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FCC ID: ACLAP8251

Test Report

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FCCID_18850

ACLAP8251 EXHIBIT 1 7. EQUIPMENT SPECIFICATIONS: Electrical Power Requirement: 120V, 60Hz, 13.0A Nominal Operating Frequency: 2450 MHz Maximum RF Energy Generated: 1000 W (IEC 705) Magnetron Type: 2M189—M1 Feed Type and Location: Through the wave qguide on the right sidewall of the oven. Stirrer: Turntable Type Cabinet Dimensions: (W) 510 x (H) 306 x (D) 360 (mm) Oven Cavity Dimensions: (W) 35 D 35 Door Viewing Area Dimensions: (W) 273 x (H) 155 (mm} Door Seal Type: Slit Choke seal and capacitive seal method 8. DESCRIPTION OF DIFFERENCES Model No. NN—S538BA, NN~— NN—S548BA, NN— MQS1085E, MQS1095E, S538WA Basic S§S48WA Step—up MQS10O85H, MQS1095H Models Models MQS1087E, Step—up Models MQS1087H Basic Models Input 120 vac ,12.5A 120 Vac ,12.5A 120 Vac ,12.5A 120 Vac ,12.5A Power Output 1000W (IEC705) 1000W (IEC7O5) 1000W (IEC7O5) 1000W (IEC7O05) Power Magnetron 2M189—M1 2M189—M1 2M189—M1 2M189—M1 Brand Panasonic Panasonic Quasar Quasar

ACLAP8251 EXHIBIT 2 PHOTOGRAPHS OF EQUIPMENT EXHIBIT 2—A: FRONT VIEW OF MODEL MQS1095H EXHIBIT 2—B: REAR VIEW OF MODEL MQS1095H EXHIBIT 2—C: FRONT VIEW OF MODEL MQS1095H WITH THE DOOR OPENED EXHIBIT 2—D: TOP VIEW OF MODEL MQS1095H WITH ENCLOSURE REMOVED EXHIBIT 2—E: RIGHT SIDE VIEW OF MODEL MQS1095H WITH ENCLOSURE REMOVED EXHIBIT 2—F: BOTTOM VIEW OF MODEL MQS1095H EXHIBIT 2—G: LEFT SIDE VIEW OF MODEL MQS1095H WITH ENCLOSURE REMOVED EXHIBIT 2—H: VIEW OF DOOR CHOKE CONSTRUCTION ILLUSTRATING INTEGRAL CHOKE TYPE. EXHIBIT 2—I: VIEW OF MAGNETRON TYPE 2M189—M1

ACLAP8251 EXHIBIT 5 REPORT OF MEASUREMENTS 1. MODEL NO.: MOS1095E SERIAL NO. PP00001 MAGNETRON TYPE NO.: 2M189—M1 2. MEASUREMENT DATE: 10/1/98 3. LIST OF MEASURING EQUIPMENT AND CALIBRATION DATA: REFER TO ATTACHED EXHIBIT 6 4. INVESTIGATED FREQUENCY RANGE: 100Mhz to 4th Harmonic 5. DATA SUMMARY: Safety Check : <0.5 MW/cm2 Radiated Field Strength: ( uV/m @ 300m ) Limit Fundamental: 2454 MHz 781uv/m N/A 2nd. Harmonic: 4905 MHz 6 , 53uv/m 31 .4 3rda. Harmonic: 7367 MHz 2. 16uy/m ® 4th. Harmonic: 9830 MHz 2. 40uv/m ® Spurious : 2310 MHz 0 . 24uv/m ® Emmission Sideband: 2400 MHz 0 . 2 3uv/m ® Emmission Sideband: 2500 MHz 0 . 29uv /m ® Greater than 4th. Harmonic not measurable Maximum Frequency Variation: 2456 to 2458 MHz (J6Vv—150vac, 1000 ml water load) Maximum Frequency Variation: 2455 to 2460 MHz (1000 ml — 200ml water load) Total Power Input to Oven: 1580 watts Power Developed in Dummy Load: 787 watts Supply Voltage: 120 Volts, 60Hz —

ENGINEERING TEST REPORT Page . 1 OCT 1, 1998 Report No . CALR—FCC—O091 This is to certify that the MICROWAVE OVEN from which the following data has been derived properly complies with the requirements of " FCC Rules and Regulations Part 18 Subpart C " as of the date the measurements were made. 1. Manufacturer of Device : Matsushita Home Appliance Corporation of America 1355 Lebanon Road. Danville, Kentucky 40423 2. Description of Device a. FCC ID. : ACLAP8251 b. Model No. : MQS1095E c. Serial No. : PPOOOO1 d. Operating Frequency :o 2450 MHz e. Output RF Power : 1000 W (BY IEC 705) f. Power Consumption :o 120 V. 60 Hz g. Magnetron Type : Matsushita 2M189 h. Employed Mode : Turn Table i. Door Seal Type : Choke 3. Measurement Procedure Used _: FCC/OST MP—5 4. Measurement Site Name : Panasonic Magnetron Lab. Panasonic Industrial Company Address : 1707 N. Randall Road Elgin, Ilinois 60123—7847 Description of this test facility has been filed with the FCC. (Feb. 26, 1987, File # 31010/EQU 4—3—0A)

Page . 2 5. Date of Meagurement : SEP 30, 1998 6. Measurement Data : See Attached " Data Summary " 7. Test Equipment Used _: See Exhibit 1 Tested By 7 \ /M.Okazaki / Applicationg Manager of Magnetron Panasonic Industrial Company

Exhibit 5A ACLAP8251 DATA SUMMARY Page . 3 1. Safety Check : < 0.5 mW/icm2 @ bcem 2. Radiated Field Strength uV/im @ 300m Frequency Field Strength Permissible (MHz) (uV/m ) ( uV/im) Fundamental 2454 TBL > 2nd Harmonic 4905 6.53 31.40 3rd Harmonic 7367 2.16 31,40 4th Harmonic 9830 2.40 31.40 Spurious 22310 0.24 31.40 Emission Side Band 2400 0.23 31.40 Emission Side Band 2500 0.29 31.40 3. Maximum frequency variation 2456 MHz — 2458 MHz ( 96V _~ 150V / 1000ce Load ) 2454 MHz — 2461 MHz ( 1000cc ~ 200c¢ / Load ) 4. Total power input to oven : 1580 W 5. Power developed in dummy load : 787 W 6. Supply voltage : 120V , 14.2 A

Exhibit 6A ACLAP8251 Page. 4 Description of Instrumentation and calculation (1) Measurement equipment a. Field Strength Meter : Electro—Metrics Model EMC—50 Bandwidth Setting : 1 MHz Detector Function _: Linear Average Detection b. Receiving Antenna _: Electro—Metrics Model RGA—180 Frequency Range : 1+ 18 GHz c. Microwave Survey Meter : Narda Model 8110B (2) Test Condition a. Antenna Height Variation : 1.0 — 1.5 m b. Distance of Antenna to Test unit : 3.0 m c. Test Unit Height : 1.0 m (3) Calculation Formula Field Strength at 3 m (dBuV/m) = Receiver Reading + Antenna Factor + Cable Loss (dBuV) (dB/m) (dB) Field Strength at 300m (uV/m) Field Strengthat 3 m (dBuV/m) _ = K * 10 20 K : Conversion Factor for 3 m to 300 m Frequency Antenna Factor |__Cable Loss Conv. Factor (MHz) (dB/m) (dB) K 2400 29 0.7 0.0061 Fundamental 29.3 0.7 0.0062 2500 29.5 0.7 0.0063 4900 33.4 0.9 0.01 7350 36.5 1.2 0.01 9800 ____ 38.2 14 0.01 Example : 2nd Harmonics Receiver Reading = 20 dB @3 m 20 + 88.4 + 0.9 FIS = 0.01 * 10 20 = 5.19 (uV/m) @300 m

Exhibit 6B ACLAP8251 Page. 5 Exhibit 1 Test Equipment List Name / Model No. S / No. Manufacturer Last Calibrated Field Strength Meter 175 Electro Metrics 11 /14 /97 Model EMC — 50 Microwave Survey 20915 Narda 03 / 19 / 98 Meter 8110B Ridged Guide Antenna 2455 Electro Metrics 08 / 20 / 88 RGA — 180 Network Analyzer 1647400704 Hewlett Packard 06 / 17 / 88 8410B Reflection Unit 1330A01358 Hewlett Packard 06 / 17 / 88 8743A Sweep Oscillator 1645A00827 Hewlett Packard 06 / 17 / 88 86200 Frequency Meter 1441400695 Hewlett Packard 09 / 17 / 88 536A Power Meter 1629A1172 Hewlett Packard 08 / 05 / 89 436A Spectrum Analyzer 1642406830 Hewlett Packard 08 / 21 / 88 8555A

Exhibit 6C ACLAP8251 Fig. 1 Physical Description of Test Site Offceeaumbertro & P 1 0 0 Expandon ob ® £0T MSC a.l 0c Test enclosure 54 Main enterance 13 4 =3 i | %T . uy zs ET— clll Fo. i L <~o11i ( ho —CI : .t _ §";;; 11

A Fig. 2 Physical Dimensions of 'F?Qig?té f’%nit mm ) ACLAP8251 i t Le2 0 + + + PoP d b114 | t t 1 1 1 + 1 t [ 1 1| t 1 1 t I t 1 1 1 L 1 1 9998 * B 0001 s 8 3 0 T rd sd i 3 H ///?T\tL\ x _| —§.—1—y— PQ 7 \:\\I ~ r.,+V a 3 a & c 5 = £ o ho m in bo A i 2 rd o 4 £ 8 35 s B. a w T s & 001z 8 & B 4 hE


Document Created: 2001-07-05 15:47:41
Document Modified: 2001-07-05 15:47:41
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