT test mode A-1 in any time also en-
ables the mode to be changed to the BASE UNIT test mode
idling A.
• This mode is intended for checking that the IC501 line is operat-
ing properly.Add the LINEIN signal and check that the signal is
output to the SPEAKER OUT.
HANDSET
LOCATIOR
button
pressing
count 1
2
3
4
CODEC Forward Loopback (L1)
(Line: Talking state)
(CODEC LINE IN nSPEAKER OUT)
ADPCM Forward Loopback (L2)
(Line: Talking state)
(CODEC LINEIN nADPCM
nCODEC SPERKER OUT)
Does not function
Returns to BASE UNIT TEST MODE • IDLINGA
Test mode
Note: If the LEDs are lit due to the idling state test, clear all the
LEDs, and return to the idling state.
[Base Set AUDIO Input/Output Level test
[CODEC Forward Loop Back (LI) Mode]]
[DialTest]
Afterstarting BASEUNITTESTModeA, closethe circuitfor about
500 msec after start, and dial PAUSE , 0 (DP), wait 2 seconds, 1
(Tone), 4 (Tone), 8 (Tone), # (Tone) in this order.
[Ring DetectTest]
1. Rings theNormalRinger synchronizedwith anexternal callcom-
ing in, and blinks the IC501 Pin !™ (NewCallLED/VMWI LED)
at the same time.
[Charge Detection and ART0 OutputTest]
1. Detectsthat the charge detection terminal IC501Pin @∞ (-PARKP)
has turned from H to L, and outputs a square waveform signal
(2.4 kbps) from the ART0 terminal.
2. Clears the EEPROM contents at the same time.
[Charge ControlTest]
1. When the IC501 Pin !• input (BATT_CHK) changes from
L, H, to L during charge detection, the IC501 Pin !¶ output
(CHRG_CTL) will output L, H, LH, L, to H only once.
[Branch DetectionTest]
When the shared phone is detected to be off the hook and the Branch
detection terminal IC501 Pin (¢ (EXT_DET) detects L, theVMWI
LED is lit. When off-hook is detected and the Branch detection
terminal IC501 Pin (¢ (EXT_DET) detects H, the VMWI LED is
turned off.
Audio analyzer Level meter
Base main mount
• Short:TP911 GND
TP102
TP912
GND
TP911
TP101
osc out
Setting:
Setting: OSC=–13.0 dBV (Open terminal)
MOD=1 kHz
DIAL MODE switch
P (PULSE) side
T (TONE) side
Idle status
Test Mode Idle A-1
Test Mode Idle A-2
SECTION 4
TEST MODE

11
4-2. BASE UNITTEST MODE B
Manual SystemTest Mode
[Start-up]
1. Set the DIAL MODE switch to T (TONE), and turn on the
power while pressing the HANDSET LOCATOR key.
2. Change the DIAL MODE switch from T (TONE) to P
(PULSE)bT (TONE), and release the HANDSET LOCATOR
key to start up.
3. The TEST MODE B state will be set.
4. In test mode idling B, pressing the HANDSET LOCATOR
key with the P(PULSE)/T (TONE) switch set to T (TONE) state
switches to BASE UNIT TEST MODE B-1.
[StutterTone Detection]
1. Monitors the stutter tone detection terminal IC501 pin (∞
(Stutte_Det) at all times and lights the VMWI LED when 5
pulses are detected like in actual operations.
HANDSET
LOCATOR
button
pressing
count
Radio mode
1ch single carrier continuous transmission mode
(high power)
10ch single carrier continuous transmission mode
(high power)
20ch single carrier continuous transmission mode
(high power)
1ch continuous transmission mode
(high power)
1ch continuous transmission mode (middle power)
1ch continuous transmission mode (low power)
10ch continuous transmission mode (high power)
10ch continuous transmission mode
(middle power)
10ch continuous transmission mode (low power)
20ch continuous transmission mode (high power)
20ch continuous transmission mode
(middle power)
20ch continuous transmission mode (low power)
1ch continuous reception mode
10ch continuous reception mode
20ch continuous reception mode
Returns to BASE UNIT TEST MODE • IDLING B
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
*1 Radio block: TDD mode (master timing)
Audio block: Line speech status
*2 Radio block: Standby status
Audio block: Line open
DIAL MODE switch
T (TONE) side
P (PULSE) side
Idle status
Test Mode Idle B-1 *1
Test Mode Idle B-2 *2
4-2-1. BASE UNITTest Mode B-1
1. In test mode idling B with the P (PULSE)/T (TONE) switch set
to the T(TONE) state, pressing the HANDSET LOCATOR key
changes the mode as shown below.
2. Setting the P (PULSE)/T (TONE) switch from T (TONE) to P
(PULSE) in BASE UNIT test mode B-1 any time also enables
the mode to be changed to BASE UNIT test mode idling B.
Note: If the LEDs are lit due to the idling state test, clear all the
LEDs, and return to the idling state.
4-2-2. Ending the Base UnitTest Mode
1. To end the base unit test mode, turn off the power of the base
unit.
ANTENNA
Pickup coil
Frequency counter
Spec: 904.2 MHz ± 27KHz
[BASE UNIT carrier frequency measurement
[Single carrier 1CH continuous transmission]]
Setting:

12
4-3. HANDSETTEST MODE
[Start-Up]
1. Press the TALK , 0 , and 1 keys simultaneously to start.
2. The normal ringer is rung at a high level for 500 msec after start-
ing, and the TALK LED and BATT LOW LED blink together.
The HANDSET TEST MODE and idling state LEDs will re-
main lit.
3. The unit sets into the test command key input standby state. The
state can be changed to a desired test mode item by pressing a
command key.
4. All LEDs(S9001)light upin theHANDSETTEST MODE idling
state.
[Battery Low DetectionTest]
1. In the HANDSET TEST MODE idling state, if Low Battery
is detected (if the battery input terminal (IC401 Pin &¶) is
grounded),the TALK(Basic) LEDgoes off.Aconfirmationbeep
which lights up the BATT LOW LED sounds.
2. If the Low Battery state is cleared (if the battery input terminal
(IC401 Pin &¶)is released its grounding), theTALK(Basic)LED
is lit. The BATT LOW LED goes off and the previous HAND-
SET TEST MODE idling state is returned.
3. The mode cannot be changed to other HANDSETTEST MODE
with Low Battery detected (Battery input terminal (IC401 Pin
&¶) is grounded.
[Setting the Handset Test Mode by Test Command Key
Inputs]
Byentering testcommands fromthekeypad inthe HANDSETTEST
MODE, the following test items can be set.
• However, to set a test with a different test group, be sure to return
to test mode first and then set the desired mode.
A) Test Resetting
Command
0-0-#
0-1-#
Mode/Operation
Ends the test mode. Clears the EEPROM data. Sounds
the ACK beep if OK. Exits the test mode and returns to
the normal operating state.
Returns to test mode idling.
Note: In the continuous reception test, the “All 1’s Data” inASIC
should be used.
Command Mode/Operation
1ch continuous reception (LNA, AGC ON)
CH increment.
1ch n2ch n3ch n4ch n........ n20ch
1-1-#
*
Command Mode/Operation
1ch continuous transmission (TX power High)
1ch continuous transmission (TX power Mid)
1ch continuous transmission (TX power Low)
Single carrier 1ch continuous transmission
(TX power High)
CH increment
1ch n2ch n3ch n4ch n........ n20ch
2-1-#
2-2-#
2-3-#
2-4-#
*
Note: In the loopback test, the sound route of the handset is set to
the normal TALK state (Set Mic-in and SPKO to be effec
tive).
[Handset AUDIO Input/Output Level Measurement
[CODEC Forward Loopback (L1); 3-1-#]]
Setting:
Command Mode/Operation
CODEC Forward Loopback (L1)
(MIC nSP) (within CODEC)
ADPCM Forward Loopback (L2)
(MIC nCODEC nADPCM nCODEC nSP)
Does not function.
3-1-#
3-2-#
3-3-#
B) Continuous Reception Test
C) Continuous Transmission Test
Note: In the continuous reception test, the “All 1’s Data” inASIC
should be used.
Audio analyzer Level mete
r
Hand main mount
TP601
TP603
TP604
TP602
Setting: OSC=–41dBV
(Open terminal)
MOD=1kHz
osc out
Pickup coil
Frequency counter
ANTENNA
D) Loopback Test
[Handset AUDIO Input/Output Level Measurement
[CODEC Forward Loopback (L1); 2-4-#]]
Setting:
Spec: 904.2 MHz ± 27KHz
Spec: -27.5 to -23.5 dBV

13
E) MMI Test
Command Mode/Operation
Clears all EEPROM data.
Clears EEPROM ID data. If cleared successfully, sounds
theACK beep.
Battery Save Mode
7-0-#
7-1-#
9-0-#
Command Mode/Operation
Key matrix test
Does not function
Does not function
LED OFF
1) Press the SPEED key and turn off the BATT LOW
LED. (Basic)
Press the One-Touch key and turn off the LCD Back-
light LED. (CID/LCD)
2) Press the SPEED key and turn off the TALK LED
(Basic)
Press the One-Touch key and turn off the DIAL LED.
(CID/LCD)
3) Press the SPEED key and turn off the DIAL LED
(Basic)
Press the One-Touch key and turn on all LEDs and
return to step 1. (CID/LCD)
4) Press the SPEED key and turn on all LEDs and re-
turn to step 1. (Basic)
5-1-#
5-2-#
5-3-#
5-4-#
Note: Key Matrix Test: 5-1-#
• If the keys are pressed continuously in the following desig nated
order correctly, a confirmation beep sounds.
If pressed incorrectly, an error beep sounds and the unit re
turns to the idling state.
TALK nOFF nFLASH nREDIAL nPGM n
PAUSE n1 n2 n3 n4 n5 n6 n
7 n8 n9 nn0 n# nSPEED
F) Others
*
4-3-1. Ending the HANDSETTest Mode
1. Entering the command “0-0-#” from the keypad in any state of
the HANDSET TEST MODE ends the HANDSET MODE and
returns the normal mode.
Jig antenna
(Utilize the antenna for handset)
Spectrum
analyzer
10 cm
[Check theTransmission Wave]
Purpose
It is necessary to check spectrum wave of transmission wave which
is an important factor in order to confirm operational performance
ofSpread Spectrum models. If this wave deviatesfrom correctwave
form, normal data transmission cannot be made and, as a result of
that, possibility that occurrence of mute increases and communica-
tion distance becomes shorter will increase.
Measuring process
• Setting Spectrum analyzer:
Center frequency : 904.2 kHz (CH1)
RBW : 30 kHz
VBW : 30 kHz
Span : 3 MHz (or 5MHz)
• Setting Test mode:
Continuous Transmit mode (CH1 High Power)
(Refer to “Test Mode” on page 10)
• Measurement:
Measure transmitting wave.
• Specifications:
Acceptable level [XdB] difference between the highest peak and
the lowest peak of odd side band (the first to seventh side band
fromCenter Frequency;Transmission Frequencyf0:CH1) isunder
10 dB. (Refer Fig. 1 and Fig. 2)
If output wave form deteriorates, side band appears like Fig. 3
and Fig. 4.
4-4. RF TESTING
This test is for checking the RF system without disassembling the
set in servicing. Perform measurement using the spectrum analyzer
and jig antenna.
4-4-1. RFTesting method
Please follow the below instruction to perform RF test.
[Setting Condition]
Connect a receiving antenna to RF INPUT of Spectrum analyzer
and set the unit 10 cm (4 inches) away from the receiving antenna.
Measuring tool: Spectrum analyzer (equivalent to HP8595E)
Jig: Receiving antenna (for Spectrum analyzer)
10 cm
Spectrum
analyzer

14
• Transmission Wave:
CENTER 904.2 MHz
RBW 30 KHz SPAN 5.000 MHz
SWP 50.0 msec
903.392 MHz
MKR –16.00 dBm
903.392 MHz
MKR
–16.00 dBm
ATTEN 10 dB
RL 0 dBm 10 dB/
VBW 30 kHz
Fig. 1
CENTER 904.2 MHz
RBW 30 KHz SPAN 5.000 MHz
SWP 50.0 msec
903.233 MHz
MKR –14.67 dBm
903.233 MHz
MKR
–14.67 dBm
ATTEN 10 dB
RL 0 dBm 10 dB/
VBW 30 kHz
Fig. 2
Fig. 3
[Check Center Frequency]
Measuring process
• Setting Spectrum analyzer:
Center frequency : 904.2 MHz (CH1)
RBW : 10 kHz
VBW : 10 kHz
Span : 1 MHz
• Setting Test mode:
Continuous Transmit mode (CH1 High Power)
(Refer to “Test Mode” on page 21)
• Measurement:
Measure transmitting wave f0(Formula of center frequency)
(Refer Fig. 5)
• Specification:
904.2 MHz ± 27 kHz
• Center Frequency:
Fig. 4
Fig. 5
[ConfirmTransmitting output]
Measuring process
• Setting Spectrum analyzer:
Center frequency : 904.2 MHz (CH1)
RBW : 1 MHz
VBW : 100 kHz
Span : 5 MHz
• Setting Test mode:
Continuous Transmit mode (CH1 High Power)
(Refer to “Test Mode” on page 21)
–9
–8
–7
–6
–5
–4
–3–2
–1 1
2
345
67
8
9
18dB
f –1
f –2
f 0
f 1
f 2PN
Tr-A
10dB/
CENTER 904.2 MHz
RBW 30 KHz SPAN 5.000 MHz
SWP 50.0 msec
903.233 MHz
MKR –14.67 dBm
903.233 MHz
MKR
–14.67 dBm
ATTEN 10 dB
RL 0 dBm 10 dB/
VBW 30 kHz

15
• Specification:
HANDSET MIN –17 dBm
(at High power: Include location loss)
BASE UNIT MIN –18 dBm
(at High power: Include location loss)
• Measurement:
Measure peak level by Spectrum analyzer.
CENTER 903.600 MHz
RES BW 1.0 MHz SPAN 5.000 MHz SWP 20.0 msec
903.587 MHzMKR –3.67 dBmAT 10 dB.0 dBmREF
PEAK
LOG
WA SB
SC FC
CORR
PLOTTER ADRS
10
dB/
VBW 100 kHz
0

16
5-1. BASE UNIT SECTION
• Make the set in Test mode (see page 10)
1. Checking RX I&Q Output Level
Setting:
SECTION 5
ELECTRICAL ADJUSTMENTS
3. CheckingTX Output
Setting:
Procedure:
1. Place the base unit in the Continuous Receive mode (CHI, LNA
ON, AGC ON).
2. Set the SSG frequency to the frequency on CHI + 300 kHz, and
the RF output level to - 95 dBm.
3. Measure the output level of RXIN, RXIP, RXQN, and RXQP
with a level meter. At this time, confirm with an oscilloscope
that a sine wave of 300 kHz is output.
4. Confirm that the measured output level is -25.0 to -19.0 dB V.
IF IC501 was replaced (there is no ID data), the output level is -
30.0 to -24.0 dB V.
5. Also, execute steps 1 through 4 for the channels 10 and 20.
* For the frequency on each channel, see page 7.
2. CheckingTX Center Frequency
Setting:
• short: TP515˜TP567 (GND)
+
level meter
oscilloscope
–
+
–
TP558: RXIP
TP557: RXIN
TP556: RXQP
TP555: RXQN
TP567: GND
SSG
ANTENNA TERMINA
L
+
frequency counter
ANTENNA TERMINA
L
–
Procedure:
1. Short TP515 (GND) and TP567 (GND) on the BASE MAIN
board in the base unit.
2. Place the base unit in the Continuous Transmit more (CH1, High
power).
3. Measure theANT OUT frequency of the RF module in the base
unit using a frequency counter.
4. Coufirm that the measured frequency is 904.200 MHz ± 27kHz.
5. Also, execute steps 1 through 4 for the channels 10 and 20.
Procedure:
1. Place the base unit in the Continuous Transmit more (CH1, High
power).
2. Measure theANT OUT output of the RF module in the base unit
using a peak power meter.
3. Confirm that the measured output is 85 mW (MIN 30 mW).
4 .Also, execute steps 1 through 3 for the channels 10 and 20.
CH10: 80 mW (MIN 25 mW)
CH20: 80 mW (MIN 25 mW)
+
peak power meter
–ANTENNA TERMINA
L

17
5-2. HANDSET SECTION
• Make the set in Test mode (see page 10)
1. Checking RX I&Q Output Level
Setting:
Procedure:
1. Place the bandset in the Continuous Receive mode (CHI, LNA
AGC ON).
2. Set the SSG frequency to the frequency on CHI + 300 kHz, and
the RF output level to - 95 dBm.
3. Measure the output level of RXIN, RXIP, RXQN, and RXQP
with a level meter. At this time, confirm with an oscilloscope
that a sine wave of 300 kHz is output.
4. Confirm that the measured output level is -25.0 to -19.0 dB V.
IF IC401 was replaced (there is no ID data), the output level is -
30.0 to -24.0 dB V.
5. Also, execute steps 1 through 4 for the channels 10 and 20.
* For the frequency on each channel, see page 7.
2. CheckingTX Center Frequency
Setting:
• short: TP820 ˜TP814 (GND)
+
level meter
oscilloscope
–
+
–
TP804: RXIP
TP803: RXIN
TP802: RXQP
TP801: RXQN
TP814: GND
SSG
ANTENNA TERMINA
L
+
frequency counter
ANTENNA TERMINA
L
–
+
peak power meter
–ANTENNA TERMINAL (TP812
)
Procedure:
1. Short TP555 (GND) and TP814 (GND) on the HAND MAIN
board in the handset.
2. Place the handset in the Continuous Transmit more (CH1, High
power).
3. Measure theANT OUT frequency of the RF module in the hand
set using a frequency counter.
4. Coufirm that the measured frequency is 904.200 MHz ± 27kHz.
5. Also, execute steps 1 through 4 for the channels 10 and 20.
3. CheckingTX Output
Setting:
Procedure:
1. Place the handset in the Continuous Transmit more (CH1, High
power).
2. Measure the ANT OUT output of the RF module in the handset
using a peak power meter.
3. Confirm that the measured output is 62 mW (MIN 25 mW).
4. Also, execute steps 1 through 3 for the channels 10 and 20.
CH10: 64 mW (MIN 25 mW)
CH20: 64 mW (MIN 25 mW)

18
ADJUSTMENT LOCATION:
[BASE MAIN BOARD] (Conductor Side)
[HAND MAIN BOARD] (Component Side)
ANTENNA TERMINAL
SSG : Checking RX I & Q Output Level
frequency counter : Checking TX Center Frequency
peak power meter : Checking TX Output
TP555 : RXQN
TP556 : RXQP
TP557 : RXIN
TP558 : RXIP
level meter Chcking RX I & Q Output Level
short : TP515
˜ TP567 (GND)
Checking TX Center Frequency
short : TP820 ˜ TP814 (GND)
Checking TX Center Frequency
ANTENNA TERMINAL
SSG : Checking RX I & Q Output Level
frequency counter : Checking TX Center Frequency
peak power meter : Checking TX Output
TP801 : RXQN
TP802 : RXQP
TP803 : RXIN
TP804 : RXIP
level meter Chcking RX I & Q Output Level

SPP-S9000/S9001
19
19
SECTION 6
DIAGRAMS
THIS NOTE IS COMMON FOR PRINTEDWIRING
BOARDS AND SCHEMATIC DIAGRAMS.
(In addition to this,the necessary note is printed
in each block.)
For schematic diagrams.
Note:
• All capacitors are in µF unless otherwise noted. pF: µµF
50 WV or less are not indicated except for electrolytics
and tantalums.
• All resistors are in Ωand 1/4W or less unless otherwise
specified.
•C: panel designation.
•U: B+ Line.
• Power voltage is dc 9V and fed with regulated dc power
supply from external power voltage jack (J301 on the
BASE MAIN board).
• Power voltage is dc 12V and fed with regulated dc power
supply from modular jack (MJ101 on the BASE MAIN
board) with 100 Ωin series.
• Powervoltageisdc3.6Vand fed with regulateddc power
supply from battery jack (HAND MAIN board).
• Voltages and waveforms are dc with respect to ground
under no-signal conditions.
no mark : Talk
• Voltages aretaken with a VOM (Input impedance 10MΩ).
Voltage variations may be noted due to normal produc-
tion tolerances.
• Waveforms are taken with a oscilloscope.
Voltage variations may be noted due to normal produc-
tion tolerances.
• Circled numbers refer to waveforms.
• Signal path.
N: RX
O:TX
P: bell
Note on PrintedWiring Boards:
Note:
•X: parts extracted from the component side.
•b: Pattern from the side which enables seeing.
1
WAVEFORMS
– BASE UNIT SECTION –
IC501 5OSCI
4 Vp-p
9.6 MHz
1
– HAND SET SECTION –
IC401 5OSCI
4 Vp-p
9.6 MHz
Note:
The components identi-
fied by mark !or dotted
linewith mark!are criti-
cal for safety.
Replace only with part
number specified.
Note:
Lescomposants identifiés par
une marque !sont critiques
pour la sécurité.
Ne les remplacer que par une
piéce portant le numéro
spécifié.
6-1. IC BLOCK DIAGRAM
• HAND MAIN Board
IC502 S-24C01AFJA-TB-01
LOGIC
DOUT/ACK
ADDRESS/COUNTER
DATA WORD
Y DEC
SERIAL MUX
EEPROM
DATA REGISTER
X DEC
H. V. PUMP/TIMING
LOGIC
CONTROL
SERIAL
R/W
INC LOAD
EN LOGIC
STOP
START
3 6
2
5
1
7
8
4
DIN
DOUT VCC
TEST
SCL
SDA
NC
NC
NC
GND

SPP-S9000/S9001
20
20
• Semiconductor
Location
Ref. No. Location
IC501 F-6
Q902 D-4
Q903 D-4
Q904 E-3
Q905 E-2
Q907 F-2
Q908 G-1
6-2. PRINTEDWIRING BOARD – BASE UNIT SECTION –