PP2MLKF-2100Wireless Keyboard

SPECIFICATION Of MLKF-8005 Cordless Optical Mouse And Multimedia Keyboard COMBO Set Note: 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. Caution: The manufacturer is not responsible for any radio or TV interference caused by unauthorized modifications to this equipment. Such modifications could void the user authority to operate the equipment. REV : 1.00 Prepared by MLK Technologies Limited 15. SEP.2002 Part 1.0 : General features and description - Radio frequency : 27 MHz, single channel with 8 changeable ID for both mouse and keyboard. - Battery suggestion: Two AA alkaline batteries for mouse, Two AA alkaline batteries for keyboard. - The operation distance of 1.3M(typically under normal office environment) - Mouse resolution of 400cpi counts per inch of motion. - Mouse Sensor detects motion on all kinds of surface, including wood, plastics, pants, etc... ( Highly reflective like mirror or deep dark color may not work properly) - Compatible with windows 98/ME/2000/XP - Keyboard come with multimedia and internet hotkeys. - Nice feeling, light touch membrane tactile switches for keyboard Part 2.0 : Preface The functionality and performance requirements related to the mouse are defined in this specification. Part 3.0 : Version - USB Interface Part 4.0 : Physical characteristics and configuration Item 4.1: Dimension - Mouse : 116mm(L) x 62.5mm(W) x 38.20mm(H) - Keyboard: 460mm(L) x196.09mm(W) x 41.77 mm(H) - Receiver: 81.00mm(L) x 67.50mm x 23.00mm(H) Item 4.2: Material Mouse Body ABS Wheel Rubber Keyboard Body HIPS Key-Caps ABS Receiver Body ABS Item 4.3: Finish: Texture Item 4.4: Color: To be defined by ID Item 4.5: Button Mouse: 3 Buttons, 1 CONNECT button, Keyboard: 104/105/107/109 enhanced layout , 1 Power Management Key, 16 External Multi Media Hot Key. Receiver: 1 CONNECT button. Item 4.6: Mechanical Performance 4.6.1 Operating force of mouse buttons: 80g±20gf 4.6.2 Operating force of mouse browser switches: 170g ± 25gf 4.6.3 Operating force of mouse wheel scrolling: 20 ± 10gf 4.6.4 Operating force of mouse movable: 60 ± 10gf 4.6.5 Mouse weight: 140 ± 15g 4.6.6 Operating force of keyboard standard Key Top: 55 ± 12 g 4.6.7 Operating force of keyboard Hot Key : 65 ± 12 g 4.6.8 Travel Length of Keyboard Standard Key Top: 4.0 ± 0.2 mm 4.6.9 Travel Length of Keyboard Hot key: 2.6 ± 0.2 mm 4.6.10 Keyboard Weight: 730g ± 20g Part 5.0 : Electrical specification Item 5.1: Compatibility - The USB mode is using the low speed interface defined in the USB specification. It’s compliant to the USB specification as well as to the HID class specifications. - The USB mode shall be compatible with IBM PC/PENTIUM and works with operating system such as Windows 98/2000/ME/XP as well as the most software applications. Item 5.2 : Technical of mouse Optical sensor for X/Y axis, the precise sensor detects motion on hundreds of surfaces, including wood, plastic, and even your pants leg. ( highly reflective surface or deep dark color surface may not work properly) .Wheel button uses a mechanical encoder. Item 5.3 : Sensor Report Rate on Mouse 1500 times per second Item 5.4 : Sensor Light on mouse Red LED Item 5.5 : Power Requirement (Receiver) 5V/ DC 20mA directly from Computer USB Port Item 5.6 : Cable The length of the cable on receiver is 1.2 meters and the color is defined by ID. Item 5.7 : Operating Angle The mouse and Keyboard operation angle is 360 degrees. Item 5.8 : Operating Distance The Mouse and Keyboard operation distance is 1.3 Meter ( typically under normal office environment, Mouse to Receiver set), Item 5.9 : ID changeable The ID is changed by the CONNECT button . Item 5.10 Battery 5.10.1 Battery Type The mouse and keyboard both use two AA alkaline batteries. 5.10.2 Mouse Battery Consumption Mouse will be on sleep mode while hand off the mouse over 2 second. Mouse work again by hand touch. Operating mode: 32mA±10% @ 3V Stand-by mode: 15mA ±10% @ 3V Sleep mode: 0.08mA ±10% @ 3V 5.10.3 Keyboard Battery Consumption Keyboard will be on sleep mode while key released over 2 second. Keyboard work again by key pressed. Operating mode: 8mA±2 mA @ 3V Stand-by mode: 1.5mA ±10% @ 3V Sleep mode: 0mA 5.10.4: Low Battery Indicator When the mouse battery voltage is less than 2.2V, the indicator on front of the rubber wheel should be blinking when moving the mouse. Item 5.11 : Mouse Tracking Speed The unit shall be capable of tracking between 50mm/s and 254mm/s of hand movement on the matt white paper without loss of data. Item 5.12 : LED on Receiver The receiver unit have four LEDs COM: Indicator for Connecting. Num: indicator for Num Lock status Caps: indicator for Capital Lock status Scroll: indicator for Scroll Lock starus Part 6.0: Reliability and environmental specification Item 6.1 : Mouse Button Switch Activation Conditions: 3 cycles per second. Testing methods : a small DC motor fixed with cam automatically press the key for three time per second. The switch is connected to a calculator. The number displayed on calculator is pressed cycle of the key. Result: key tested have a lift cycle of more than 1,000,000.00. Item 6.2 : Cable Bending Strength Conditions: Cable load at 100gram, Testing methods: bend 60 degrees any direction from its centerline at speed of 30 cycles/min. 5000 cycles. Result: No visible damage and no breakage in each wire. Item 6.3 : Drop Shock with Bare Unit Conditions: Drop the Unit from 76cm height onto floor. Testing Methods: drop the unit on top, bottom and 4 side of the unit ( 1 time for each side). Result: The Unit function properly, no mechanical failure. Item 6.4 : Drop Shock in Gift box Conditions: Unit have been packed with gift box Testing Methods: Drop the gift box from 91cm onto a floor, on the 4 corners and 6 sides of the box (1 time for each …

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(1) EUT top view (2) EUT bottom view

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. EUT Bottom View/Proposed FCC Mark Location FCC ID: PP2MLKF-2100

(3) EUT inside whole view (4) Main board component side (5) Main board solder side

APPLICANT: MLK Technologies Limited FCC ID: PP2MLKF-2100 Information for MLKF-2100 The MLKF-2100 communicates with receiver using RF energy. Operating carrier frequency for keyboard device is 27.14 MHz Bandwidth of channel is 15kHz. The data is FSK modulated. The antenna is printed on the PCB, there is no external ground connection. The ground is only that of the printed circuit board. Electric current is supplied by 2 x AA size batteries.

FCC TEST REPORT UNDER FCC 15 Subpart C, Paragraph 15.227 PREPARED FOR： MLK Technologies Limited South 2/F,Unit G,No.14, 1 st .Road LiuXian,71 Block, BaoAn, Shenzhen, P.R.China. October 18, 2002 PREPARED BY： Shenzhen Academy of Metrology & Quality Inspection Longzhu Road, Nanshan FCC Registration Number: 97379 FCC ID: PP2MLKF-2100 EUT: Wireless Keyboard Model: MLKF-2100 (MLK); WCPA0D (CREATIVE) Report Type: Original Report Test Engineer: Peter Lin Test Date: October 11, 2002 Review By: Apollo Liu Apollo Liu MLK Technologies Limited. FCC ID: PP2MLKF-2100 FCC ID Report Report #: KSZ2002100801J Page 2 of 2 TABLE OF CONTENTS 1. Summary of Test Results..............................................................................................................................................3 2. Test Statement..............................................................................................................................................................4 2. 1 Test Statement.........................................................................................................................................................4 2. 2 Departure From Document Policies, Procedure or Specifications, The Statement.......................................................4 3. EUT Modifications.......................................................................................................................................................5 4. Conducted Power Line Test.........................................................................................................................................6 4. 1 Test Equipment.......................................................................................................................................................6 4. 2 Test Procedure.........................................................................................................................................................6 4. 3 Test Setup...............................................................................................................................................................6 4. 4 Configuration of The EUT.......................................................................................................................................7 4. 5 EUT Operating Condition........................................................................................................................................8 4. 6 Conducted Power Line Emission Limits...................................................................................................................8 4. 7 Conducted Power Line Test Result...........................................................................................................................9 5. RADIATED EMISSION TEST..................................................................................................................................10 5. 1 Test Equipment.....................................................................................................................................................10 5. 2 Test Procedure.......................................................................................................................................................10 5. 3 Radiated Test Setup...............................................................................................................................................10 5. 4 Configuration of The EUT......................................................................................................................................11 5. 5 EUT Operating Condition.......................................................................................................................................11 5. 6 Radiated Emission Limit........................................................................................................................................11 5. 7 Radiated Emission Test Result...............................................................................................................................12 6. Band Edge..................................................................................................................................................................14 6. 1 Test Equipment.....................................................................................................................................................14 6. 2 Test Procedure.......................................................................................................................................................14 6. 3 Radiated Test Setup...............................................................................................................................................14 6. 4 Configuration of The EUT.....................................................................................................................................15 6. 5 EUT Operating Condition......................................................................................................................................15 6. 6 Band Edge Limit...................................................................................................................................................15 6. 7 Band Edge Test Result...........................................................................................................................................15 7. PHOTOS OF TESTING............................................................................................................................................16 7. 1 EUT Test Photographs...........................................................................................................................................16 7. 2 EUT Detailed Photographs....................................................................................................................................17 8. FCC ID L…

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Radiated emission test view