CMOS 4-BIT SINGLE CHIP MICROCOMPUTER S5U1C6F666T11 Manual. (S1C6F666/S1C05112 Demonstration Tool)

Transcription

1 MOS -IT SINGL HIP MIROOMPUTR SUT Manual (S/S emonstration Tool)

2 NOTI No part of this material may be reproduced or duplicated in any form or by any means without the written permission of Seiko pson. Seiko pson reserves the right to make changes to this material without notice. Seiko pson does not assume any liability of any kind arising out of any inaccuracies contained in this material or due to its application or use in any product or circuit and, further, there is no representation that this material is applicable to products requiring high level reliability, such as medical products. Moreover, no license to any intellectual property rights is granted by implication or otherwise, and there is no representation or warranty that anything made in accordance with this material will be free from any patent or copyright infringement of a third party. This material or portions thereof may contain technology or the subject relating to strategic products under the control of the oreign xchange and oreign Trade Law of Japan and may require an export license from the Ministry of International Trade and Industry or other approval from another government agency. SIKO PSON ORPORTION, ll rights reserved.

3 onfiguration of product number evices S Packing specifications : esides tape & reel : TP L directions : Tape & reel K : TP R directions : TP T directions : TP directions : Tape & reel RONT G : TP T directions H : TP directions J : TP SL directions K : TP SR directions L : Tape & reel LT M: TP ST directions N : TP S directions P : TP ST directions Q : TP S directions R : Tape & reel RIGHT : Specs not fixed Specification Package : die form; : QP, : G Model number Model name : microcomputer, digital products Product classification S: semiconductor evelopment tools SU Packing specifications : standard packing Version : Version Tool type Hx : I x : V board Px : Peripheral board Wx: lash ROM writer for the microcomputer Xx : ROM writer peripheral board x : compiler package x : ssembler package x : Utility tool by the model Qx : Soft simulator orresponding model number : common to S amily Tool classification : microcomputer use Product classification SU: development tool for semiconductor products

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5 ONTNTS - PR - The SU is a demonstration tool for the SIKO PSON S amily -bit single chip microcomputers. This manual explains the hardware specifications and how to use the SU. - ONTNTS - Overview... Names and unctions of ach Part.... SU Main oard.... SU PU oard.... SU P oard.... SU L oard... PU System onfiguration.... Memory Map.... Input/Output Port unctions..... Input/Output Ports..... L Segment Outputs.... Mask Option... How to Use the SU.... Operating the SU On a Stand-lone asis..... Turning Power On/Off..... Operation heck..... Programming the PROM.... onnecting to I.... ustomization... onnector Pin ssignment.... Main oard - PU oard Interface onnectors.... Main oard - Peripheral oard Interface onnectors.... P Interface onnectors (P oard)... Specifications... SUT MNUL PSON i (S/S MONSTRTION TOOL)

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7 OVRVIW Overview The SU is a demonstration tool for the SIKO PSON S amily -bit single chip microcomputers. The PU board on the SU is equipped with the S. Thus user application programs can be run on the SU by writing the program and data into the on-chip lash memory of the S. urthermore, the connector from which the PU board is disconnected can be used to connect the SU to the PR board (SUP) installed in the I (SUH/SUH), this makes it possible to use the SU for debugging application programs. ll the S I/O signals are provided through the connectors and pads allowing connection of external parts or a user circuit board. The SU supports development of various applications with flexibility. The following shows the SU system configuration at shipment: PU: S Internal PROM = K words (n operation-check program is included.) Internal RM = K words OS clock: rystal oscillation OS clock: eramic oscillation. khz. MHz L panel: -digit -segment L an be driven by the S on-chip L driver. P driver: S -segment P panel can be driven. - converter ( V to V) is built in. uzzer: piezoelectric buzzer is mounted. an be driven by the S Z and Z output ports. Temperature and humidity measurement circuit: an be measured by the S on-chip R/f converter. (xternal sensors are required.) SUT MNUL PSON (S/S MONSTRTION TOOL)

8 NMS N UNTIONS O H PRT Names and unctions of ach Part The SU consists of four boards: main board, PU board, P board and L board. PU board P board SIKO PSON SUT SG P daughter board S PSON S SUT SIKO PSON PU daughter board SUT SIKO PSON Main board igure. SU L board The J jumper is set to O at shipment, change it to ON (short circuit) before using the SU. PSON SUT MNUL (S/S MONSTRTION TOOL)

9 NMS N UNTIONS O H PRT. SU Main oard This is the motherboard for mounting other daughter boards. The following shows the primary components that have been contained on the board. N N N N N SUT N SW SW J J uzzer (Z) SIKO PSON N SW SW SW SW (N) igure.. Main oard I interface connectors (N N) The PU board is inserted in these connectors at shipment. The connectors can also be used to connect the SU to the I. In this case, remove the PU board and connect between this connector and the I/O connector on the PR board that has been installed in the I using the interface cable included with the PR board. or the pin assignment of the connector, see Section., Main oard - PU oard Interface onnectors. or how to connect to the I, see Section., onnecting to I. P driver interface connector (N) The P board is inserted in this connector at shipment. The S I/O signals are assigned to the connector pins. or the pin assignment of the connector, see Section., Main oard - Peripheral oard Interface onnectors. L interface connectors (N, N) The L board is inserted in these connectors at shipment. The S L driver signals are assigned to the connector pins. Maximum SG OM of an L panel can be driven through these connectors. or the pin assignment of the connector, see Section., Main oard - Peripheral oard Interface onnectors. SUT MNUL PSON (S/S MONSTRTION TOOL)

10 NMS N UNTIONS O H PRT Switches The switches are connected to the S K K, K K and RST pins through the I interface connector. SW SW These push switches are connected to the K K ports. SW K, SW K, SW K, SW K The switch is normally in open status and the input port is pulled down to low (VSS). The input port is set to high (V) while the switch is being pressed. K port S K (K K) N V SW (SW SW).µ igure.. Switch Input ircuit (SW SW) SW This push switch is connected to the RST pin of the S. Pressing this switch sets the RST pin to high to reset the S on the PU board or I. S V.µ SW Reset circuit RST N igure.. Reset Input ircuit SW This IP switch is connected to the K K ports. SW- K, SW- K, SW- K, SW- Unused When the switch is set to the on position, the corresponding input port is set to high (V); when it is set to the off position, the input port is set to low (VSS). S V K port K port K port K K K N.µ SW- SW- SW- (SW-) igure.. Switch Input ircuit (SW) uzzer The buzzer (Z) is connected to the S Z and Z pins through the I interface connector. The buzzer (Z) can be disconnected by removing the jumper block (J, J) when it is not used or connecting another buzzer to the Z and Z pins. Sound generator S J Z Z N J igure.. uzzer ircuit Z PSON SUT MNUL (S/S MONSTRTION TOOL)

11 NMS N UNTIONS O H PRT. SU PU oard The PU board is equipped with S and oscillation circuits. lso the board has I interface connectors for installing it to the main board. On oard Writer interface connector (N) N N N N (ack) PU PSON S Power switch (SW) J SUT N SIKO PSON PU daughter board N oin cell The J jumper is set to O at shipment, change it to ON (short circuit) before using the SU. igure.. PU oard PU The SIKO PSON -bit single-chip microcomputer S is contained on the board. Refer to the S Technical Manual for details of the S. Oscillation circuits The oscillator types and their frequencies are as follows: OS: rystal resonator. khz OS: eramic resonator. MHz attery holder (T) Use a coin cell ( or ) as the power source. R/f connectors (N, N) N is connected to the S R/f pins (RIN, R, SN). Insert a temperature sensor (thermistor) into this connector to configure a temperature measurement circuit. N is connected to the S R/f pins (HU, SN). Insert a humidity sensor into this connector to configure a humidity measurement circuit. In order to customize the external R/f circuit according to the sensor to be used, pads are provided. or temperature/humidity sensors, contact SIKO PSON. S ROUT TP RIN R SN TP TP TP k % (N) p N (temperature sensor) (N) RIN R SN HU TP TP TP TP k % k % (N) (N) k % (N) p N (humidity sensor) Pad (N) igure.. R/f onversion ircuit SUT MNUL PSON (S/S MONSTRTION TOOL)

12 NMS N UNTIONS O H PRT Power switch (SW) This slide switch is used to turn the SU power on and off. Off On Power switch (SW) SUT J hange J to ON (short circuit) before using the SU. igure.. Power Switch On oard Writer interface connector (N) y connecting the On oard Writer (SUW) to this connector, the on-chip lash memory of the S contained on the PU board can be programmed from a P. SIKO PSON provides the On oard Writer (SUW) separately from SU. or the On oard Writer, contact SIKO PSON. Note: The US-Serial On oard Writer (SUW) with a US interface cannot be used to program the SU. Main board interface connectors (N N) These connectors are used to install the PU board on the main board. PSON SUT MNUL (S/S MONSTRTION TOOL)

13 NMS N UNTIONS O H PRT. SU P oard The P board is equipped with an P driver I. SIKO PSON SUT SG P daughter board N (ack) S N N N P driver I igure.. P oard P driver I The P board is equipped with the SIKO PSON S P driver. or details of the S, refer to the S Technical Manual. P interface connectors (N, N) The P driver output signals are assigned to the connector pins. or the pin assignment of the connector, see Section., P Interface onnectors (P oard). P interface pads (N) The P driver output signals are assigned to the pads. or the signal assignment of the pads, see Section., P Interface onnectors (P oard). Main board interface connector (N) This connector is used to install the P board on the main board. SUT MNUL PSON (S/S MONSTRTION TOOL)

14 NMS N UNTIONS O H PRT. SU L oard The L board is equipped with an L panel. L panel N, N (ack) igure.. L oard L panel The L board is equipped with a seven-segment L panel (LUMX L-STR) that can display eight-digit numbers by the outputs (OM, SG SG) from the S L driver. or the correspondence between the L segments and the L driver outputs, see Section.., L Segment Outputs. or the correspondence between the display memory bits and the L driver outputs, see Section., Mask Option. Main board interface connectors (N, N) These connectors are used to install the L board on the main board. PSON SUT MNUL (S/S MONSTRTION TOOL)

15 PU SYSTM ONIGURTION PU System onfiguration. Memory Map When S is selected When S is selected When S is selected (H = ) (H = ) (H = ) H H H H S is selected (H = ) ode PROM ode PROM ode PROM ode PROM H H H H H H RM Unused area H H RM Unused area H H RM Unused area H H RM Unused area H H H H ata PROM ata PROM ata PROM ata PROM H Unused area H Unused area H Unused area H Unused area H isplay memory H isplay memory H isplay memory H isplay memory H Unused area H Unused area H Unused area H Unused area H H I/O memory H H I/O memory H H I/O memory H H I/O memory igure.. Memory Map The code PROM size is, bits (K words). The data PROM size is, bits (K words). or details of the PROM, refer to the S Technical Manual. SUT MNUL PSON (S/S MONSTRTION TOOL)

16 PU SYSTM ONIGURTION. Input/Output Port unctions.. Input/Output Ports Table... lists the S input/output pins used in the SU and their connection destinations. (See Section.. for the L driver pins.) Table... S Input/Output Pins Used Pin No. Port name I/O onnection destination K I SW (Main board) K I SW (Main board) K I SW (Main board) K I SW (Main board) K I SW- (Main board) K I SW- (Main board) K I SW- (Main board) Z O uzzer (pin ) (Main board) XZ O uzzer (pin ) (Main board) P O ST (P board) P O ST (P board) P O ST (P board) P O ST (P board) P O SN (P board) P O XS (P board) P O SK (P board) P O IV (N) R O LO_T (P board) R O _T (P board) R/OUT O K (P board) R O : ix at VSS (P board)* R O : ix at VSS (P board)* SN O Humidity sensor (PU board) HU O Humidity sensor (PU board) SN O Temperature sensor (PU board) R O Temperature sensor (PU board) RIN I Temperature sensor (PU board) RST I SW (Main board) The R and R ports must be fixed at low (VSS). or how to control the input/output ports and R/f converter, refer to the S Technical Manual. or how to control the P driver, refer to the S Technical Manual. PSON SUT MNUL (S/S MONSTRTION TOOL)

17 PU SYSTM ONIGURTION.. L Segment Outputs The L panel is driven with the OM and SG SG outputs. The SU L board does not use the OM OM outputs. igure... shows the correspondence between the segment output signals and the L segments. or the correspondence between the segment outputs and the display memory bits, see Segment option in Section., Mask Option. SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG OM igure... orrespondence between Segment Outputs and L Segments SG SG SG When using the SU L board, set up the S as below. Target model: S (H = ) L drive duty: / duty (H, = ) SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SUT MNUL PSON (S/S MONSTRTION TOOL)

18 PU SYSTM ONIGURTION. Mask Option The S contained on the PU board is the Type standard mask option model. Standard mask option (Type ). OS SYSTM LOK. rystal. OS SYSTM LOK. eramic. SV XTRNL VOLTG TTION. Not Use. INPUT PORT PULL OWN RSISTOR K.... With Resistor K.... With Resistor K.... With Resistor K.... With Resistor K.... With Resistor K.... With Resistor K.... With Resistor K.... With Resistor. RST PORT PULL OWN RSISTOR RST.... With Resistor. I/O PORT PULL OWN RSISTOR P.... With Resistor P.... With Resistor P.... With Resistor P.... With Resistor P.... With Resistor P.... With Resistor P.... With Resistor P.... With Resistor. OUTPUT PORT OUTPUT SPIITION R.... omplementary R.... omplementary R.... omplementary R.... omplementary R.... omplementary R.... omplementary R.... omplementary R.... omplementary. I/O PORT OUTPUT SPIITION P.... omplementary P.... omplementary P.... omplementary P.... omplementary P.... omplementary P.... omplementary P.... omplementary P.... omplementary. MULTIPL KY NTRY RST OMINTION. Not Use. MULTIPL KY NTRY RST TIM UTHORIZ. Not Use. L RIVING POWR. Internal Power (. V panel) PSON SUT MNUL (S/S MONSTRTION TOOL)

19 PU SYSTM ONIGURTION SUT MNUL PSON (S/S MONSTRTION TOOL). SGMNT OPTION H: RM data high-order address ( ) L: RM data low-order address ( ) : ata bit ( ) Pin name SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG H L OM ddress (xx) H L OM H L OM H L OM H L OM H L OM H L OM H L OM S S S S

20 HOW TO US TH SU How to Use the SU. Operating the SU On a Stand-lone asis The SU can be operated on a stand-alone basis by the program that is written in the on-chip PROM of the S contained on the PU board. n operation check program that was written into the PROM at shipment can be executed. urthermore, user programs can be written to the PROM using the On oard Writer (SUW) to execute. The following explains how to control stand-alone operations... Turning Power On/Off The SU operates with the battery on the PU board. Set a coin cell ( or ) into the battery holder. Use the power switch (SW) on the PU board to turn the power on and off. Off On Power switch (SW) SUT J igure... Power On/Off When the power is turned on, the program written in the S PROM starts running. Notes: The J jumper is set to O at shipment, change it to ON (short circuit) before using the SU. Make sure that the SU boards are installed properly before turning the SU on... Operation heck This section describes how to use the operation check program that was written into the S PROM at shipment. lthough a factory inspection has been performed, run this program to check whether the SU operates normally or not before rewriting the program in the S PROM. The operation-check program performs an input test using SW. (SW is the reset switch.) When a switch is pressed, the switch number is displayed on the L panel and at the same time the buzzer sounds. The following is the operation procedure: () Turning power on The L panel displays in:. igure... L isplay at Power On (Initial Screen) PSON SUT MNUL (S/S MONSTRTION TOOL)

21 HOW TO US TH SU () Switch operation (port input) and buzzer output check When SW is pressed, the L panel displays in: and the buzzer sounds. When SW is pressed, the L panel displays in: and the buzzer sounds. When SW is pressed, the L panel displays in: and the buzzer sounds. When SW is pressed, the L panel displays in: and the buzzer sounds. igure... L isplay when a Switch is Pressed (SW) heck to see if the pressed switch number is displayed properly. fter SW, SW or SW is pressed, the P driver check (step below) can be performed. fter SW is pressed, the L display check (step below) can be performed. The R/f operation check (step below) can be performed regardless of the switch pressed. () P driver check Press SW, SW or SW and then monitor the signal on the P driver s segment pin (pin ) using measuring equipment such as an oscilloscope. The table below lists the relationship between the switch and the segment output status. Table... P river heck Switch P segment output status SW ll segment outputs go high. SW ll segment outputs go low. SW Toggles between high and low. () L display check heck the display contents on the L panel after pressing SW. The L panel displays the numbers below. ach digit shifts to the left in -second cycles. igure... L isplay heck heck to see if the numbers are displayed properly. To quit the check, press the RST switch (SW). The L display goes back to the initial screen. SUT MNUL PSON (S/S MONSTRTION TOOL)

22 HOW TO US TH SU () R/f operation check The R/f operation check can be performed regardless of the switch pressed. Monitor the SN and R signals using measuring equipment such as an oscilloscope, and check to see if rectangular wave signals are being output. PSON S SIKO PSON PU daughter board N N (Monitor the right pins on N and N.) igure... Monitor Position for R/f Operation heck N Normal ks/s MS/div H :. V/div ull H :. V/div ull N dge H Normal. V () To finish the operation check Turn the power off. igure... Monitored Signals uring R/f Operation heck PSON SUT MNUL (S/S MONSTRTION TOOL)

23 HOW TO US TH SU.. Programming the PROM The PU board provides the connector to connect the SU to the On oard Writer (SUW) allowing the user to program the S PROM. SUW (On oard Writer) OMx SIKO PSON SUT SG P daughter board S PSON S RS- interface cable SIO cable SUT SIKO PSON PU daughter board SUT SIKO PSON igure... PROM Programming System Notes: The SU supports only the On oard Writer (SUW) with an RS- interface. The US-Serial On oard Writer (SUW) with a US interface cannot be used. The target board must supply a. V to. V operating voltage to the On oard Writer (SUW) when programming the PROM. Supply a. V to. V operating voltage to the terminal of the battery holder. e sure to remove the battery from the PU board before supplying the operating voltage. The tools below are required for PROM programming. On oard Writer (SUW) On oard Writer ontrol Software (OPW.X, RW.INI) * * The On oard Writer ontrol Software is included in the S amily ssembler Package (SU) or later. fter the program has been completed, execute the HX converter HX to create the HX data files (xxxyyy. HS, xxxyyy.ls, xxxyyy.s) from the object file (xxxyyy.s). Then write the created HX data files into the S using the On oard Writer ontrol Software. Refer to the S Technical Manual for more information on the PROM programming. SUT MNUL PSON (S/S MONSTRTION TOOL)

24 HOW TO US TH SU. onnecting to I The SU from which the PU board was removed can be connected to an I (SUH/ SUH) as a target board and used for debugging programs. Note: e sure to turn the SU and I off before connecting/disconnecting the PU board and I/O cables. Use the I/O cables (pin - pin, pin - pin, flat type) supplied with the SUP (installed in the I) for the connection. onnect the N N connectors on the SU main board to the N and N connectors on the SUP as shown in igure... N (pin) N (pin) SUP I RUN RS POWR MU SLP/HLT P P P P P P P P P P P P P P P P TRGOUT STOPOUT TR IN RK IN GN SUH PSON N- (pin) N- (pin) N- (pin) N- (pin) SIKO PSON SUT SG P daughter board S N N N N SUT SIKO PSON igure.. onnecting to I (SUP) When an I is connected, the I supplies the power to the SU. Note: The S functions that are not supported by the target model cannot be used when the SU is being operated with an I. S/ The R/f converter does not supports bias operation. S The integer multiplier is not available. S The L driver is not available. or more information, refer to the technical manual for the target model. PSON SUT MNUL (S/S MONSTRTION TOOL)

25 HOW TO US TH SU. ustomization The SU can also be used as a tool for developing user programs. In order to configure the system required for the application, the SU allows customization by using the pads or replacing the peripheral board. However customization should be performed at user s own risk. Note: e sure to remove the battery before reconfiguration or modification of the boards is performed. Make sure that the power is off when changing the jumper settings. Input/output ports and comparator inputs The main board provides the pads (N) for a -pin connector. onnect the user input/output signals to these pads or mount a connector to install the user I/O circuit board. or the signal assignment of the pads, see Section., Main oard - Peripheral oard Interface onnectors. Note: s described in Section.., Input/Output Ports, the P P, P P, R, R, R, R, and R ports are used for the P driver. Therefore, these ports cannot be used when the P board is used. When the application requires these ports, the P board must be removed. Motor driver outputs The PU board provides the pads (TP TP) to pull out the motor driver output from the S. O TP, O TP, O TP, O TP N N N N PSON S igure.. Motor river Output Pads R/f conversion circuit N on the PU board is connected to the S R/f pins (RIN, R, SN). Insert a temperature sensor (thermistor) into this connector to configure a temperature measurement circuit. N is connected to the S R/f pins (HU, SN). Insert a humidity sensor into this connector to configure a humidity measurement circuit. In order to customize the external R/f circuit according to the sensor to be used, pads are provided. S ROUT TP RIN R SN TP TP TP k % (N) p N (temperature sensor) (N) RIN R SN HU TP TP TP TP k % k % (N) (N) k % (N) p N (humidity sensor) Pad (N) igure.. R/f onversion ircuit SUT MNUL PSON (S/S MONSTRTION TOOL)

26 HOW TO US TH SU L panel The S L driver output signals are assigned to N and N on the main board. When replacing the L panel, remove the SU L board from these connectors and install the user L board. or the pin assignment of the connectors, see Section., Main oard - Peripheral oard Interface onnectors. PSON SUT MNUL (S/S MONSTRTION TOOL)

27 onnector Pin ssignment. Main oard - PU oard Interface onnectors Note: Some N pins are connected on the main board. ONNTOR PIN SSIGNMNT N N N N No. Pin name No. Pin name No. Pin name No. Pin name V V OM SG V V OM SG K R OM SG K R OM SG K R OM SG K R OM SG K R OM SG K R OM SG K R SG SG K R SG SG VSS VSS SG SG VSS VSS SG SG P Z SG SG P Z SG SG P N SG SG P N SG SG P N SG SG P N SG SG P N SG SG P N SG SG V V SG SG V V SG SG N N SG SG N N SG SG N N SG SG N N SG SG MPP N SG SG MPM N SG SG N N SG SG N N SG SG VSS VSS SG SG VSS VSS SG SG N N SG SG N N SG SG N N SG SG N N SG SG N N SG SG N RST SG SG VSS VSS SG N VSS VSS SG N SG N SG N SG N SG N SG N SG N SG N SG N SG N SG N SUT MNUL PSON (S/S MONSTRTION TOOL)

28 ONNTOR PIN SSIGNMNT. Main oard - Peripheral oard Interface onnectors Main board - L board interface Main board - P board interface Pads (No connector mounted) N N N N No. Pin name No. Pin name No. Pin name No. Pin name V V V V V V V V OM SG V K OM SG IV K OM SG K OM SG K OM SG K K OM SG _T K OM SG LO_T K OM SG SK K SG SG XS VSS SG SG SN VSS SG SG VSS P SG SG VSS P SG SG ST P SG SG ST P SG SG ST P SG SG ST P SG SG VSS P SG SG VSS P SG SG VSS SG SG VSS SG SG N SG SG N SG SG N SG SG N SG SG OMPP SG SG OMPM SG SG N SG SG N SG SG N SG SG N SG SG N SG SG N SG SG VSS SG SG VSS SG SG R SG SG R VSS VSS R VSS VSS R R R R R VSS VSS N N VSS VSS PSON SUT MNUL (S/S MONSTRTION TOOL)

29 ONNTOR PIN SSIGNMNT. P Interface onnectors (P oard) river output pin assignment N N No. Pin name No. Pin name No. Pin name No. Pin name O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O GN GN O O GN GN O O GN GN O O GN GN O O GN GN O O GN GN O O GN GN O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O GN GN SUT MNUL PSON (S/S MONSTRTION TOOL)

30 ONNTOR PIN SSIGNMNT P interface pads N No. Pin name No. Pin name No. Pin name No. Pin name SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG SG OM PSON SUT MNUL (S/S MONSTRTION TOOL)

31 SPIITIONS Specifications Main board imension: Weight: N, N -pin connectors: N, N -pin connectors: N, N -pin connectors: N -pin connector: PU board imension: Weight: Microcomputer: rystal resonator: eramic resonator: attery: N, N -pin connectors: N, N -pin connectors: N -pin connector: P board imension: Weight: P driver I: N -pin connector: N -pin connector: N -pin connector: L board imension: Weight: L panel: N, N -pin connectors: T mm (wide) T mm (depth) T mm (height) pprox. T g -S (M) -S (M) -S (M) -S (M) T mm (wide) T mm (depth) T mm (height) pprox. T g S TYP- (eramic oscillation) (SIKO PSON).kHz, QRX (PSON TOYOOM) MHz, STMG (Murata Manufacturing) R (Panasonic) -S (M) -S (M) -LL (M) T mm (wide) T mm (depth) T mm (height) pprox. T g S (SIKO PSON) -S (M) HIH-P-.S () (Hirose) HIH-P-.S () (Hirose) T mm (wide) T mm (depth) T mm (height) pprox. T g L-STR (LUMX) -S (M) SUT MNUL PSON (S/S MONSTRTION TOOL)

32 International Sales Operations MRI PSON LTRONIS MRI, IN. HQURTRS Orchard Parkway San Jose,, U.S.. Phone: +--- ax: +--- SLS OI Northeast dgewater Place, Suite Wakefield, M, U.S.. Phone: +--- ax: +--- UROP PSON UROP LTRONIS GmbH HQURTRS Riesstrasse Munich, GRMNY Phone: +--- ax: +--- ÜSSLOR RNH OI ltstadtstrasse Leverkusen, GRMNY Phone: +--- ax: +--- RNH RNH OI venue de l tlantique, LP Les onquerants Z.. de ourtaboeuf, - Les Ulis edex, RN Phone: +-- ax: +-- UK & IRLN RNH OI The Square, Stockley Park, Uxbridge Middx U W, UNIT KINGOM Phone: +---/+-- ax: +-- / Scotland esign enter Integration House, The lba ampus Livingston West Lothian, H G, SOTLN Phone: +-- ax: +-- SI PSON (HIN) O., LT., eijing Silver Tower # North R ongsanhuan haoyang istrict, eijing, HIN Phone: +--- ax: +--- SHNGHI RNH, High-Tech ldg.,, Yishan Road Shanghai, HIN Phone: +--- ax: +--- PSON HONG KONG LT. /, Harbour entre, Harbour Road Wanchai, Hong Kong Phone: +-- ax: +-- Telex: PSO HX PSON lectronic Technology evelopment (Shenzhen) LT. /, awning Mansion, Keji South th Road Hi- Tech Park, Shenzhen Phone: +--- ax: +--- PSON TIWN THNOLOGY & TRING LT., No., Song Ren Road Taipei Phone: +--- ax: +--- PSON SINGPOR PT., LT. Harbourront Place #- Harbourront Tower One, Singapore Phone: +-- ax: +-- SIKO PSON ORPORTION KOR OI, KLI ldg., Yoido-dong Youngdeungpo-Ku, Seoul, -, KOR Phone: +--- ax: +--- GUMI OI, Grand /, - Songjeong-dong Gumi-ity, KOR Phone: +--- ax: +--- SIKO PSON ORPORTION SMIONUTOR OPRTIONS IVISION I Sales ept. I International Sales Group -, Hino, Hino-shi, Tokyo -, JPN Phone: +--- ax: +---

33 SUT Manual (S/S emonstration Tool) SMIONUTOR OPRTIONS IVISION PSON lectronic evices Website ocument code: Issue March, Printed in Japan L