TL4961472.4GHz Wireless Optical Notebook Mouse

Chargeable Wireless Optical Mouse User Manual Welcome Thank you for selecting this product! This mouse is one kind of newly developed wireless RF mice in our company, and it uses the global-used frequency of 2.4GHz. The comfortable and perfect shape is designed according to somatology. With it, You can get rid of the bondage of wires and enjoy your beautiful life from the high technology Product Features 1. Radio frequency 2.4GHz,It has 655366 ID code, Working distance far more 8-10 meter. there is no interference even many mice being used at the same time. 2. With receiver hidden inside and the whole design looks more intimate and scientific. 3. Automatically save power sleeping functions, battery life be prolonged. 4. With charge and regular circuit, it can use the attached retraceable line to charge for the mouse. Even if there is no battery in the mouse, you can use the mouse directly, thus it resolve the problem of lack the battery. Systems Compatibility IBM PC and Windows 98SE/Me/2000/XP Build-in mini receiver As bellow, press the receiver-out button, and the receiver can spring out automatically, at this time, mouse begin to work. If you push the receiver back to the transmitter, power will be cut down automatically. The Steps of Install Battery 1, Please prepare for two PCS new AAA rechargeable batteries 2, Press the button of the mouse upper cover and pull the battery cover rearward (Please see the reference picture) 3, Please insert the batteries correctly according to the polarity marks of the battery grooves. 4, Pull the battery covers forward, when you hear “crack” sound which shows the battery cover is locked successfully。 ID Setup 1, Please connect the receiver with the USB connector. 2, Press the ID button of the mouse bottom with some hard and Push battery cover Charge connector Low battery Attention Please 1. Please charge the battery 24 house before the first use. 2. You’d better use the mouse on the white desk, in this way the batteries can be used longer time. Please remove the batteries if the mouse will not be used for a long time or if you travel outside. 3. This mouse with save power sleeping functions, please press any key or scroll the wheel to wake up the mouse when it is sleeping. 4. If you want to take off the mouse power, please continue to press the ID switch of the mouse bottom over 3 seconds. If you want to take on the power, please click the ID switch once again. 5. The optical mouse will not work freely on a smooth desk ,glass, any reflecting surface, 3D mouse pad. 6. When you move the mouse, if the light of the battery before the receiver flashes, which shows that the power is nearly finished. Please change the proper-sized new battery or charge it immediately. 7. You can place the receiver in the mouse when you want to carry the mouse on business, and press the switch of ID for a long time so as to switch off the power. 8. The receiver have only USB interface. Caution Any changes or modifications not expressly approved by the party responsible for compliance could void the user's authority to operate the equipment. Note FCC Statement:: 1.This device complies with Part 15 of the FCC Rules. Operation is subject to the following two conditions:(1)This device may not cause harmful interference, and(2)This device must accept any interference received, including interference that may cause undesired operation. 2.Changes or modifications not expressly approved by the party responsible for compliance could void the user’s authority to operate the equipment. These limits are designed to provide reasonable protection against harmful interference in a residential installation. This equipment generates, uses and can radiate radio frequency energy and, if not installed and used in accordance with the instructions, may cause harmful interfer- ence to radio communications. However, there is no guarantee that interference will not occur in a particular installation. If this equipment does cause harmful interference to radio or television reception, which can be determined by turning the equipment off and on, the user is encouraged to try to correct the interference by one or more of the following measures: --Reorient or relocate the receiving antenna. --Increase the separation between the equipment and receiver. --Connect the equipment into an outlet on a circuit different from that to which the receiver is connected. --Consult the dealer or an experienced radio/TV technician for help.

2135 TX Block Diagram Antenna RF MCU U3 X1 oscillation 6MHZ Optical sensor U4 RF Amplifier FM Modulator 2400MHZ TX 2400MHZ U2 DC-DC Setup Recharge Part RF Generator oscillation 26MHZ Key &Encoder C A B

ID label & location info. ID label location

TX Operation Description Modulation Type: FSK TX Frequency: 2402 MHz 96147 is an optical and wireless mouse with frequency 2.4 GHz. The remote control distance reaches 10 meters. It contains rechargeable battery and may be charged from USB port. The mouse is designed with 4 parts: Optical sensor U4 (ADNS-5030)，MCU U3 (MA2628), RF module URFM (RFM5010C) and EEPROM U1 (93C46B). Q1 and Q2 etc. form circuits of charging and RF automatic stop function. U2 converts battery voltage to a stable DC 3V for supplying the mouse. U3 receives signals of SWR, SWL and SWM when working. When the mouse moved by a user, Optical sensor U4 detects the movement and send a signal to U3. All signals are processed in U3 and are encoded. URFM is a wireless module. It contains of functions of modulation, amplification and transmission by antenna. Q1 and Q2 etc. form a charging circuit to charge batteries when their voltage less than 2.9V. Charging is stop automatically when batteries are fully charged. * END *

1 2 3 4 5 6 78 A BC D 8 7 6 5 4 3 2 1 D CB A Title Number Revision Size A3 Date: 28-Mar-2007 Sheet of File: E:\yuheping\RD\2135\2135.ddb Drawn By: EP DIO BTL / EP SK DCVR SVDIN VDDVDD X2 32.768KHz X1 6MHz R21 10M C2333pFC2233pFC2533pFC2433pF PD SW_L SW_M SW_R SW_ID Z1Z2 SW_F EP CSSW_B VDD VDD SPI DI NRZ IO R24*430K R23*1.2M VBT SVDIN VDD3 SW_ID SW_RSW_LSW_M LD3 R22560 VDD VDD VDDVDDVDD SW_L SW_M SW_R SW_ID Z1 Z2 SW_BSW_F VDDVDD SW_F SW_B BTL / EP SK BTL / EP SK EP DIO EP CS SPI DO SPI CS NRZ IO SPI DI SPI CK SPI DO ANT SPI CS VDD3 F4/T1(Left) F3/T2(right) MISO SW4 T1(Left) SW3 T2(Right) MA2628 For ADNS5030 V1.0 VL D61RB421 C60.1uF C30.1uF VBT VDD3 C7220uF C2220uF _+ BT12AA*2 C51nF L1100uH R12*220K DCVR VDD3 VSS 1 VIN 3 VOUT 2 U2BL8530-301SM VL R90RR100R R11*100K VSS 2 Y1 / SPI SEL 3 X2 4 P1.1 (RX ON) 5 P1.2 (MISO) 6 P1.3 (SDIO / MOSI) 7 P1.4 (Q-S SEL / SCLK) 8 P1.5 (EP CS) 9 Y2 / TYPE 0 10 X1 / TYPE 1 11 BBUT 12 Z2 13 Z1 14 NRZ_OUT 15 FBUT 16 P1.6 (BTL / EP SK) 17 P1.7 (EP DIO / SSR CS) 18 SVDIN 19 DCVR 20 VL_MN 21 VL 22 RESET 24 RBUT 25 MBUT 26 LBUT 27 P0.7(TXCB) 28 P0.5(PUTRX/PUREG) 30 P0.6(NOLE) 29 P0.4(ENABLE) 31 P0.3(DATA) 32 P1.0(PD) 33 VSS 34 VPP 35 VDD3 36 FOSC1 37 VSS 23 FOSC2 38 VSS 39 RFOUT 40 ORFIN1 41 ORFIN2 42 ORFO 43 TXD 44 P0.2(TXON) 45 P0.1(CLOCK) 46 P0.0(NRZ_IN) 47 VDD3 48 VDD5 1 U3MA2628 External DC/DC Internal DC/DC Have R9,R11,R12No R9,R11No U2,R10Have U2,R10,R12 SPI CK 3 1 2 PT1 C4104 R16 47K R1747K R1810M TYPE0 NCS SWZ VDD Z1Z2 IR-PT Mechanical IR IR2560 VDD IR-PD IR-PD R13 100KR14 100K VDD R4 100R R5 100R VDD R7 100K R6 100K VDD R2 100R R3 100R VDD F4/T1(Left) F3/T2(right) ShortOpen D1 F1+F2+Tilt(T2+T1) Key Define CPI+CPI+Tilt(T2+T1) PD EP CS D1 1N4148 SW1 F1/Cpi+ R27 100KR28 100K VDD R25 100RR26 100R VDD S-Line cpi+ Key define 800cpi 1200cpi 1600cpi(pseudo) cpi+ TYPE1 TYPE0 TYPE1 J17L(0) J17H(1) J18L(0)J18H(1) (P0.0) (P0.1) 0+90 180 -90 J18H0 J18L0 TYPE1 VDD J17H0 J17L0 TYPE0 VDD SPI 2 Line S_Line (MOSI/MISO/SCLK) MOSI/SDIO SCLK SPI 2 Line(SDIO/SCLK) R26=Open=R27R25=Short=R28R26=Short=R27R25=Open=R28 SW2F2/CPI- R31 100KR32 100K VDD R29 100RR30 100R VDD Sleep 3 minute Sleep 8 minute R30=Open=R31R29=Short=R32R30=Short=R31R29=Open=R32 F3/T2(right) F4/T1(left) Cpi default 00 1000 R7=Open=R3R6=Short=R2 R13=Open=R5R14=Short=R4 01 R7=Open=R3R6=Short=R2 R14=Open=R4R13=Short=R5 800 10 R13=Open=R5R14=Short=R4 R6=Open=R2R7=Short=R3 400 0101 VOUT 3 VSS 1 VIN 2 U6BL8553-25PRM V25 C9100uF C110.1uF V25 VDD3 VOUT 3 VSS 1 VIN 2 U5BL8553-24PRM VDD C8100uF C100.1uF R80R V25 IR-PD JR1 JR1 Open Short Csn 1 GDO0 2 GDO2 3 SO 4 SCLK 5 SI 6 VCC 7 GND 8 ANT URFMRFM5010C (+) (-) S-Line Sleep (Real) (Real) (Real) 1 R14=Open=R4R13=Short=R5 1 R6=Open=R2R7=Short=R3 600 (Real) cpi- Key define 800cpi 1200cpi 1600cpi(pseudo) cpi- (pseudo)(pseudo) VSS C810.1uF +C82 4.7uF SCLK 5 VDD3 7 MISO 1 XY_LED 2 NRESET 3 NCS 4 MOSI 8 GND 6 U4ADNS-5030 R810R XY_LED VDD R822.7R R83330R C831000P VDD PD R1410K Q32N3906 VDD VDD3 EP DIO / SSR CS SSR SCLK SSR SDIO SSR MISO CS 3 SK 4 DI 5 DO 6 GND 7 ORG 8 NC 1 VCC 2 U193C46B Q2TL431 Q18050 R178K2R1851K R152K2 VCC 1 D- 2 D+ 3 GND 4 JP1 USBCABLE +C17 10U D+D- VBT 5V

1 2 34 A BC D 4 3 2 1 D CB A Title Number Revision Size A Date: 31-Mar-2007 Sheet of File: E:\yuheping\RD\sch\sch.ddb Drawn By: 1 2 3 4 5 6 7 8 9 10 11 12 131415161718192021222324 25 26 27 28 29 30 31 32 33 34 35 36 373839404142434445464748 U1 C10 C8 C1 R2 C2 C3 C11 C5 R1 C6 C4 C7 C13 X1 C3A C3B S1 SCLK SO GDO2 GDO0CSN VCC GND RFM5010 MODULE SCH

Page 1of 33 FCC ID: TL496147 ACCURATE TECHNOLOGY CO. LTD REPORT NO. ATE20070638 FCC CERTIFICATION On Behalf of Verbatim 2.4GHz Wireless Optical Notebook Mouse Model No.: 96147 FCC ID: TL496147 Prepared for : Verbatim Address : 1200 West W.T. Harris Blvd. Charlotte, North Carolina 28262, USA Prepared by : ACCURATE TECHNOLOGY CO. LTD Address : F1, Bldg. A, Changyuan New Material Port, Keyuan Rd. Science & Industry Park, Nanshan, Shenzhen, Guangdong P.R. China Tel: (0755) 26503290 Fax: (0755) 26503396 Report Number : ATE20070638 Date of Test : March 12, 2007 Date of Report : March 20, 2007 Page 2of 33 FCC ID: TL496147 ACCURATE TECHNOLOGY CO. LTD REPORT NO. ATE20070638 TABLE OF CONTENTS Description Page Test Report Certification 1. GENERAL INFORMATION .......................................................................................................... 4 1.1. Description of Device (EUT)....................................................................................................................4 1.2. Description of Test Facility ......................................................................................................................4 1.3. Measurement Uncertainty.........................................................................................................................4 2. MEASURING DEVICE AND TEST EQUIPMENT ..................................................................... 5 3. CONDUCTED EMISSION FOR FCC PART 15 SECTION 15.107(A) ...................................... 6 3.1. Block Diagram of Test Setup....................................................................................................................6 3.2. The Emission Limit For Section 15.107(a) ..............................................................................................6 3.3. EUT Configuration on Measurement .......................................................................................................7 3.4. Operating Condition of EUT ....................................................................................................................7 3.5. Test Procedure ..........................................................................................................................................7 3.6. Power Line Conducted Emission Measurement Results ..........................................................................8 4. RADIATED EMISSION FOR FCC PART 15 SECTION 15.109(A)........................................... 9 4.1. Block Diagram of Test Setup....................................................................................................................9 4.2. The Field Strength of Radiation Emission Measurement Limits..............................................................9 4.3. Configuration of EUT on Measurement .................................................................................................10 4.4. Operating Condition of EUT ..................................................................................................................10 4.5. Test Procedure ........................................................................................................................................10 4.6. The Field Strength of Radiation Emission Measurement Results ..........................................................11 5. FUNDAMENTAL AND HARMONICS RADIATED EMISSION MEASURMENT .............. 12 5.1. Block Diagram of Test Setup..................................................................................................................12 5.2. The Emission Limit ................................................................................................................................12 5.3. Configuration of EUT on Measurement .................................................................................................13 5.4. Operating Condition of EUT ..................................................................................................................13 5.5. Test Procedure ........................................................................................................................................13 5.6. The Field Strength of Radiation Emission Measurement Results ..........................................................14 6. RADIATED EMISSION FOR FCC PART 15 SECTION 15.249(D)......................................... 15 6.1. Block Diagram of Test Setup..................................................................................................................15 6.2. The Emission Limit For Section 15.249(d) ............................................................................................15 6.3. EUT Configuration on Measurement .....................................................................................................17 6.4. Operating Condition of EUT ..................................................................................................................17 6.5. Test Procedure ........................................................................................................................................17 6.6. The Emission Measurement Result ........................................................................................................18 7. BAND EDGES ................................................................................................................................. 19 7.1. The Requirement ....................................................................................................................................19 7.2. EUT Configuration on Measurement .....................................................................................................19 7.3. Operating Condition of EUT ..................................................................................................................19 7.4. Test Procedure .......................................................................................…

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