Full Bridge IGBT Gate Drive & Three Phase SCR Drive Board 사양서

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규필 난
5 years ago
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1 시방서. 품목 - 해파리탐지용 CW 구동송수신보드제작. 제작품개요 - 해파리음향탐지시스템제작을위한핵심부분인 CW 구동송수신부는초음파음향센서로출력되는 CW 신호발생부, 해파리생물체에맞고반사되는신호를수신하는수신부로구성되는 board 임. - 제작품수 : set. 주요장치의구성 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.

2 . 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.

3 () 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 Max. Average Power in the receiver 0~9dB, or 0 db steps 0KHz ~ 00KHz, KHz ~ MHz 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 W Output Impedance 0 Ω Switching Frequency 0 KHz

4 (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 (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

5 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 -

6 (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 -

7 . 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

8 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

9 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

10 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

11 도면.VD R /W KJ R VD D KDRS.VD XDR_C TRIGGER_C R.VD /RST C 0V 0 /W KJ LED LED 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

12 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

13 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 IRFB 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

Microsoft Word - SRA-Series Manual.doc

Microsoft Word - SRA-Series Manual.doc 사 용 설 명 서 SRA Series Professional Power Amplifier MODEL No : SRA-500, SRA-900, SRA-1300 차 례 차 례 ---------------------------------------------------------------------- 2 안전지침 / 주의사항 -----------------------------------------------------------