KJA501540332Single Channel

Users manual The customer for this VHF Transmitter does not receive a Users manual as per Aerocomm. They are provided with a outline and the specifications outline in the operate.PDF and Block.pdf files

Company: Aerocomm VHF Amp FCC ID: KJA501540332 Job # 9252-01 Figure 1: MAS Amp Block Diagram

Company: Aerocomm VHF Amp FCC ID: KJA501540332 Job # 9252-01 Figure 1: External Top view Figure 2: External Bottom View

Company: Aerocomm VHF Amp FCC ID: KJA501540332 Job # 9252-01 Figure 1: Label Location Company: Aerocomm VHF Amp FCC ID: KJA501540332 Job # 9252-01 Figure 2 :Label

Company: Aerocomm VHF Amp FCC ID: KJA501540332 Job # 9252-01 Figure 1: Internal Component View Company: Aerocomm VHF Amp FCC ID: KJA501540332 Job # 9252-01 Figure 2: Internal Trace Side

Company: Aerocomm VHF Amp FCC ID: KJA501540332 Job # 9252-01 Figure 1: Operational Desription Additional information: The EUT output power is 5 watts.

Company: Aerocomm VHF Amp FCC ID: KJA501540332 Job # 9252-01 Figure 1: Tune up Procedure

Company: Aerocomm VHF Amp FCC ID: KJA501540332 Job # 9252-01 Figure 1: Diagram - overall view Company: Aerocomm VHF Amp FCC ID: KJA501540332 Job # 9252-01 Figure 2: Diagram - Detailed view 1 of 4 Company: Aerocomm VHF Amp FCC ID: KJA501540332 Job # 9252-01 Figure 3: Diagram- Detailed view- 2 of 4 Company: Aerocomm VHF Amp FCC ID: KJA501540332 Job # 9252-01 Figure 4: Diagram detailed view- 3 of 4 Company: Aerocomm VHF Amp FCC ID: KJA501540332 Job # 9252-01 Figure 5: Diagram- detailed View- 4 of 4

Client: AeroComm, Inc. Report No.: 9252-01-004 FCC ID: KJA501540332 Issue Date: April 27, 2000 Model: 50124-03-32 Page 1 of 36 Client: AeroComm, Inc. Report No.: 9252-01-004 FCC ID: KJA501540332 Issue Date: April 27, 2000 Model: 50124-03-32 Page 2 of 36 Table of Contents Exhibit Title Page Cover Page Table of Contents 2 I Engineering Statements 3 II Authorization Letter 6 III Measurement Instrument List 7 IV Labeling 8 V EUT Information and Data 10 VI Block Diagram 14 VII EUT Configuration and Cables 15 VIII Conducted Data 16 IX Radiated Data (Per Section 2.1053) 18 X Data for CFR 47 Part 2.1041 19 Section 2.1046 –RF Power Output 20 Section 2.1047 –Modulation Characteristics 21 Sections 2.1049 (i) and 90.219 (b & c) - Emissions Mask 22 Section 2.1051 – Spurious Emissions at Antenna Terminal 24 XI EUT & Test Setup Photos 31 XII Compliance Information 35 XIII Operation & Instruction Manual 36 Client: AeroComm, Inc. Report No.: 9252-01-004 FCC ID: KJA501540332 Issue Date: April 27, 2000 Model: 50124-03-32 Page 3 of 36 Exhibit I Engineering Statements This report has been prepared on behalf of AeroComm, Inc. to certify a Private Land Mobile Radio Service VHF Power Amplifier. The test was performed for above said device under Parts 2.1033 (c ) and Part 90 of the FCC Rules and Regulations. The test results found in this test report relate only to the items tested. EQUIPMENT UNDER TEST: VHF Power Amplifier Model: 50124-03-32 Power Supply General Requirements: 12 VDC, 0.3 Amps FCC ID: KJA501240332 APPLICABLE RULES: CFR 47 Part 2.1033 (c); 2.1046, 90.209, 90.213, 2.1055/90.213 EQUIPMENT CATEGORY: Power Amplifier, Licensed MEASUREMENT LOCATION: F-Squared Laboratories in Damascus, MD. Site description and attenuation data are on file with the FCC's Sampling and Measurement Branch at the FCC Laboratory in Columbia, MD. MEASUREMENT PROCEDURE: All measurements were performed according to the 1992 version of ANSI C63.4. A list of the measurement equipment can be found in Exhibit II. Client: AeroComm, Inc. Report No.: 9252-01-004 FCC ID: KJA501540332 Issue Date: April 27, 2000 Model: 50124-03-32 Page 4 of 36 Client: AeroComm, Inc. Report No.: 9252-01-004 FCC ID: KJA501540332 Issue Date: April 27, 2000 Model: 50124-03-32 Page 5 of 36 EMI Countermeasures Statement Client: AeroComm, Inc. Report No.: 9252-01-004 FCC ID: KJA501540332 Issue Date: April 27, 2000 Model: 50124-03-32 Page 6 of 36 Exhibit II Client: AeroComm, Inc. Report No.: 9252-01-004 FCC ID: KJA501540332 Issue Date: April 27, 2000 Model: 50124-03-32 Page 7 of 36 Exhibit III List of Measurement Instrumentation Equipment Type Manufacturer Model # Serial # Cal. Due Date Receiver Systems Rohde & Schwarz ESMI DE23119 Feb. 2000 LISN #1 Solar 8012-50-R-24-BNC 910488 Jan. 2000 LISN #2 Solar 8012-50-R-24-BNC 933201 Jan. 2000 Biconical Antenna Compliance Design Inc. B100 383 Jan. 2000 Biconical Antenna Compliance Design Inc. B200 292 Jan. 2000 Biconical Antenna Compliance Design Inc. B300 318 Jan. 2000 Horn Antenna Antenna Research Associates DRG-118/A 1105 Feb. 2000 Antenna Mast Compliance Design Inc. M100 NA NA Turntable F 2 Laboratories Site 1 NA NA Spectrum Analyzer HP 8391A 3149A07546 Feb. 2000 Enviormental Chamber Enviotronics N/A N/A N/A Amplifiler HP 8447f 3113A04704 July 2000 Data Logger Honeywell DRS-4505 88137287001 Jan 2000 Note: All testing was conducted between September 13, 1999 and October 15, 1999. At the time of the testing, all equipment was in calibration. Client: AeroComm, Inc. Report No.: 9252-01-004 FCC ID: KJA501540332 Issue Date: April 27, 2000 Model: 50124-03-32 Page 8 of 36 Exhibit IV Labeling The following are the label specifications for the FCC ID Label: FCC ID to be on label KJA501240332 Sample label (facsimile) -On following page Sketch of label placement -On following page Type of material -As shown on following page Size of type, FCC ID -As shown on following page Size of type, Statement -As shown on following page Label Dimensions -As shown on sample Method -permanently marking label -Indelibly printed Label attachment -Permanently glued FCC Statement -As shown on following page Client: AeroComm, Inc. Report No.: 9252-01-004 FCC ID: KJA501540332 Issue Date: April 27, 2000 Model: 50124-03-32 Page 9 of 36 Power Amplifier Label Please see File label.pdf Client: AeroComm, Inc. Report No.: 9252-01-004 FCC ID: KJA501540332 Issue Date: April 27, 2000 Model: 50124-03-32 Page 10 of 36 Exhibit V Equipment Under Test Information and Data TEST ITEM CONDITION: The equipment to be tested was received in good condition. Electrical and mechanical drawings are included in the Operation and Instruction manual as supplied in Exhibit XIII. TESTING ALGORITHM: The EUT was driven with the nominal signal level into a representative load CONDUCTED EMISSION TESTING: The EUT was placed on a 0.8 meter high, 1 X 1.5 meter non-conductive table. Power was provided to the EUT through a LISN bonded to a 3 X 2 meter ground plane. The LISN and peripherals were supplied power through a filtered AC power source. The output of the LISN was connected to the input of the receiver and emissions in the range 450kHz to 30 MHz were measured. The measurements were recorded using the quasi- peak values, and the resolution bandwidth during testing was 9kHz. All data for conducted emissions is found in Exhibit V. RADIATED EMISSIONS: SPURIOUS EMISSIONS TESTING The EUT was tested at a distance of 3 meters. The emissions were maximized by rotating the table and raising/lowering the antenna mounted on a 4 meter mast. Cable and peripheral positions were also varied to produce maximum emissions. Both horizontal and vertical field components were measured. The output of the antenna was connected to the input of the receiver and emissions were measured in the range 30MHz to 2 GHz. The measured values up to 1GHz with a resolution bandwidth of 120KHz are quasi-peak readings made at 3 meters. Emissions from 1 GHz to 2 GHz were measured with a resolution bandwidth of 1 MHz and …

Text truncated - open the document above for the full version.

Company: Aerocomm VHF Amp FCC ID: KJA501540332 Job # 9252-01 Company: Aerocomm VHF Amp FCC ID: KJA501540332 Job # 9252-01 Figure 1: Amplifier characteristics test setup Company: Aerocomm VHF Amp FCC ID: KJA501540332 Job # 9252-01 Figure 2: Radiated Emissions Company: Aerocomm VHF Amp FCC ID: KJA501540332 Job # 9252-01 Figure 3:Conducted Emissions Company: Aerocomm VHF Amp FCC ID: KJA501540332 Job # 9252-01