!! r Ceramic Filters (CERAFILr)/ Ceramic Discriminators for Communications Equipment Cat.No.P5-8
!! RoHS RoHS 2/65/EU RoHSWebRoHS http://www.murata.co.jp/info/rohs.html
!! CONTENTS r 2 4 2 3 2 3 4 r 5 r 7 r 9 r 4 5 5 r 3 6 r 5 r 7 6 7 7 8 r 2 r 22 8 r 24 r 3 r 3 r 33 9 r 34 9 2 3 4 r 36 r 38 r 4 r 42 r 44 2 3 4 5 r 46 6 r 48 r 5 6 7 8 5 64 7 69 73 8
!! 2 r e Cp/Kp Lp t D4A 3 y 3 u -B -R -R 8mm 33mm KA P K D4A -R SF y S e CF w E r M7 t DF u -R q SF r 4(Hz)kHz 3KMHzM pa SF 4 6 4 2 2 U W P E S CF SF q w SFE/S/J2 SFE/S/J4
!! 3 e CB w S r M7 t GF u -R y q CD w S r t GF 2 e Cp u -R 8mm q CD A 4(Hz)MHz M yicu yic ICNo. q CD w B y A L u X Y iic 6 2IC o -B -R -R 8mm 33mm e Cp/Kp Lp pa t C y A e LB w B r 4K t C u X i 6 o -B q CD r 4(Hz)kHz 3K i ICo
!! 4 o SFPKAK 4 CFUKGK 4 CFUKGKX 4 CFUKFK 4 CFWKA4KBFY 6 CFWKA4K 6 o 27 GH25 27G25 27GH 25 25DE23 45 CFULAK4 CFWLAK6 CFULBK4 CFWLBK6 CFULAKY4 CFWLAKY6 CFULBKY4 CFWLBKY6 27 35HJ6 27 35HJ55 25DG23 4 25DG23 4F35 G25 H35 G25 HJ35
!! r r 7.5±.3.5±.3 7.±.3 3.±.3 MARKING EIAJ CODE.9±. 8.4 max. 5. max. 2.±.3 2.±.3.5±.3.6±.3 Connection () (2) (3) (): Input (2): Ground (3): Output (in mm) SFPKAKD4A-R.5kHz fn. fn2. [4dB] 27 [fnkhz] 4. [] 2. [fn7khz] SFPKAKE4A-R.5kHz fn7.5 fn5. [4dB] 27 [fnkhz] 6. [].5 [fn5khz] SFPKAKF4A-R.5kHz fn6. fn2.5 [4dB] 27 [fnkhz] 6. [].5 [fn4khz] SFPKAKGA-R.kHz fn4.5 fn. [4dB] 25 [fnkhz] 6. [].5 [fn3khz] SFPKAKHA-R.kHz fn3. fn9. [4dB] 35 [fnkhz] 6. [].5 [fn2khz] 2 fo6db fnkhz rd.c.ifrd.c. R () (3) (2) Rg E R2 E2 RF Voltmeter S.S.G. dbm Rg+R=R2=Input/Output Impedance E: S.S.G. Output Voltage (): Input (2): Ground (3): Output 5
!! 4 36 2 32 2 3 28 3 Attenuation (db) 4 6 24 2 6 G.D.T. (μsec.) Attenuation (db) 4 6 7 2 7 8 8 8 9 4 9 43 48 2 3 4 6 7 8 9 6
!! r r 2 6.5±.3.±. MARKING 7.5 max..±. 4. max..±.3 4.±.3.±.3 6.±.3.5±.3 () (2) (3) EIAJ CODE C.5.2±..5±.3 3.±.3 Connection (): Input (2): Output (3): Ground (in mm) CFUKGKD4A-R.5kHz fn. fn2. [4dB] 27 [fnkhz] 4. [] 2. [fn7khz] CFUKGKE4A-R.5kHz fn7.5 fn5. [4dB] 27 [fnkhz] 6. [].5 [fn5khz] CFUKGKF4A-R.5kHz fn6. fn2.5 [4dB] 27 [fnkhz] 6. [].5 [fn4khz] CFUKGKGA-R.kHz fn4.5 fn. [4dB] 25 [fnkhz] 6. [].5 [fn3khz] fo6db fnkhz rd.c.ifrd.c. R () (2) Rg S.S.G. dbm E (3) R2 E2 RF Voltmeter Connection (): Input (2): Output (3): Ground Rg+R=R2=Input/Output Impedance 7
!! 4 2 2 2 3 3 3 Attenuation (db) 4 6 2 G.D.T. (μsec.) Attenuation (db) 4 6 7 7 8 8 9 9 43 48 2 3 4 6 7 8 9 8
!! r r 6.5±.3.±. MARKING EIAJ CODE 7.5 max..±. 4. max. C.5.2±. 3.±.3 4.±.3.±.3 6.±.3.5±.3 () (2) (3).5±.3 3.±.3 Connection (): Input (2): Output (3): Ground (in mm) CFUKGKE4X-R.5kHz fn7.5 fn7.5 [4dB] 27 [fnkhz] 6. []. [fn5khz] 25. [fn5khz] CFUKGKF4X-R.5kHz fn6. fn5. [4dB] 27 [fnkhz] 6. []. [fn4khz] 25. [fn4khz] CFUKGKGX-R.kHz fn4.5 fn2.5 [4dB] 25 [fnkhz] 6. []. [fn3khz] 25. [fn3khz] CFUKGKHX-R.kHz fn3. fn. [4dB] 25 [fnkhz] 7. []. [fn2khz] 25. [fn2khz] fo6db fnkhz rd.c.ifrd.c. R () (2) Rg S.S.G. dbm E (3) R2 E2 RF Voltmeter Connection (): Input (2): Output (3): Ground Rg+R=R2=Input/Output Impedance 9
!! 2 2 2 3 Attenuation (db) 3 4 6 G.D.T. (μsec.) Attenuation (db) 3 4 6 7 7 8 8 9 9 43 48 2 3 4 6 7 8 9
!! r r 6.5±.3.±. MARKING EIAJ CODE 7.5 max..±. 4. max. C.5.2±. 4.±.3 4.±.3.±.3 6.±.3.5±.3 () (2) (3).5±.3 3.±.3 Connection (): Input (2): Output (3): Ground (in mm) CFUKFKA2X-R 2.kHz fn7.5 fn4. [4dB] 25 [fnkhz] 4. []. [fn2khz] 5. [fn2khz] CFUKFKB4X-R.5kHz fn5. fn35. [4dB] 25 [fnkhz] 5. []. [fnkhz] 5. [fnkhz] CFUKFKC4X-R.5kHz fn2.5 fn3. [4dB] 25 [fnkhz] 6. []. [fn8khz] 5. [fn8khz] CFUKFKDX-R.kHz fn. fn25. [4dB] 23 [fnkhz] 7. []. [fn7khz] 2. [fn7khz] CFUKFKEX-R.kHz fn7.5 fn2. [4dB] 23 [fnkhz] 8. []. [fn5khz] 2. [fn5khz] fo6db fnkhz rd.c.ifrd.c. R () (2) Rg S.S.G. dbm E (3) R2 E2 RF Voltmeter Connection (): Input (2): Output (3): Ground Rg+R=R2=Input/Output Impedance
!! 2 2 2 3 3 4 Attenuation (db) 4 6 G.D.T. μ(sec.) Attenuation (db) 4 6 7 7 8 8 9 9 43 48 2 3 4 6 7 8 9 2
!! r r 6.5.2±. 7.5 max. MARKING EIAJ CODE Dot marking 3. 5.5.5 Sealing.2±. C.3.2±..2±. () (2) (4) (3) 3.max. 3..5±.3 5.5 3..5±.3 Sealing (): Input (2): Output (3)(4): Ground Tolerance ±.3mm ( in mm) 5 CFWKA4KDFA-R 4. - fn. fn2. [db] [fnkhz] - 4. [] 3. [fn7khz] CFWKA4KEFA-R 4. - fn7.5 fn5. [db] [fnkhz] - 6. [] 3. [fn5khz] CFWKA4KEFA-R 4. fn6.5 - fn5. [db] 55 [fn833khz] 4. [fnkhz] [fn] 3. [fn6.5khz] CFWKA4KFFA-R 4. - fn6. fn2.5 [db] [fnkhz] - 6. [] 3. [fn4khz] CFWKA4KGFA-R 4. - fn4.5 fn. [db] [fnkhz] - 6. [] 2. [fn3khz] rd.c.ifrd.c. R () (2) Rg S.S.G. dbm E (4) (3) R2 E2 RF Voltmeter Connection (): Input (2): Output (3)(4): Ground Rg+R=R2=Input/Output Impedance 3
!! 4 4 8 2 2 3 3 Attenuation (db) 6 2 24 2 G.D.T. (μ sec.) Attenuation (db) 4 6 5 28 32 7 8 36 9 4 44. 4. 46. 43 48 2 3 Attenuation (db) 4 6 7 8 9 2 3 4 6 7 8 9 4
!! r r 6.5.2±. Y B EIAJ CODE 3. 5.5.5 7.5 max. Dot marking Sealing.2±. C.3.2±..2±. () (2) (4) (3) 3. max. 3..5±.3 5.5 3..5±.3 Sealing (): Input (2): Output (3)(4): Ground ( ) Tolerance ±.3mm in mm 6 CFWKA4KBFY-R 4. fn.5 fn3. fn3. [db] 45 4. [fnkhz] [] 2 [..MHz] 3. [fnkhz] rd.c.ifrd.c. R () (2) Rg S.S.G. dbm E (4) (3) R2 E2 RF Voltmeter Connection (): Input (2): Output (3)(4): Ground Rg+R=R2=Input/Output Impedance 5
!! 2 2 4 6 2 3 Attenuation (db) 8 2 G.D.T. (μ sec.) Attenuation (db) 4 6 4 7 6 8 8 9 6 2 42 43 44 4 46 47 48 2 3 4 6 7 8 9 6
r 26 23 8 23 26 3 62 4 2 7!!
!! r r r 8
r 26 23 8 23 26 3 62 4 2 r r 9!!
!! r r 7 Input electrode marker 3.45±.2 3.±.2 to.4 (.6) (.6) (.6) to.4 (.28)(.28).65±.3.7±.3.65±.3.85±.3.85±.3.3 min..3 min. () (2) (3) (6) (5) (4) (.28)(.28).75±.3 to.35 to.35.3±. (): Input (2)(5): Ground (3)(4): No connect (6): Output : EIAJ Monthly Code ( ): Reference (in mm) SFECFM7HA-R.7 3kHz - 8 4kHz 47 4.2.dB. 3 [9MHzfo] 3 [fo2mhz] 33 SFECFM7HF-R -.7 fn25 5 8. [fn]. 3 [9MHzfn] 25 [fn2mhz] 33 SFECFM7GA-R.7 3kHz - 23 khz 5 3.52.dB. 3 [9MHzfo] 3 [fo2mhz] 33 SFECFM7GF-R -.7 fn45 56 8. [fn]. 3 [9MHzfn] 25 [fn2mhz] 33 SFECFM7FA-R.7 3kHz - 28 khz 59 3.2.dB. 3 [9MHzfo] 3 [fo2mhz] 33 SFECFM7FF-R -.7 fn65 62 7. [fn]. 3 [9MHzfn] 25 [fn2mhz] 33 SFECFM7EA-R.7 3kHz - 33 khz 7 3.2.dB. 3 [9MHzfo] 3 [fo2mhz] 33 SFECFM7DA-R.7 3kHz - 42 9 3.2.dB 3. 35 [9MHzfo] 25 [fo2mhz] 33 SFECFM7DF-R -.7 fn 99 6. [fn] 3. 2 [9MHzfn] 2 [fn2mhz] 33 [2dB] 3dB B.W. (fo)3db rd.c.ifrd.c. 2
!! SFECFM7HAS-R.7 3kHz - 8 4kHz 47 4.2.dB. 3 [9MHzfo] 3 [fo2mhz] 33 SFECFM7HFS-R -.7 fn25 5 8. [fn]. 3 [9MHzfn] 25 [fn2mhz] 33 SFECFM7GAS-R.7 3kHz - 23 khz 5 3.52.dB. 3 [9MHzfo] 3 [fo2mhz] 33 SFECFM7GFS-R -.7 fn45 56 8. [fn]. 3 [9MHzfn] 25 [fn2mhz] 33 SFECFM7FAS-R.7 3kHz - 28 khz 59 3.2.dB. 3 [9MHzfo] 3 [fo2mhz] 33 SFECFM7FFS-R -.7 fn65 63 7. [fn]. 3 [9MHzfn] 25 [fn2mhz] 33 SFECFM7EAS-R.7 3kHz - 33 khz 7 3.2.dB. SFECFM7DFS-R -.7 fn45 99 6. [fn] 3. 3 [9MHzfo] 2 [9MHzfn] 3 [fo2mhz] 2 [fn2mhz] 33 33 7 [2dB] 3dB B.W. (fo)3db rd.c.ifrd.c. (3) (2) (4) (5) R Rg S.S.G. E () (6) R2 C2 E2 RF Voltmeter Rg = Ω R = 28Ω ±5% R2 = 33Ω ±5% C2 = ± 2 pf (Including stray capacitance and Input capacitance of RF Volt Meter) E: S.S.G. Output Voltage (): Input (2)(5): Ground (3)(4): No connect (6): Output 7. 6. Attenuation (db) 2 3 4 5 5. 4. 3. 2. G.D.T. (μsec.) Attenuation (db) 2 3 4 6. 6 7..3..7.9. Frequency (MHz) 7 8.7 9.7.7.7 2.7 Frequency (MHz) 2
!! r r 8 4.5 () (2) 3.8 (.8) (4) (4-R.3) (4) () (2.25) (4.) (.3) * (3) (2) (3). max..85.5.3.6..5 (3.5).4 (): Input (2): Output (3): No Connect (4): Ground *: EIAJ Monthly Code Tolerance unless otherwise specified: ±. ( ): Reference (in mm) SFSCEM7WF3-R.7 fn. 2.2 (Total) [2dB] 6. [] 2. [3dB] 3/25 [5.7MHzfn/fn5.7MHz].6 [fn4khz] 47 SFSCEM7WF4-R.7 SFSCEM7WF5-R.7 fn4. fn325..8 (Total) [2dB].7 (Total) [2dB] 6. [] 6. [].5 [3dB].5 [3dB] 35/25 [5.7MHzfn/fn5.7MHz] 4/3 [5.7MHzfn/fn5.7MHz].6 [fn325khz].6 [fn2khz] 47 47 rd.c.ifrd.c. (4) (3) R () (2) Rg S.S.G. R2 C2 RF Voltmeter (): Input (2): Output (3): No Connect (4): Ground R+Rg=R2=Input/Output Impedance, Rg=Ω C2=pF (Including stray capacitance and Input capacitance of RF Voltmeter) E: S.S.G. Output Voltage 22
!! 2. 2.6 2 Attenuation (db) 4 6.2.8 G.D.T. (μsec.) Attenuation (db) 4 8.4 6. 9. 9.9.3.7...9 Frequency (MHz) 8 6.7 8.7.7 2.7 4.7 Frequency (MHz) 8 23
r 23 26 3 4 26 8 23 2 62 B A C 24!!
r r r 25!!
r 24 23 8 23 24 62 3 3 2 B A C 26!!
!! r r r 27
r B A C 26 23 8 23 26 3 62 4 2 28!!
!! r r r 29
!! r 2.475 6.95 2..8.2.7.7.4.2.55 7.45 3.5.6 2...925 2. 2..9 2. (in mm) (in mm).5 3. 5.5.2 3..3.4. (6) (5) (4).3...5.3 4-R3. 6.5 7.5 () (2) (3)..5.6.5.8 2. (in mm)..8.6.8.6.8. (): Input (2)(5): Ground (3)(4): No connect (6): Output It shows solder resist land pattern. (in mm).5.4.. (3) (4)..5.8.3 (2) ().5 It shows solder resist land pattern..5 (): Input (2): Output (3): No Connect (4): Ground (in mm) 3
!! r Part Number SFPKA CFUKG CFUKF CFWKA ø8mm 4 4 3 ø33mm, Dimensions of Carrier Tape Dimensions of Reel 2.±. 4.±. ø.5 +. - 7.5±..75±. 6.±.2 8.8±. 8± 33±2 Trailer 6 to 9 Empty Components ø3.±.2 Leader Cover film Empty 24 to 28 4 to 56 2.±. User direction of feed 5.3±. 2.2±.5 7.4±. Cover film 7.5±.5 2.5±. Label (in mm) Dimensions of Carrier Tape Dimensions of Reel 2.±. 4.±. +. ø.5 -. 7.5±..75±. 6.76±. 6.±.2 8.±. 7.7±. (ø6 +. - ) (ø8 + -3. ) Trailer 6 to 9 Empty 2.±.2 ø3.±.5 Components Leader Cover film Empty 6 to 2 4 to 56 8.±. 6.7±. Cover film 4.2±. 7.±. 9.4±.3 6.3±. (in mm) 3
!! r Dimensions of Carrier Tape 4.±. 2.±. +. ø.5 -..5±..75±. 24.±.3 2.4±. 2.±. (ø62.±.) (ø78±2.) Dimensions of Reel Trailer 6 to 9 Empty 2.±.2 ø3.±.5 Components Leader Cover film Empty 24 to 28 4 to 56 2.±. User direction of feed.4±. 3.2±. 25.5±. 29.9±. 8.±. Cover film 7.7±. (in mm) 32
!! r Part Number SFECF SFSCE ø8mm 2,, Dimensions of Carrier Tape Dimensions of Reel Peeling strength (. to.7n) Cover film ø.55±.5 max. 2.±.5 4.±. 4.±. Chip filter +. 3.35-.5 (3 ) 4.±. 5.5±.5.75±. 2.±.2 3 max..3±.5 (.5).84±. 4.±. +. 6-8 + -.5 7.±. +. 3. - Trailer 6 to 9 Empty Components ø3.±.5 2.±.5 Leader Cover film Empty 24 to 28 4 to 56 User direction of feed ( ): Reference (in mm) Dimensions of Carrier Tape Dimensions of Reel ± ± ± ± ± ± ± ± Trailer ± Cover film Cover film ± (3 ) ± ± ± ± ± ± (in mm) 33
!! r r 8.±.3 MARKING EIAJ CODE.5±.5 2.7±.3 (2).5 max. () (3) 3.3±.5 3.±.3 7.±.3 4.2±.3 7.3±.3.2±.5.8±..6±..3±. Connection (): Input (2): Ground (3): Output (in mm) CFULAKB2A-B 2.kHz fn5. fn3. [4dB] 27 [fnkhz] 4. [] 9 CFULAKC2A-B 2.kHz fn2.5 fn24. [4dB] 27 [fnkhz] 4. [] CFULAKD4A-B.5kHz fn. fn2. [4dB] 27 [fnkhz] 4. [] CFULAKE4A-B.5kHz fn7.5 fn5. [4dB] 27 [fnkhz] 6. [] CFULAKF4A-B.5kHz fn6. fn2.5 [4dB] 27 [fnkhz] 6. [] 2 CFULAKGA-B.kHz fn4.5 fn. [4dB] 25 [fnkhz] 6. [] 2 CFULAKHA-B.kHz fn3. fn9. [4dB] 35 [fnkhz] 6. [] 2 fo6db fnkhz rd.c.ifrd.c. R (3) () (2) Rg S.S.G. dbm E R2 E2 RF Voltmeter Connection (): Input (2): Ground (3): Output Rg+R=R2=Input/Output Impedance 34
!! 2 2 2 3 3 Attenuation (db) 4 6 G.D.T. (μsec.) Attenuation (db) 4 6 7 7 8 8 9 9 43 48 2 3 4 6 7 8 9 9 35
!! r r.±.5 MARKING EIAJ CODE 7.±.5 7.5±.5.8±..5 max..5 2.9±.3.35±.5 (4) (3) (5) 2.9.3 2.9±.3 (2) 2.3±.5 2.±.3 () 3.5±.5 2.6±.3.2±.5 4.3±.3.6±. Connection (): Input (2)(3)(4): Ground (5): Output (in mm) CFWLAKBFA-B. fn5. fn3. [db] 35 [fnkhz] 4. [] 3. [fnkhz] CFWLAKCFA-B. fn2.5 fn24. [db] 35 [fnkhz] 4. [] 3. [fn8khz] CFWLAKDFA-B. fn. fn2. [db] 35 [fnkhz] 4. [] 3. [fn7khz] CFWLAKEFA-B. fn7.5 fn5. [db] 35 [fnkhz] 6. [] 3. [fn5khz] CFWLAKFFA-B. fn6. fn2.5 [db] 35 [fnkhz] 6. [] 3. [fn4khz] 2 CFWLAKGFA-B. fn4.5 fn. [db] 35 [fnkhz] 6. [] 2. [fn3khz] 2 CFWLAKHFA-B. fn3. fn9. [db] 6 [fnkhz] 6. [] 2. [fn2khz] 2 CFWLAKJFA-B. fn2. fn7.5 [db] 6 [fnkhz] 7. [] 2. [fn.5khz] 2 rd.c.ifrd.c. R (5) () (2) (3) (4) Rg S.S.G. dbm E R2 E2 RF Voltmeter Connection (): Input (5): Output (2)(3)(4): Ground Rg+R=R2=Input/Output Impedance 36
!! 4 2 3 2 3 3 Attenuation (db) 4 6 2 G.D.T. (μsec.) Attenuation (db) 4 6 7 7 8 8 9 9 43 48 2 3 4 6 7 8 9 37
!! r r 6.5±.3 MARKING EIAJ CODE.±.3 4.3±.3 3.5±.3 6.3±.3 6.5±.3.5±.5.8±.3 2.4±.3.8±.3.7±.3 () (2) (3) (4).7±..5±.. max. Connection (): Input (2): Output (3) : Ground (4)} (in mm) CFULBKB2A-B 2.kHz fn5. fn3. [4dB] 27 [fnkhz] 4. [] CFULBKC2A-B 2.kHz fn2.5 fn24. [4dB] 27 [fnkhz] 4. [] CFULBKD4A-B.5kHz fn. fn2. [4dB] 27 [fnkhz] 4. [] CFULBKE4A-B.5kHz fn7.5 fn5. [4dB] 27 [fnkhz] 6. [] CFULBKF4A-B CFULBKGA-B.5kHz.kHz fn6. fn4.5 fn2.5 [4dB] fn. [4dB] 27 [fnkhz] 25 [fnkhz] 6. [] 6. [] 2 2 CFULBKHA-B.kHz fn3. fn9. [4dB] 35 [fnkhz] 6. [] 2 CFULBKJA-B.kHz fn2. fn7.5 [4dB] 35 [fnkhz] 6. [] 2 fo6db fnkhz CFULBK4CFULAK rd.c.ifrd.c. R () (2) (3) (4) Rg S.S.G. dbm E R2 E2 RF Voltmeter Connection (): Input (2): Output (3)(4): Ground Rg+R=R2=Input/Output Impedance 38
!! 2 2 2 3 3 Attenuation (db) 4 6 G.D.T. (μsec.) Attenuation (db) 4 6 7 7 8 8 9 9 43 48 2 3 4 6 7 8 9 39
!! r r 9.5±.3 MARKING EIAJ CODE.±.3 4.3±.3 3.5±.3 6.3±.3 6.5±.3.5±.5 2.5±.3 2.7±.3 2.8±.3.9±.3 () (3) (4) (2) (5).7±.3.7±..5±.. max. Connection (): Input (2): Output (3) (4) : Ground } (5) (in mm) CFWLBKBFA-B. fn5. fn3. [db] 35 [fnkhz] 4. [] CFWLBKCFA-B. fn2.5 fn24. [db] 35 [fnkhz] 4. [] CFWLBKDFA-B. fn. fn2. [db] 35 [fnkhz] 4. [] CFWLBKEFA-B. fn7.5 fn5. [db] 35 [fnkhz] 6. [] CFWLBKEFA4-B. fn7.5 fn5. [6dB] 6 [fn5khz3khz] 5. [fn] 2 CFWLBKFFA-B. CFWLBKGFA-B. fn6. fn4.5 fn2.5 [db] fn. [db] 35 [fnkhz] 35 [fnkhz] 6. [] 6. [] 2 2 CFWLBKHFA-B. fn3. fn9. [db] 55 [fnkhz] 6. [] 2 CFWLBKJFA-B. fn2. fn7. [db] 55 [fnkhz] 7. [] 2 CFWLBK4CFWLAK rd.c.ifrd.c. R () (2) (3) (4) (5) Rg S.S.G. dbm E R2 E2 RF Voltmeter Connection (): Input (2): Output (3)(4)(5): Ground Rg+R=R2=Input/Output Impedance 4
!! 2 2 2 3 3 Attenuation (db) 4 6 G.D.T. (μsec.) Attenuation (db) 4 6 7 7 8 8 9 9 43 48 2 3 4 6 7 8 9 2 4
!! r r 8.±.3 MARKING EIAJ CODE.5±.5 2.7±.3 (2).5 max. () (3) 3.3±.5 3.±.3 7.±.3 4.2±.3 7.3±.3.2±.5.8±..6±..3±. Connection (): Input (2): Ground (3): Output (in mm) CFULAKB4Y-B.5kHz fn5. fn35. [4dB] 25 [fnkhz] 5. [] 5. [fnkhz] CFULAKC4Y-B.5kHz fn2.5 fn3. [4dB] 25 [fnkhz] 6. [] 5. [fn8khz] CFULAKDY-B.kHz fn. fn25. [4dB] 23 [fnkhz] 7. [] 2. [fn7khz] CFULAKEY-B.kHz fn7.5 fn2. [4dB] 23 [fnkhz] 8. [] 2. [fn5khz] CFULAKFY-B.kHz fn6. fn7.5 [4dB] 23 [fnkhz] 9. [] 2. [fn4khz] 2 CFULAKGY-B.kHz fn4.5 fn5. [4dB] 23 [fnkhz]. [] 2. [fn3khz] 2 3 fo6db fnkhz rd.c.ifrd.c. R (3) () (2) Rg S.S.G. dbm E R2 E2 RF Voltmeter Connection (): Input (2): Ground (3): Output Rg+R=R2=Input/Output Impedance 42
!! 2 2 2 3 3 Attenuation (db) 4 6 7 Group Delay Time (μsec) Attenuation (db) 4 6 7 8 8 9 9 43 48 2 3 4 6 7 8 9 3 43
!! r r.±.5 MARKING EIAJ CODE 7.±.5 7.5±.5.8±..5 max..5 2.9±.3.35±.5 (4) (3) (5) 2.9.3 2.9±.3 (2) 2.3±.5 2.±.3 () 3.5±.5 2.6±.3.2±.5 4.3±.3.6±. Connection (): Input (2)(3)(4): Ground (5): Output (in mm) CFWLAKB4Y-B.5kHz fn5. fn3. [db] 4 [fnkhz] 6. [] 3. [fnkhz] CFWLAKC4Y-B.5kHz fn2.5 fn27.5 [db] 4 [fnkhz] 7. [] 3. [fn8khz] CFWLAKDY-B.kHz fn. fn25. [db] 4 [fnkhz] 8. [] 3. [fn7khz] CFWLAKEY-B.kHz fn7.5 fn2. [db] 4 [fnkhz] 9. [] 3. [fn5khz] CFWLAKFY-B.kHz fn6. fn7.5 [db] 4 [fnkhz]. [] 4. [fn4khz] 2 CFWLAKGY-B.kHz fn4.5 fn5. [db] 4 [fnkhz]. [] 4. [fn3khz] 2 fo6db fnkhz rd.c.ifrd.c. 4 R (5) () (2) (3) (4) Rg S.S.G. dbm E R2 E2 RF Voltmeter Connection (): Input (5): Output (2)(3)(4): Ground Rg+R=R2=Input/Output Impedance 44
!! 4 2 2 3 3 3 Attenuation (db) 4 6 7 2 Group Delay Time (μsec) Attenuation (db) 4 6 7 8 8 9 9 43 48 2 3 4 6 7 8 9 4 45
!! r r 6.5±.3 MARKING EIAJ CODE.±.3 4.3±.3 3.5±.3 6.3±.3 6.5±.3.5±.5.8±.3 2.4±.3.8±.3.7±.3 () (2) (3) (4).7±..5±.. max. Connection (): Input (2): Output (3) : Ground (4)} (in mm) CFULBKB4Y-B.5kHz fn5. fn35. [4dB] 25 [fnkhz] 5. [] 5. [fnkhz] CFULBKC4Y-B.5kHz fn2.5 fn3. [4dB] 25 [fnkhz] 6. [] 5. [fn8khz] CFULBKDY-B.kHz fn. fn25. [4dB] 23 [fnkhz] 7. [] 2. [fn7khz] CFULBKEY-B.kHz fn7.5 fn2. [4dB] 23 [fnkhz] 8. [] 2. [fn5khz] CFULBKFY-B.kHz fn6. fn7.5 [4dB] 23 [fnkhz] 9. [] 2. [fn4khz] 2 CFULBKGY-B.kHz fn4.5 fn5. [4dB] 23 [fnkhz]. [] 2. [fn3khz] 2 fo6db fnkhz CFULBK_Y4CFULAK_Y rd.c.ifrd.c. 5 R () (2) (3) (4) Rg S.S.G. dbm E R2 E2 RF Voltmeter Connection (): Input (2): Output (3)(4): Ground Rg+R=R2=Input/Output Impedance 46
!! 2 2 2 3 3 Attenuation (db) 4 6 7 Group Delay Time (μsec) Attenuation (db) 4 6 7 8 8 9 9 43 48 2 3 4 6 7 8 9 5 47
!! r r 9.5±.3 MARKING EIAJ CODE.±.3 4.3±.3 3.5±.3 6.3±.3 6.5±.3.5±.5 2.5±.3 2.7±.3 2.8±.3.9±.3 () (3) (4) (2) (5).7±.3.7±..5±.. max. Connection (): Input (2): Output (3) (4) : Ground } (5) (in mm) CFWLBKB4Y-B.5kHz fn5. fn3. [db] 4 [fnkhz] 6. [] 3. [fnkhz] CFWLBKC4Y-B.5kHz fn2.5 fn27.5 [db] 4 [fnkhz] 7. [] 3. [fn8khz] CFWLBKDY-B.kHz fn. fn25. [db] 4 [fnkhz] 8. [] 3. [fn7khz] CFWLBKEY-B.kHz fn7.5 fn2. [db] 4 [fnkhz] 9. [] 3. [fn5khz] CFWLBKFY-B.kHz fn6. fn7.5 [db] 35 [fnkhz]. [] 4. [fn4khz] 2 CFWLBKGY-B.kHz fn4.5 fn5. [db] 4 [fnkhz]. [] 4. [fn3khz] 2 fo6db fnkhz CFWLBK_Y4CFWLAK_Y rd.c.ifrd.c. R () (2) (3) (4) (5) 6 Rg S.S.G. dbm E R2 E2 RF Voltmeter Connection (): Input (2): Output (3)(4)(5): Ground Rg+R=R2=Input/Output Impedance 48
!! 2 2 2 3 3 Attenuation (db) 4 6 7 Group Delay Time (μsec) Attenuation (db) 4 6 7 8 8 9 9 43 48 2 3 4 6 7 8 9 6 49
r 2 2 CFULA CFULB CFWLA CFWLB r r!!
!! 6.6±.3.±..5±.2 6.±.2 MARKING EIAJ CODE 3.7±.2 6.±.2 6.2±.2.5±.3 3. max. 3.±.3 (in mm) MARKING EIAJ CODE 6. max. 6.3 max. 4.2±.5.5±..5±.5.6±.2.8±.2 4.2±.2.9±.2 (in mm) 6.±.2 3.±.3 MARKING EIAJ CODE 6. max. 6.3 max. 4.2±.5.5±..5±.5.5±.3.±.3 4.2±.2.9±.2.5±.2 (in mm) CDBLBKCAX2-B CDBLBKCAX3-B 447..5kHz ( Z =2.5k) 447..5kHz ( Z =2.5k) 463..5kHz ( Z =.k) 463..5kHz ( Z =.k) 4pF2% TA84F TOSHIBA 4pF2% TA34 TOSHIBA 7 D.C. 5
!! K K 8 8 K K K 9 K 9 Impedance (Ω) K 5K Phase (deg) Impedance (Ω) K 5K Phase (deg) K K 9 9 4 42 44 46 48 8 4 42 44 46 48 8 CDBKBKCAX33-R - 462..5kHz 44.kHz 2 pf2% CXA474 SONY SMD CDBLBKCAY3-B -..5kHz 465.kHz 7 5pF2% CXA84M SONY CDBLBKCAX5-B - 463.5.kHz 432.kHz 3 4pF2% CXA83M SONY CDBLBKCAX25-B - 465..5kHz 454.kHz 3 35pF2% CXA484 SONY CDBLBKCAX33-B - 465..5kHz 454.kHz 3 35pF2% CXA474 SONY D.C. K 8 K K 8 K K 9 K 9 5K Impedance (Ω) K 5K Phase (deg) Impedance (Ω) K Phase (deg) K 9 9 7 8 4 42 44 46 48 38 4 42 44 46 48 8 52
!! K 8 K 8 K K 9 K K 9 Impedance (Ω) K 5K Phase (deg) Impedance (Ω) K 5K Phase (deg) K 9 K 9 39 4 43 4 47 49 8 4 42 44 46 48 8 K 8 K K 9 Impedance (Ω) K 5K Phase (deg) K 9 8 4 42 44 46 48 7 53
!! CDBKB4KCAY79-R 4 fn3. 45 4 - - TB3232FG TOSHIBA SMD CDBKBKCAY7-R fn4. 3 6 3. - MC3357 MOTOROLA SMD CDBKBKCAY9-R fn4. 2 4.5 - NE64N PHILIPS SMD CDBKBKCAY3-R fn4. 33 4. - CXA3BM SONY SMD CDBKBKCAY6-R fn4. 75 4 2. - MC3372 MOTOROLA SMD CDBKBKCAY24-R fn4. 4 2. - TA336 TOSHIBA SMD CDBKBKCAY27-R fn4. 9 3 2. - TK487 TOKO SMD CDBKBKCAY28-R fn4. 4 2 3. - TA342F TOSHIBA SMD CDBKBKCAY29-R fn4. 3 2.5 - NE65 PHILIPS SMD CDBKBKCAY35-R fn4. 4 2.5 - TK93 TOKO SMD CDBKBKCAY4-R fn4. 4 2 3.5 - TA345 TOSHIBA SMD CDBKBKCAY49-R fn4. 45 3. - MC336 MOTOROLA SMD CDBKBKCAY-R fn4. 64 6.4 4. - CXA37N SONY SMD CDBKBKCAY66-R fn4.2 4 4. - NJM259 JRC SMD CDBKBKCLX36-R fn3. 9 3 2.5 CDBKBKCLX39-R fn. 3 2 2.5 CDBKBKCLY3-R fn3. 2 3.5 5. [fn6khz] 7. [fn8khz] 5. [fn8khz] NE(SA)66/NE(SA)66 PHILIPS SMD NE67/NE67 PHILIPS SMD CXA3BM SONY SMD CDBLBKCAY7-B fn4. 34 6 3. - MC3357 MOTOROLA CDBLBKCAY3A-B fn4. 3 3. - CXA3BM SONY CDBLBKCAY24-B fn4. 4 2. - TA336 TOSHIBA CDBLBKCAY28-B fn4. 4 2 3. - TA342FN TOSHIBA CDBLBKCAY34-B fn4. 65 2 2.5 - MC336 MOTOROLA CDBLBKCAY4-B fn4. 4 2 3. - TA345 TOSHIBA 7 CDBLBKCAY42-B fn4. 4 5 3. - TK459/TK459 TOKO CDBLBKCAY49-B fn4. 45 3. - MC336 MOTOROLA CDBLBKCAY-B fn4. 64 6.4 4. - CXA37N SONY CDBLBKCLY9-B fn5. 7 2.5 3.5 [fn8khz] NE64N PHILIPS 54
!! CDBLBKCLY3-B fn5. 3.5 5. [fn8khz] CXA3BM SONY CDBLBKCAX6-B fn4. 85 4 2. - MC3372 MOTOROLA CDBLBKCAX8-B fn3. 8 4 2. - MC337 MOTOROLA CDBLBKCAX36-B fn3.5 25 3.5 - NE66/NE66 PHILIPS D.C. k 6 5 4 3 2 9 8.2k AF output IF input FM S. S. G. (Rg = Ω) MC3357 2 3 4 5 6 7 8.22μ C Vcc 47k X μ + R Unit C: F R: Ω Vcc 6 p 5 4 3 2 NE64 2 3 4 5 6 7 8 p X L 9 R C Part Number (X) C R CDBLBKCAY7-B pf.5kω CDBKBKCAY7-R pf.3kω Part Number (X) C R L CDBKBKCAY9-R 2pF.8kΩ CDBLBKCLY9-B 2pF 56Ω 22μH + 47μ p AF output Unit C: F R: Ω 24 23 22 2 Part Number (X) C R L CDBLBKCAY3A-B 82pF.2kΩ CDBKBKCAY3-R 82pF.kΩ CDBLBKCLY3-B 82pF 56Ω 22μH CDBKBKCLY3-R 2 CXA3BM μ μ Vcc 9 IF input 8 7 6 C 5 4 2 3 4 5 6 7 8 9 2 L X 27p 3 AF output R 5k Unit C: F R: Ω 5 5k 8.2k 5k AF output 6 5 4 3 2 9 MC3372 2 3 4 5 6 7 8 5k C Vcc 68p 22p.8k Unit C: F X R R: Ω (Rg = Ω) FM S. S. G Part Number (X) C R CDBLBKCAX6-B CDBKBKCAY6-R 27pF pf 4.3kΩ.kΩ RF input Vcc 68p 5 5k 5k 8.2k 6 5 4 3 2 9 2 3 4 5 6 7 8 22p MC337 IF input X R AF output Test condition Vcc = +4.V R = 6.2kΩ X: CDBLBKCAX8-B Unit C: F R: Ω Vcc (+2.V) μ + μ + TA336F X R μ C + 6 5 4 3 2 9 2 3 4 5 6 7 8 IF input AF output Unit C: F R: Ω Part Number (X) C R CDBLBKCAY24-B 9pF.5kΩ CDBKBKCAY24-R 9pF.2kΩ 7 55
!! 2 9 8 7 6 5 4 3 2 8.2k 43 + 2.2μ Vcc 2SC48 56p 68k 68k 33p 2 3 4 5 6 7 8 9 C Vcc TK487 2k + μ X R Unit C: F R: Ω Part Number (X) C R CDBKBKCAY27-R 33pF.kΩ Vcc 2 9 8 7 6 5 TA342F 4 3 2 2 3 4 5 6 7 8 9 + + μ C X R Vcc IF input μ μ + 68k AF output Unit C: F R: Ω Part Number (X) C R CDBLBKCAY28-B 22pF 3.3kΩ CDBKBKCAY28-R 22pF 2.7kΩ Vcc IF input 2 9 8 7 6 5 4 3 2 NE65 2 3 4 5 6 7 8 9 22k + 22μ 5n p k k k X R C Vcc 24 23 22 2 3 + AF input X.5μ R k C 2 2 9 8 7 6 5 4 3 MC336 4 5 6 7 8 9 2 Part Number (X) C R CDBKBKCAY29-R 56pF 2.2kΩ AF output Unit C: F R: Ω IF input Part Number (X) C R CDBLBKCAY34-B pf.2kω Unit C: F R: Ω IF input 24 23 22 2 2 9 8 7 6 5 4 3 Vcc 2 3 + μ 4 TK93 5 6 7 8 IF input 9 C X R 2 AF output 8.2k R2 Unit C: F R: Ω Part Number (X) C R R2 CDBKBKCAY35-R 33pF 2.kΩ.kΩ Vcc 2 9 2 8 3 + 2.2μ Part Number (X) C R CDBLBKCAX36-B 22pF 4.7kΩ CDBKBKCLX36-R 27pF 2.2kΩ 7 4 6 5 5 6 8.2k 4 NE66 or NE66 L mh 7 3 2 8 9 2k + X 2.2μ R L 2k AF output Unit C: F R: Ω C IF input 5 Vcc 2 9 8 7 6 5 4 3 2 NE67/67 (PHILIPS) C + 2.2μ 43 2 k k 9 8 7 6 5 4 3 2 56p 68k 68k 33p 68k 7 Vcc 2 3 4 5 6 7 8 9 22k +μ 8.2k Part Number (X) C R CDBKBKCLX39-R 22pF 2.7kΩ.5k X L R AF output L mh Unit C: F R: Ω L: H IF input TA345 (TOSHIBA) 2 3 4 5 6 7 8 9 + + μ μ X R + AF output p 56p Part Number (X) CDBLBKCAY4-B CDBKBKCAY4-R Unit C: F R: Ω R 3.3kΩ 2.7kΩ 56
!! Vcc (.3V) AF output p p μ 24 23 22 2 2 9 8 7 6 5 4 3 TK459V (TOKO) 2 3 4 5 6 7 8 9 2 C IF input k k.5μ R k X.33μ k k 56p 8.2k AF output Unit C: F R: Ω k k k 6 5 4 3 2 9 MC336 2 3 4 5 6 7 Vcc 22 47μ μ.22μ X 8 R Part Number (X) CDBLBKCAY49-B Unit C: F R: Ω R.8kΩ Part Number (X) C R CDBLBKCAY42-B 22pF 3.3kΩ IF input CDBKBKCAY49-R.5kΩ Vcc 24 23 22 2 2 9 8 7 6 5 4 3 2 3 4 5 6 7 8 9 2 Vcc 2p 2p X R 33μ CXA37(SONY) μ 2p AF out Part Number (X) CDBLBKCAY-B CDBKBKCAY-R Unit C: F R: Ω R 8.2kΩ 6.2kΩ + k k μ 4 3 2 9 8 NJM259(JRC) 2 3 4 5 6 7 k S.G. 5 R X + μ Part Number (X) Unit C: F R: Ω R AF output CDBKBKCAY66-R 3.kΩ.... AF Output Voltage (mv) 5.. 5.5 T.H.D. (%) AF Output Voltage (mv) 5.. 5.5 T.H.D. (%).. 44 4 46 47 44 4 46 47 7 57
!!.... AF Output Voltage (mv) 5.. 5.5 T.H.D. (%) AF Output Voltage (mv) 5.. 5.5 T.H.D. (%).. 44 4 46 47 395 435 475 55.... AF Output Voltage (mv) 5.. 5.5 T.H.D. (%) AF Output Voltage (mv) 5 5...5 T.H.D. (%).. 44 4 46 47 425 445 465 485.... AF Output Voltage (mv) 5.. 5.5 T.H.D. (%) AF Output Voltage (mv) 5.. 5.5 T.H.D. (%) 7.. 44 4 46 47 395 435 475 55 58
!!.... AF Output Voltage (mv) 5 5...5 T.H.D. (%) AF Output Voltage (mv) 5 5...5 T.H.D. (%).. 44 4 46 47 44 4 46 47.... AF Output Voltage (mv) 5 5...5 T.H.D. (%) AF Output Voltage (mv) 5 5...5 T.H.D. (%).. 44 4 46 47 44 4 46 47.... AF Output Voltage (mv) 5 5...5 T.H.D. (%) AF Output Voltage (mv) 5 5...5 T.H.D. (%) 7.. 44 4 46 47 44 4 46 47 59
!!.... AF Output Voltage (mv) 5 5...5 T.H.D. (%) AF Output Voltage (mv) 5 5...5 T.H.D. (%).. 44 4 46 47 44 4 46 47.... AF Output Voltage (mv) 5 5...5 T.H.D. (%) AF Output Voltage (mv) 5 5...5 T.H.D. (%).. 44 4 46 47 44 4 46 47.. AF Output Voltage (mv) 5 5...5 T.H.D. (%) AF Output Voltage (mv) 5 5.5 T.H.D. (%) 7.. 44 4 46 47 425 445 465 486 6
!!.... AF Output Voltage (mv) 5 5...5 T.H.D. (%) AF Output Voltage (mv) 5 5...5 T.H.D. (%).. 425 445 465 485 44 4 46 47.... AF Output Voltage (mv) 5.. 5.5 T.H.D. (%) AF Output Voltage (mv) 5.. 5.5 T.H.D. (%).. 44 4 46 47 44 4 46 47.... AF Output Voltage (mv) 5.. 5.5 T.H.D. (%) AF Output Voltage (mv) 5 5...5 T.H.D. (%). 7. 44 4 46 47 44 4 46 47 6
!!.... AF Output Voltage (mv) 5 5...5 T.H.D. (%) AF Output Voltage (mv) 5 5...5 T.H.D. (%).. 44 4 46 47 44 4 46 47.. AF Output Voltage (mv) 5. 5...5 T.H.D. (%) AF Output Voltage (mv) 5. 5...5 T.H.D. (%).. 44 4 46 47 44 4 46 47 CDBKBKCAY54-R 65 2 7 2 TA349 TOSHIBA SMD 7 62
!! Vcc (+.4V).4 2.2μ + 43 Vcc Vcc Vcc k k k μ + 24 23 22 2 2 9 8 7 6 5 4 3 TA349(TOSHIBA) p.3 2 3 4 5 6 7 8 9 2 IF input + μ X R p 2p p AF output Part Number (X) CDBKBKCAY54-R Unit C: F R: Ω R 2.7kΩ Volt (V).2.. 44 4 46 47 7 63
!!.3±.2.2±.2 4.5±. 4. max. 2.±..4 max..4±.5.4(ref.).4(ref.).8±..5±.. max..8±..5±. (in mm) CDSCBM7GA5A-R.7 3kHz 22.5 - TEA5757HL CDSCBM7GA3-R.7 3kHz 3. - TA254FN CDSCBM7GA9-R.7 3kHz 75. - TRF69 CDSCBM7GA2-R.7 3kHz 39 8. - LV23V CDSCBM7GA35-R.7 3kHz 55 75 - - TH7 CDSCBM7GA36-R.7 3kHz 4 2 - - TH722 CDSCBM7GF72-R.7 (fn) fn 3 2. - TA36 CDSCBM7GF7S-R.7 (fn) fn8 52 3. - TA3272FN CDSCBM7GF9-R.7 (fn) fn 7 3. - TK4588V CDSCBM7GF23-R.7 (fn) - - - 9 TA3275FN CDSCBM7GF23S-R.7 (fn) - - - 9 TA3275FN CDSCBM7GF26-R.7 (fn) - - - 4 NJM2295AV fn D.C. Vcc (3.V) Vcc (.2V) + μ μ + 48 47 46 45 44 43 42 4 4 2 3 4 5 6 7 8 TEA5757HL (PHILIPS) 39 38 37 36 35 34 33 32 3 3 29 S.S.G. 3 29 28 27 26 25 24 23 22 2 2 9 TA254FN (TOSHIBA) 2 3 4 5 6 7 8 9 2 X 68p 8 3 7 6 4 5 + 2.2μ D.C. OUT AF OUT 8 k DC OUT 33p.22μ AF OUT 9 2 3 4 5 + 4.7μ 6 7 28 27 26 25 8 9 2 2 22 23 24 X.47μ AFC (n) AFC (p) X: CDSCBM7GA5A-R Unit C: F R: Ω S.S.G. X: CDSCBM7GA3-R Unit C: F R: Ω 64
!! Vcc (3.V) 2 3 4 5 6 7 8 IF Input 2p 4.7μ 68p 5p 48 47 46 45 44 43 42 4 4 39 38 37 36 35 TRF69 (TEXAS INSTRUMENTS) 22k 82p AF Output 34 33 p 32 47p 3 3 29 X AF Output D.C. Output Vcc (3.2V).5μ 22μ + 36 35 34 33 32 3 3 29 28 27 26 25 24 23 22 2 2 9 LV23V (SANYO) 2 3 4 5 6 7 8 9 2 3 4 5 6 7 8 k + μ.47μ.47μ μ + +.47μ X p p 9 p 27 26 2 25 3 4 5 6 7 8 9 2 2 22 23 24.22μ +.47μ p k PIC6F84 k 28 8 7 6 5 4 3 2 2 3 4 5 6 7 8 9 k + 2.2μ X: CDSCBM7GA9-R Unit C: F R: Ω L: H S.G. 75 k.47μ μ 3.3k + μ X: CDSCBM7GA2-R + p k 8 7 6 5 4 3 2 PIC6F84 (Control IC) 2 3 4 5 6 7 8 9 k 2.2μ k + Unit C: F R: Ω Vcc (5.V) AF-OUT FKS-OUT Vcc (5.V) 33p 24 23 22 2 2 9 8 7 25 6 22k 33p 24 25 26 27 28 29 3 3 32 p p 33k 23 22 2 2 9 8 TH7, TH72, TH7 or TH72 (MELEXIS) 2 3 4 5 6 7 8 7 6 5 4 3 2 9 2p C.D. p.33μ p 26 27 28 29 3 3 TH722 [Internal AFC Enabled] (MELEXIS) 32 9 2 3 4 5 6 7 8 33p S.G. 33p 33p C.D. 3.3k 5 4 3 2 k k FKS-OUT AF-OUT p 33p S.G. 8 7 6 5 4 3 2 PIC6F84 (Control IC) 2 3 4 5 6 7 8 9 + μ 33p X: CDSCBM7GA35-R Unit C: F R: Ω k + 2.2μ k X: CDSCBM7GA36-R Unit C: F R: Ω Vcc (3V) Vcc (5.V) AF Output 4.7μ + μ AF OUT R X p 24 23 22 2 2 9 8 7 6 5 4 3 TA3272FN (TOSHIBA) 2 3 4 5 6 7 8 9 2 6 5 4 3 2 TA36 (TOSHIBA) 9 p C.D..2k 2 3 4 5 6 7 8 IF IN + 33μ X: CDSCBM7GF72-R R: 82 Unit C: F R: Ω L: H S.S.G. C.D.: Ceramic Discriminator Unit R: Ω C: F L: H 8 65
!! 2k 6 5 Vcc (3V).2μ R X D.C. OUT p 8p 5k 4 3 2 9 TK4588V (TOKO) 2 3 4 5 6 7 8 AF OUT Vcc (5.V) AF OUT DC-OUT 33p p 24 23 22 2 2 9 8 7 6 5 4 3 TA3275FN (TOSHIBA) 2 3 4 5 6 7 8 9 2.8k X: CDSCBM7GF23-R S.S.G. Unit C: F R: Ω S.S.G. 5 + 4.7μ X: CDSCBM7GF9-R R: 82 Unit C: F R: Ω L: H Vcc (5.V) μ + DC-OUT p 2 9 8 7 6 5 4 3 2 NJM2295AV (JRC) 2 3 4 5 6 7 8 9 μ + 8p C.D. 8 μ+ S.G. μ+ X: CDSCBM7GF26-R Unit C: F R: Ω AF Output AF Output AF Output Voltage (mv) Distortion T.H.D. (%) AF Output Voltage (mv) Distortion T.H.D. (%)...3.4.5.6.7.8.9.. Frequency (MHz) Input = dbμ fdev. = ±75kHz fmod. = khz Vcc = 3.V.3.4.5.6.7.8.9.. Frequency (MHz) Input = dbμ fdev. = ±75kHz fmod. = khz Vcc =.2V 8 66
!! AF Output AF Output AF Output Voltage (mv) Distortion T.H.D. (%) AF Output Voltage (mv) Distortion T.H.D. (%)...3.4.5.6.7.8.9.. Frequency (MHz) Input = dbμ fdev. = ±6kHz fmod. = khz Vcc = 3.V.3.4.5.6.7.8.9.. Frequency (MHz) Input = dbμ fdev. = ±75kHz fmod. = khz Vcc = 3.2V AF Output Voltage (mv) AF Output Voltage (mv)..4.5.6.7.8.9. Frequency (MHz) Input = dbμ fdev. = ±khz fmod. = khz Vcc = 5.V..4.5.6.7.8.9. Frequency (MHz) Input = dbμ fdev. = ±khz fmod. = khz Vcc = 5.V AF Output Voltage (mv) T.H.D. (%) AF Output Voltage (mv) T.H.D. (%)...3.4.5.6.7.8.9.. Frequency (MHz) Input = dbμ fdev. = ±8kHz fmod. = khz Vcc = 3.V.3.4.5.6.7.8.9.. Frequency (MHz) Input = dbμ fdev. = ±64kHz fmod. = khz Vcc = 3.V 8 67
!! 2.5 4. 2. 3..5 Volt (V) Volt (V). 2..5..3.4.5.6.7.8.9.. Frequency (MHz)..3.4.5.6.7.8.9.. Frequency (MHz) 8 68
26 23 8 23 26 3 62 4 2 69!!
!! 7
23 26 3 4 26 8 23 2 62 B A C 7!!
!! 72
!!.2 2.6.2 3. 4.9 2.6 2.. 2.. (in mm) (in mm) ø CDBKB CDBLB CDSCB 2 Dimensions of Carrier Tape Dimensions of Reel 2.±. 4.±. +. ø.5 -. 7.5±..75±. 6.±.5 7.2±. (ø6 +. - ) + (ø8-3. ) Trailer 6 to 9 Empty 2.±.2 ø3.±.5 Components Leader Cover film Empty 6 to 2 4 to 56 3 max. 8.±. Cover film User direction of feed 3.3±. 7.±.3 9.4±. 6.3±. (in mm) 73
!! Dimension of reel (9.). to.7n 4.±. 4.±. 2.±.5 ø.5 +. - 2.2±. Cover film ø.5 +. - (3 ) 4.7±..3±.5 5.5±.5.75±..±. 2.±.2 6 +. - 8 +. -.5 3. +. - 7.±. 6 to 9 ø3.±.2 2.±.5 Cover film 24 to 28 4 to 56 User direction of feed ( ): Reference (in mm) 74
!!