Answers to questions and supportive information

FCC ID: K66VR-5000

Cover Letter(s)

Download: PDF
FCCID_114340

NBUGSBUNNYWain\WordDocs\&LetterheadSimple.doc 3356 N. San Marcos PI., Suite 107 M. Flom G@ssociates, Inc. Ch&%‘é‘fgz’gfgfigg Tax.4g00 Global Compliance Center general @mflom.com www.mflom.com August 22nd, 2000 «= FEDERAL COMMUNICATIONS COMMISSION VIA ELECTRONIC FILING Attention: Katie Hawkins Applicant: YAESU MUSEN CO. LTD. Equipment: FCC ID:;: K66VR—5000 EA97917 Correspondence 15384 Katie: In reply to your e—mail dated 08/02/2000: Item 1. Our records show that the external and internal photos were up—loaded the first time. They are being sent again. Item 2. Attestation from the Applicant conceming the blocking of cellular frequencies which we trust now meet your requirement Item 3. There are 10 rear panel connections per the attached list. Anbtennas (#3 ~and #5) are obtained selectively with antenna switch #4. Antennas cannot be used simultaneously. Item 4. All ports were connected including Toshiba Computer FPCC ID: CJAUK323. Attached are the photos. The computer is only used to view the received frequency. Item 5. Please refer to Page 10 of original report. Data shows measurements at low, medium and high frequencies. With all 10 rear panel connections cabled, the level of the worst case emissions are shown on the attached data sheet. We trust the foregoing and attached now satisfy the requirements of the Commission and that the Grant will be issued A.S.A.P. Personal regards, mf ;mg£ encs. co: Applicant co:r— A2LA

YAE SU Radio Communications YAESU MUSEN CO., LTD. 4—8—8 Nakameguro, Meguro—ku, Tokyo 153—8644, Japan Tel : 81—(0)3—5725—6122 > Fax: 81—(0)8—5725—6205 August 8, 2000 Federal Communications Commission Authorization & Evaluations Division 7435 Oakland Mills Road Columbia, MD 21046 SUBJECT: K66GVR—5000, EA No. 97917 Attention: Katie Hawkins, Project Engineer Dear Ms. Hawkins: Regarding the subject FCC ID number, please be advised that there are no changes to the tuning, control and filtering circuitry can stop blocking of cellular frequencies since the receiver will become inoperative. The blocking of the cellular frequencies is controlled by the CPU and software. Sincerely, YAESU MUSEN CO., LTD. — 2 Mr. Tomiro Ohmoto General Manager of Export Department Performance without compromise

VR—5000 Operating Manual Rear Panel Connections (1) DC 13.5V Jack This is the DC power supply connection for the VR—5000. Connect the Supplied PA— 4A AC adapter to this jack. (2) MUTE Jack If using the VR—5000 with a transceiver, shorting this jack during transmit will mute receiver output and attenuate RF signal input. Check with information provided with your particular transceiver for proper connection. (3) ANT B Terminal Use these spring—loaded terminal connectors to connect a high—impedance antenna. (4) ANT Switch . This switch selects antenna connected from either the ANT A jack or ANT B terminal. (5) ANT A Jack Connect the 50 Q coaxial feed line to your low—impedance antenna here using a type—M (PL—259) connector. (6) EXT SP Jack This 2—contact mini phone jack provides receiver audio for an external loudspeaker with an impedance of 4 —~ 16 Q. Inserting a plug in this jack disables the loudspeaker. ' (7) REC Jack This jack provides a constant level (??? mV @ ? ) audio output, which is unaffected by the VOL and TONE controls. This audio can be used for recording purposes, and for connection to data demodulator/decoder equipment. (8) +8V Jack This output jack provides 8V DC at up to 7?? mA for low power accessories. The center contact is positive. (9) IF OUT Jack This output jack provides low—level (0.1 Vrms (—6 dBm) @ 50 ) 10.7 MHz IF output. . (10) CAT Jack This 9—pin serial DB—9 jack allows external computer control of the VR—5000. Connect a serial cable here and to the RS—232C COM port on your personal computer.

i 0



Document Created: 2000-08-22 16:25:00
Document Modified: 2000-08-22 16:25:00
© 2025 FCC.report
This site is not affiliated with or endorsed by the FCC