시방서. 품목 - 해파리탐지용 CW 구동송수신보드제작. 제작품개요 - 해파리음향탐지시스템제작을위한핵심부분인 CW 구동송수신부는초음파음향센서로출력되는 CW 신호발생부, 해파리생물체에맞고반사되는신호를수신하는수신부로구성되는 board 임. - 제작품수 : set. 주요장치의구성 - 0-00 KHz CW 발생부 - Complexed Controller - Bandpass filter - Trigger - Receiver - Received signal output. Board 제작의일반사항 - 보드장치의구성은하나의통합보드로구성되어야함. - 본보드는해상에서사용되므로내구성및부식성을갖추어야함. - 보드내의각구성요소는제시하는사양및도면과일치해야함. - 제작후납품과동시에보드의수정도면을제출하여야함. - 납품후 년간은보드의성능유지를위한제반 A/S를보증함. - 상기물품의제작 / 납품 / 보안과관련하여확인서의서명날인.
. Board 제작의사양 () 전체블록도구조 - High Frequency Resonant Inverter with 0 khz Sine Wave - Receiver with 0 khz Bandwidth - Gain Controllable - External Trigger Input - Synchronized Trigger Output 그림. CW 구동부및수신부 block diagram.
() CW - receiver 기본사양 - Pulser part Pulse Type Maximum Peak Amplitude Repetition Rate Damping Range Max. Pulse Power Max. Continuous Power Sine Wave V 00, 00, 00, 000, 000, 000Hz, 0, 00 Ω 00W 0W - Receiver part Input Impedance Output Impedance Maximum Input Power Voltage Gain Bandwidths Maximum Output Voltage 00Ω linear range, 00Ω for signals exceeding linear range 0Ω 00mW @ Max. Average Power in the receiver 0~9dB, or 0 db steps 0KHz ~ 00KHz, KHz ~ MHz ±V @ 0Ω () 상세사양 (a) High Frequency Resonant Inverter - Feature DC Input Voltage : V Output Voltage : Vrms, max Isolated L-C Resonant Topology Variable Output Voltage - Electrical Specifications Parameters Min. Typ. Max. Units Input Voltage 0 - V Output Voltage 0-0 V Output Power - - 00 W Output Impedance 0 Ω Switching Frequency 0 KHz
(d) Receiver - Attenuator 0 or 0 or 0 or 0 or 0 db Attenuation 00 Ω Impedance - Switch Selectable (e) Signal Buffering - Non-Inverting Buffering - Clamping High Voltage Signal (f) Gain Amplifier - Programmable OP-Amp. Gain - -~+db with 90MHz, 9~dB with 9MHz @AD0 (g) Band Pass Filter - High Pass Filter : MHz Cutoff frequency, Switch Selectable - Low Pass Filter : or 0KHz Cutoff frequency, Switch Selectable - BandPass Filter Range : Full or ~00KHz or 0~MHz Selectable (h) Controller - Features Phase Shift PWM Output Trigger pulse Output Trigger pulse Input Externally Synchronized trigger signal Output Analog Input : Energy Level Setting, Op-Amp Gain Adjust (i) Connector Interface - Signal Interface with Control Circuit
J PWR ON_OFF XDR TRIGGER SYNC_OUT MODULAR JACKP Pin Description Connector Pin Signal Name Description Logic PWR ON_OFF Power On/Off Control Signal Active Low XDR Transducer Select Signal Active Low - J TRIGGER Transducer Trigger Signal Active Low - SYNC_OUT Trigger Sync. Output Signal Active Low - Ground Connector Model Description Maker AR-PT P,.mm ARIN (j) RF Signal Output Interface Connector Model Description Maker - BNC Connector - (k) Transducer Interface Connector Model Description Maker - Terminal Block -
(l) DC Power Input Circuit J AK90/DS-.0 Pin Description Connector Pin Signal Name Description J DC + DC Positive Voltage DC- DC Negative Voltage Connector Model Description Maker - BNC Connector -
. Acoustic CW-receiver board 도면 (-0) 도면.VD.VD XDR C 0V TRIGGER C9 0V R /W 0J.VD D KDRS UF UE C9 0V R /W 00J R0 /W KJ D KDRS XDR_C.VD R /W KJ C9 0V TRIGGER_C.VD R /W 0J SYNC_OUT HC 0 HC SYNC C9 0V
도면 +VI +VI L0 C 0V 0 ILS-0 0uH R +VI +VI /W KF C9 0V 0 C00V 0 R /W 0F CP C 0V 0 ILS-0 0uH ILS-0 0uH 0V 0 Q L9 L KIAAF,M C9 C0 R ATTNOUT_.M Q C 0V 0 C9 0V 0 0V 0 MMBT09 +VI CP CP /W 00F R 0V 0 C00V 0 /W KF R /W 99F D D 0V 0 0V 0 AMP_GAIN_.M L FI-A- L KDRS KDRS CP R ILS-0 0uH 0V 0 /W 00J C0 R9 C 0V 0 /W 00J R 0V 0 R C9 /W 00J CP U /W 9.9F CP Q U MMBT09 AD0 R0 R R0 AD0 0V 0 R /W 00J C09 /W 00J C0 0V 0 0V 0 0V 0V R9 C /W 9.9F /W.KF UA Q C 0V 0 0V 00 /W KF THS0 UB MMBTH0 C 0V 0 R R R THS0 R CP9 + /W 0F /W KF /W KF R + - C CP0 R0 /W 9.9F R - 0V 0 ZD /W.KF 0V 0 -VI C0 -VI /W 9.9F BZX-CV ILS-0 0uH 0uF Ceramic ILS-0 0uH 0V 0 L0 L L /W 00F -VI -VI C R R R9 0V 0 C99 CP R/W 9.9F /W 00F 0V 0 0V 0C0 ILS-0 0uH.VREF 0V 0 0V 0 C90 -VI L CP C /W.KF /W.KF ILS-0 0uH 0V 0 0V 0 +VI 0V 0 C MHz LPF L L 0V 0C0 R0 -VI /W 00F.VREF C00 0V 0 R /W 0F R /W 0J C 0V 0 R /W 99F R /W 00J C 0V 0 C 0V 00 SW I.T- R /W KF C 0V 0 R /W 00F /W.KF R 0V 0 /W 0J R 0V 0 /W 0J R /W 0F R9 /W 99F R /W 99F R /W 99F - + SW0 I.T- R /W 99F C 0V 0 C 0V 0 C 0V 00 FI-A- C9 0V 00 L FI-A- C 0V 00 C0 0V 00 C 0V 00 R /W.F MHz Full HighPass Filter SW9 SW0 0MHz MHz MHz HPF L FI-A- LowPass Filter SW SW SW I.T- C0 0V 0 0V 0C +VI Q MMBT09 R C 0V 0C -VI CP 0V 0 Q MMBT09 J I.T- C R /W 00F -VI +VI U OPA0 FI-A- L FI-A- 0MHz LPF C9 0V 0 TP0 RF C C R0 0V 0 0V 0 /W 9.9F C 0V 00 SW I.T- J BNC-LR -VI C0V 0
도면 SW SW SW SW SW SW 0dB TP9 0dB XDR XDR+ TB 0dB R9 /W 9F R9 /W F R9 /W.F 0dB R9 /W 9F R99 /W F R00 /W.F T/B 0dB 0dB DAMPING, 0, 00 OHM CN SMW0-P CN SMW0-P CN SMW0-P 0dB 0dB 0dB P R0 R0 R0 R0 R0 R0 SW I.T- /W F C 0V 0 R0 /W F /W F R09 /W 9.KF SW I.T- SW I.T- /W F C 0V 0 R0 /W 00F /W F SW I.T- SW I.T- /W F C 0V 0 R /W 00F /W F SW9 I.T- ATTNOUT_.M 9
CN 도면 HDC+ HDC- YW9-0V CN0 YW9-0V CP9 LXV V 0uF F FSMD00-90 L 00uH CP 0V 0 F FSMD00-90 L 00uH CP LXV V 0uF CP0 LXV V 0uF CP 0V 0 +VD +VI CP LXV V 00uF HDC+ C 0V uf L 00uH C 0V uf PDC J MODULAR JACKP VR? R /W 9.9KF R /W 9.9KF R9 /W 9.9KF CP LXV V 0uF F FSMD00-90 L 00uH CP 0V 0 CP LXV V 00uF -VI HDC- GPDC L 00uH P LED SML0LT R /W 9.9KF R /W KJ VDC R /W 99F C 0V 0 XDR TRIGGER SYNC_OUT P.VA.VA VR? P Opamp_Gain Energy Lev el +VD VP C 0V 0 C 0V 0 TP TP TP TP VD TP.VD TP TP GPDC P VD VP +VI VD.VD GPDC P H H H H 0
도면.VD R /W KJ R VD D KDRS.VD XDR_C TRIGGER_C R.VD /RST C 0V 0 /W KJ LED LED 0 0 9 0 U MCF0FGE 9 GPIOA0 TCK/GPIOD GPIOA TMS/GPIOD 9 GPIOA TDI/GPIOD0 GPIOA TDO/GPIOD GPIOA GPIOB/MOSI0 GPIOB GPIOB/MISO0 GPIOB GPIOB0/SCLK0 SCL GPIOB/SS0 SDA TB0/GPIOB0 TXD0 GPIOB RXD0 GPIOB/CANTX GPIOB/CANRX TXD/GPIOC RXD/GPIOC PWMA0 PWMA PWMA GPIOC9 PWMA GPIOC0 PWMA 9 GPIOC PWMA GPIOC GPIOC FLT0 GPIOC FLT FLT ADA0 ADA 0 RESET ADA 9 ADA 0 ADB0 ADB GPIOD/EXTAL ADB GPIOD/XTAL/CLKIN ADB GPIOD/DAC0 GPIOD/DAC VSS_IO VSS_IO VSS_IO VSS_IO VDDA VSSA VCAPC VCAPC 9 VDD_IO VDD_IO 0 VDD_IO TX0CPU RX0CPU VD C 0V.uF TANTAL.VDL.VA ILS-0 0uH C 0V 0 C 0V.uF TANTAL /W KJ U9A HC U9B HC C LED R SML0LT /W 0J LED SML0LT R0 /W 0J R /W KJ UC R /W KJ VD U LMMPX-. CP 0V 0 G Out In SYNC C9 0V.uF TANTAL UA HC UB HC AMP_GAIN TCK TMS TDI TDO VDC VDC Opamp_Gain Energy Lev el.va.vd C0 0V 0 J MODULAR JACKP R HC UD CP V 0 R /W KJ R /W KJ.VD R /W KJ R /W KJ VDC C0.VD U9C HC U9D 9 HC D KDRS UGATE_H UGATE_L VGATE_H VGATE_L TX0CPU RX0CPU VD.VD 0V.uF TANTAL X.VD HC 9 R /W KJ LED LED MCF0FGE BYPASS CAPACITOR.VD CP V 0 CP V 0.VD C9 0V 0 CN C C ROW SOCKET-P C TMS TDI TCK.VD TDO TMS /W.KJ /RST.VD R9 /W KJ C 0V 0
도면 C 0V R /W KF -VI AMP_GAIN R R /W KF /W KF - + UA TL0 AMP_GAIN_.M C 0V R /W 99F +VI Page TL0B 에 Bypass -VI C 0V 0 C 0V 0 -VI +VI - + UB TL0 Page TL0B 에 Bypass +VI
도면 PDC DC+ Q IRFB09 Q IRFB09 Q IRFB09 Q IRFB09 C0 C G G P DS XDR+ Q IRFB09 C9 Q IRFB09 C POWER TRANS 0 0 Q IRFB09 Q IRFB09 9 9 DS L?uH C G G C V +VD V UGATE_L C 0V 0 V U VDD VDD IN OUT NC OUT TC0 T DRIVE TRANS/EE0-Z C C CP 0V 0 LXV V 0uF V.uF TANTAL R W.J R W.J ZD PTZB ZD PTZB G R /W.KJ UGATE_H C 0V 0 V U9 VDD VDD IN OUT NC OUT TC0 T C DRIVE TRANS/EE0-Z C CP 0V 0 LXV V 0uF V.uF TANTAL R W.J R0 W.J ZD PTZB ZD9 PTZB G R /W.KJ DS VGATE_L C 0V 0 U VDD VDD IN OUT NC OUT TC0 T DRIVE TRANS/EE0-Z C9 C CP 0V 0 LXV V 0uF V.uF TANTAL R9 W.J R0 W.J ZD PTZB ZD PTZB G R /W.KJ VGATE_H C 0V 0 U VDD VDD IN OUT NC OUT TC0 C0 DRIVE TRANS/EE0-Z C CP 0V 0 LXV V 0uF V.uF TANTAL R W.J R9 W.J ZD PTZB ZD PTZB G R /W.KJ DS T