Y 6880, Approval Check ECMW5504 Opto O00. 9. 22 Established 1. SCOPE This specification applies to a computer input device, the wireless mouse which transmits the input data by weak radio waves. The signal out put of this mouse is transmitted by the original communication format. The hardware system is configured with the dedicated receiver. <WIF-060[C> and the system applies to outside Japan as a wireless system.
2, Rating Characteristic 2-1 Commoiler Specification Controller uPD75430 OSC, Frequency i 4.00 MHz 2-2 Mouse output format Baud rate 9600 bps
; Start bit 1 bit ;
Data bit 8 bits Parity bit 1 bit Stop bit | L_ bit 2-2-1 Data format Jsan_[ Do | pif be D3. | b4 | DS | D6 | D7 [parity [stop |
ist 0 | IDO IDt Ib2_ | ID3 | D4 D5 D6 ID7_|EVEN 1 and [ 0 | SwR | SWL{SWM! ZU | ZD | DT | SEC [EVEN | 1 3rd o | xo {| Xl X2 X3 X4 XS X6 K7__ [EVEN 1 4th 0 { Yo Yl 2 3 Y4 5 X6 Y7__ | EVEN 1
(3th 0 | SO Si $2 $3 S4 $5 86 S7__| EVEN l SWR : Right SW button (0=off,l=on) SWL > Left SW button (Q=off,1=on) SWM : Z axis near side WS button (middle) SW button (Q=off, 1 =on) Zu : Zaxis near side WS button(0=off.1=on) ZD : Zaxis opponent side SW button (0off.1=on) LB : Low battery bit (0=Low battery, |=Gaad}
DT : Devicetype O=Mouse 1=Keybord SEC : Security bit O=Mouse data 1=Security data XO-X7 : X direction count value yo-yY? : direction count value so-s7 : check sum (Set up as the total of ail the data is 0) 41 The entire transmitting data packet is transmitted from Header. Header consists of Start Bit. Data 8bit (all"1"), Parity Bit and Stop Bit. and the header (1 byte) is added to transmission.
*2 For ID registration mode (Pushing down SWR.M.L at the same time) , 4 byte {ID code, Check sum etc) of other security format data is transmitted 2-3 The transmission timing of the mouse data TX_POWER | |
Mouse transmission code : j FY DATA | Soe ta) :
teyie nsagert nt 7.86msec 72.0 bf sec
< 30msec
= 640359, MITSUMI ELECTRIC COQ.. LTD
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mlz) a)x 2-4 Transmission Specification Dade] | Transmission mode
| Weak radio wave
. j 2-4-2 > ion scheme 12.5$~4.0 KHz i
5
: Reference value MAX 54 dBuV/m
'* The field strength of the measurement method for domestic weak radio wave. Transmission out put | Equipping MITSUMI original measurement jig 77,0 dBuV_ ~ 84.0 dBuV Frequency for use ich Supplemental remarks for item 2-4-4, 2-4-5 SLIDE SW ICH 27.045MHz 1 2CH 27.143MHz 2 4 20 |
J Lo |
* Factory-shipped configuration : SLIDE SW: CH-L Resolution X,Y 27.04SMHz+2.5kHz (25C)
|2ch_ 27.145 MHz 2.5kHz CH: 1-CH-1,. 2=
400 cpi_(count/inch) Z SW resolution lcpe (count/click) Z SW resolution (automatic mode) 10 cps _(count/ses) Max speed 200 mm/sec
| Operation voltage
(Battery) Alkaline AAA battery * 2 pcs
(nominal voltage 3.0V) 1 un i Minimum operating voltage Battery end 2.2V_ (when loaded) t ua t Operating temperature 273, LSK(0C)~ 313. 1SK(40C) Storage temperature 253. 1SK(-20C)~ 333, 15K(60C)
a 1 S Less than 80 % RH Less than 95 % RH Operating humidity
| Storage humidity nro] op rop th i do
ta 1 cS 2-4 Automatic Scroll mode Pushing Z SW(Scroll mode SW) to front and rear direction more than 0.7 seconds, scroll mode is shifted to automatic mode, 2-7 Required Battery Alkaline AAA battery (Batteries are not included with Mouse) 2-8 ID registration for the receiver In order to register ID code to the receiver (WIF-0601C), pressing down the Tact SW to light on the LED. And then. each of three mouse buttons L. R and Z (vertical direction) should be pressed at the same time while LED is lighting on (for 20 second). When the receiver complete ID registration, LED on the receiver is back into the previous status. MITSUMI ELECTRIC CO.. LTD 3 Electrical Characteristics 3-1 Standard Test Condition RH. The test can be carried in the temperature range 278. 15K to308. 15K(5 to 35C) and the 43 ta85%
RH except crucial affection relative humidity range to the test results. Power supply shall be set up as follows. (Set up voltage) 42%
The test shall be done on the flat and horizontal rigid desk. 3-2 Electrical characteristics
| Specification
; Number Item , unit | Test condition Min. | Typ. Max j 7 12 mA {Operating mode 3-2-1 Current
| consumption 40 70 vA Stand-by mode
: Moving angle Q= 45 4 - 678 +678 Count | Moving range D= 400m
| Hysteresis ! Speed=100 + 5mm/sec 3-2-2 | | 7 The mouse is moved with the condition
(1) : above and returned back into position Y - 678 + 678 Count | tong the same track. The coum Mand Y are measured then. 16 =X 'Moving angle Q= 45?
| x -15 D x +15 % |Moving range D =400m
( Hysteresis cosQ Speed= 100+ 5mm/sec 322-3 The mouse is moved with the condition
| (2) 16 xX above and returned back :nto position fF Y -15 D x +15 1 % along the same track. The count X und sin@? : | ace measured then. 3-2-4 Transmitting Freq -2.5 i 72.5 KHz uency deviation 3-2-3 [Transmitting Frequ 2.3 3 KHz ency Shift range
(3-2-6 Transmitting 77.0 80.5 84.0 dBuV | Testing by the onginal jig t out put Hysteresis (1) typical count value 16 X 400mm X sint5 = 4525 count
(The range of the motion) 3-3 The definition of the operation mode of the mouse 3-3-1 Operation mode The status of the performance of the mouse in normal motion. 3-3-2 Stand-by mode When the motion of the mouse is suspended for one second, the mode is shifted to Stand-by mode. The status that sampling the motion of the mouse with using intermittent action by CR literal. This status is shifted to the operation mode by the motion of the mouse or SW. MITSUM! ELECTRIC CO..
(4/7) 4+. Mechanical Characteristics 4- External dimension Refer the drawing for appearance. 4-2 Weight The weight of the mouse body shall be 100 g 20g. (Including battery :
4-3 Mechanical Characteristics Number Item Specification Test condition Min. Tyo. i Unit moves any direction.
| Operating 47 (Load 100gf vertical force) force j Operating force of select SW Operating force of scroll SW 863 Vertical downward direction
(1) Operating force i Front and rear 45 angle i !
of scroll SW AF jtoward horizontal surface
(2) 5. Reliability Test 5-1 Reliability performance Specification Number | Item Test condition Min. Typ. Moving angle = 43
' - 678 Moving range D =400m Hysteresis : Speed= 100+ 5mm/sec
| The mouse is moved with the condition above and retumed back into position 4 ) along the same track. The count X and Y are measured then. Moving angle = 45 Moving range D =400m Speed= 100 + Smm/sec The mouse is moved with the condition above and returned back into position
(2) y atong the same track. The count X and are measured then.
| yee
) Transmitting Freque ney deviation Transmitting Frequ eney shitk range Transmitting . | Testing by the original jig out put MITSUMI ELECTRIC CO.. LTD
(347)
| Specification Number ; Item Unit Test condition
' Min. Typ. Max,
| Unit moves any direction. 3-1-6 Operation 1.471 N Load (100gf) 0.980N force : (150) (gf) | vertical force Operation force
(5-1-7 of selecting SW 0.592 0.980 N i (40) (100) (gf i Operation force Vertical downward direction 3-1-8 of scrolling SW 1.079 1.863 N
(1) Cle) | (190) (gf) Operation force | Front and rear |
| 5-1-9 lor scrolling SW | 0.490 1.177 N 43 angle toward i (2) ; (50) (120) (gf) [horizontal suriace 5-2-1 Low temperature test 5-2-2 Heat test (High temperature test) 5-2-3 Humidity test 3-2-4 Temperature cycle test 5-2-5 linpact test (Drop test) 75 2cm 5-2 Reliability Test Performance item 15mm Drop the unit from 75 2cm height above a wood board 15mm thick placed on 2 concrete floor, 3 times in the same direction. Then the testing result should meet the performance from 5-1-1 to 5-1-6, The unit is kept at the temperature of 253. 15K &2(-20 + 2C)for 96 1 hours, and then left in ambient room temperature and relative humidity for 2 hours. Then. the testing result should meet the performance from 5-1-1 to 5-1-5. The unit is kept at the temperature of 333. 15K 42(60 2C for 96+ 1 hours, and then left in ambient room temperature and relative humidity for 2 hours. Then, the testing result should meet the performance from 3-1-1 to 5-1-5 The unit is kept at the temperature of 3 13,15K+2(40 42C), and the relative humidity of 90~95%RH for 961 hours. and then left in ambient room temperature and relative humidity for 2 hours. Then, the testing result should meet the performance from 3-1-1 to 3-1-5. The unit is kept at the following temperature changing condition for 5 cycles and then left in ambient room temperature and relative humidity for 2 hours. Then, the testing result should meet the performance from 5-1-1 to 5-1-5.
(647) 5-2-6 Life Test 5-2-6-1 Operation life test The unit is moved 200km in any direction on the clean and level acrylic board at230+ 10min/sec speed while 0.980N(100gf) vertical load is applied. and then clean the boll, Then the testing result . should meet the performance 5-|-1. 5-1-2 and 5-1-6. 5-2-6-2 L & R Select Switches life test The L. R. switches are operated 2 million cycles by the operating force 0.980N (100gf). After this operation, the testing result should meet the performance 5-[-7.
(Switching speed : 2 cyctes /sec) 5-2-6-3 Scroll Switch life test (Operation of a vertical direction) The scroll switch is operated in a vertical direction 1 million cycles by the. operating force 1.961N(200gf). After this operation, the testing result should meet the performance 3-1-8
(Switching speed : 2 cycles /sec) 5-2-6-4 Scroll Switch life test (Operation of a front and a rear direction) The scroll switch is operated in a front and a rear direction 3 million cycle by the operating force 1.667N(170gf). After this operation, the testing result should meet the performance 5-1-9.
(Switching speed : 1 cycles /sec) 5-2-7 Electrostatic Destruction Test The unit is discharged up to + 14K Vat any point based on the following conditions. After that, the testing result should meet the performance 5-1-1 and 5-1-3. Discharge resistor 2 3309 Discharge capacitor > L350pF The number of discharges : 15 times/point 5-2-8 Vibration Test The unit is vibrated based on the following conditions. After that, the testing result should meet the performance 5-1-1 and 5-1-9. Vibration frequency : sin wave 10~55Hz (Sweep : loct/min) Vibration amplitude : 1.5mm Direction : X,Y,Z Vibration time : 2 hours/each direction MITSUMI ELECTRIC CO.. LTD Revision Record fe Person in Charge Rae RR ao "00. 9. 22 Original T. Kobavashi MITSUMI ELECTRIC CO., LTD