Daniel Verschueren Electronic Lightining Radar Rev 30

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(1)1. 2. 3. J200. J201. J202. J203. R203. R204. R205. R206. 470K. 220K +9.6V. 100K. 47K. D200. A. R201. ORIGINAL DESIGN BY FRANK KOOIMAN SLQ1 OP2. 100nF. 1 2. 2. 1K. 10nF. 6. U200. 3. EW+. Future option 1K. OP27. R200 Not Used (*). C204 1nF. R207. R202 10K. D201. D202 1N4148. C206. D204 1N4148. GND. !!! IMPORTANT !!!. N/S. E/W. CON1 5 4 3 2 1. C200-C201-C202 & C300-C301-C302 Must be determined for 10KHZ in conjunction with the antenna. 100nF. D203 1N4148. -9.6V J300. J301. J302. J303. R303. R304. R305. R306. 470K. 220K +9.6V. 100K. 47K. D300. C305. 1N4001. 100nF. R301 1K. 10nF C301 XnF. C302 XnF. 1 2 6. U300. 3. C304 1nF. R302 10K. D301. R307. D304 1N4148. D303 1N4148. 1 2 3 4 5 6 7 8. GND. GND. Power Supply Remote control. D305 1N4148. Temperature Sensor Option. Place D203-D205-D302-D304 if the input level of the sound card is +4dB. OP1. +9.6V. Remove and shortcut D203-D205-D302-D304 if the input level of the audio card is -3dB. 1 2 3 4 5. GROUND OPTION1. 100nF. -9.6V. 3. C100. D. IC100 LM317. 100nF. GROUND. +9.6V. C102 10uF 50V. GND C107 10uF 50V. R104 1.47K. D2 1N4001. C105 C103. C101 1000uF 35V R101 1.47K. Option 1. 2 R102 220. 1. 1N4001 J10. OPTION1. TP2. 1N4001. +VCC. J1. Future option. 100nF. C104 330uF 25V. GND. REV 3.0 (Current version / September 2008) 100nF. R100 & R103 are remplaced by a diode. with this modification, it's now possible to supply directly the system with an AC source. R101 & R104 are changed. This modification fixes the output voltage to +&- 9.6V. C106 1000uF 35V. J11 D11 2. -VCC 1N4001 TP3. C108 100nF. R105 220. 1. TP1. IC101 LM337. 2. 3. C109 330uF 25V. D4 1N4001. 3. -9.6V. D3. TP4. 1N4001 1. C. OP BOARD. -9.6V D1. D10. B. HOME. C306. 1N4001. (*) See "revision level 2.3" here below. IC5 T°C LM335. EW+ NS+ OPTION1 -VCC +VCC GROUND SENSE V SENSE t°. NS+. GND C. SENSE t°. -9.6V. Future option 1K. OP27. R300 Not Used (*). SENSE V. SLQ2 OP2. 4. C300 XnF. 2. R500 6.8K. R401 100K. 7. C303. CON2. R400 100K. GND. D302 1N4148 GND. ANTENNA. D205 1N4148. 1. GND. +9.6V. +9.6V. 2. 1N4001. (*) See "revision level 2.3" here below. B. A. DRAWING & ADAPTATION BY ON4LDZ / DANIELV37 Daniel Verschueren REV 3.0 / 09-2008. Do not forget to shortcut SLQ1 & SLQ2 if no options are used. 4. C202 XnF. FULL ELECTRONIC / ANTENNA SIDE FOR THE LIGHTNING RADAR. 7. 1N4001 C203. C201 XnF. !!! Set the same gain on both channels !!!. C205 GND. C200 XnF. 4. 4. D.

(2) 1. 2. N. 3. 4. CONNECTION HELP. AC Transformer. FOR THE LIGHTNING RADAR PCB kit. A. A. 9V to12V AC OUTPUT 100mA. The power supply is made by using a simple AC transformer. DRAWNING ON4LDZ / DANIELV37 REV 3.0 / 2008. GROUND POWER SUPPLY & GROUND SIGNAL connected to GROUND B. B. 9V to 12V AC - 100mA. 8. DO NOT USE TRANSFORMER WITH GROUND CONNECTION. 5 E/W Ground for shield COPPER TUBE C. !!! When AC transformer is used, do not forget to link pins 4 & 5 !!! !!! J10 & J11 must be opened when AC power supply is used !!!. N/S. N/S Signal. 1. E/W Signal. TIPS: To check if both channels have the same gain, shortcut the pin 1 & 5 on CON1. LR will show on the RADAR MAP a angle detection only and exactly at 45° and 225°.. 1. Use shield cable if lenght > 5m. TO IN-LINE INPUT. 1. GROUND RIGHT. Amplifier as close as possible to the antenna system. Text. 2. 3. LEFT. LINE < 40m D. C. D. 4.

(3) 1. 2. 3. 4. 2x DC Transformer Minimum 12V DC OUTPUT 100mA. N. CONNECTION HELP FOR THE LIGHTNING RADAR PCB kit. A. A. The power supply is made by using two DC transformers. DRAWNING ON4LDZ / DANIELV37 REV 3.0 / 2008. +DC. GROUND POWER SUPPLY & GROUND SIGNAL connected to GROUND. GND. B. 8. B. +DC. 5. GND. E/W Min +15V. Ground for shield COPPER TUBE. N/S E/W Signal. TIPS: To check if both channels have the same gain, shortcut the pin 1 & 5 on CON1. LR will show on the RADAR MAP a angle detection only and exactly at 45° and 225°.. 1. Use shield cable if lenght > 5m. TO IN-LINE INPUT. LINE < 40m GROUND RIGHT. Amplifier as close as possible to the antenna system. 1. C. N/S Signal. 1. D. DO NOT USE TRANSFORMER WITH GROUND CONNECTION. Text. 2. 3. LEFT. C. Min -15V. D. 4.

(4) How to set the Gain of the amplifiers ? When you will set or change the gain of the amplifiers, you can close or open the small J switches.. J303 J302 J301 J300. J200 J201 J202 J203. There are 15 possibilities of gain. 47x 100x 147x 220x 267x 320x 367x 470x 517x 570x 617x 690x 737x 790x 837x. R203+R204+R205+R206 R201. S. Gain. J Switch Open J Switch Close. J303 J302 J301 J300. J200 J201 J202 J203. To localise the J switch, reverse the PCB and look for the inscription “SOLDER”. The J switches are localized by the red rectangle.. This example shows a setting of 147x. Set the same gain on both channels ON4LDZ / DanielV37 Daniel Verschueren REV 3.0 - September 2008.

(5) BILL (REV 3.0) Description. Designator. Value. Sub-Value. Description. Designator. Value. Capacitor. C100. 100nF. 100V. Diode. D204. 1N4148. Polarized Capacitor (Radial). C101. 1000uF. 35V. Diode. D205. 1N4148. Polarized Capacitor (Radial). C102. 10uF. 50V. Diode. D300. 1N4001. Capacitor. C103. 100nF. 100V. Diode. D301. 1N4001. Polarized Capacitor (Radial). C104. 330uF. 25V. Diode. D302. 1N4148. Capacitor. C105. 100nF. 100V. Diode. D303. 1N4148. Polarized Capacitor (Radial). C106. 1000uF. 35V. Diode. D304. 1N4148. Polarized Capacitor (Radial). C107. 10uF. 50V. Diode. D305. 1N4148. Capacitor. C108. 100nF. 100V. Resistor. R101. 1.47K. Polarized Capacitor (Radial). C109. 330uF. 25V. Resistor. R102. 220. Capacitor. C200. XnF. 100V. Resistor. R104. 1.47K. Capacitor. C201. XnF. 100V. Resistor. R105. 220. Capacitor. C202. XnF. 100V. Resistor. R201. 1K. Capacitor. C203. 10nF. 100V. Resistor. R202. 10K. Capacitor. C204. 1nF. 100V. Resistor. R203. 470K. Capacitor. C205. 100nF. 100V. Resistor. R204. 220K. Capacitor. C206. 100nF. 100V. Resistor. R205. 100K. Capacitor. C300. XnF. 100V. Resistor. R206. 47K. Capacitor. C301. XnF. 100V. Resistor. R207. 1K. Capacitor. C302. XnF. 100V. Resistor. R301. 1K. Capacitor. C303. 10nF. 100V. Resistor. R302. 10K. Capacitor. C304. 1nF. 100V. Resistor. R303. 470K. Capacitor. C305. 100nF. 100V. Resistor. R304. 220K. Capacitor. C306. 100nF. 100V. Resistor. R305. 100K. Diode. D1. 1N4001. Resistor. R306. 47K. Diode. D2. 1N4001. Resistor. R307. 1K. Diode. D3. 1N4001. Resistor. R400. 100K. Diode. D4. 1N4001. Resistor. R401. 100K. Diode. D10. 1N4001. Resistor. R500. 6.8K. Diode. D11. 1N4001. Ultra-Low Noise, Precision OperaU200. Diode. D200. 1N4001. Ultra-Low Noise, Precision OperaU300. OP27. Diode. D201. 1N4001. Low-Current 1.2V to 37V Voltage IC100. LM317. Diode. D202. 1N4148. Low-Current 1.2V to 37V Voltage IC101. LM337. Diode. D203. 1N4148. IC *option. LM335. IC5. OP27. Sub-Value.

(6) BILL REV 3.0 Quantity. 2 4 2 1 2 2 4 2 2 2 2 8 2 2 2 2 2 10 8 2 1 1 2 1 2 2 1 1. Description. Value. Sub-Value. Resistor. 220. Resistor. 1K. Resistor. 1.47K. Resistor. 6.8K. Resistor. 10K. 1/8W 1/8W 1/8W 1/8W 1/8W 1/8W 1/8W 1/8W 1/8W. Resistor. 47K. Resistor. 100K. Resistor. 220K. Resistor. 470K. Extra. Ceramic capacitor. 1nF. 100V. X7R. Ceramic capacitor. 10nF. 100V. X7R. Ceramic capacitor. 100nF. 100V. X7R. Ceramic capacitor *** Cx Tune antenna ***. 220nF. 100V. X7R. Ceramic capacitor *** Cx Tune antenna ***. 1uF. 100V. X7R. Polarized Capacitor (Radial). 10uF. 50V. 105°. Polarized Capacitor (Radial). 330uF. 25V. 105°. Polarized Capacitor (Radial). 1000uF. 35V. 105°. Diode. 1N4001. Diode. 1N4148. Ultra-Low Noise, Precision Operational Amplifier. OP27. DIP8. Low-Current 1.2V to 37V Voltage Regulator. LM317. TO-220. Low-Current 1.2V to 37V Voltage Regulator. LM337. TO-220. Support Tulip. DIP8. Jumper header. 5 pins. Jumper header. 2 pins. Jumper PCB connector. 5 positions. PCB connector. 8 positions.

(7) 1. 2. 3. 4. 5. 6. A. A. EREA E 32 TR 25 16V. F1. C1 100pF 100V. SW1. 220V AC. D1 1N4007. D2 1N4007. C3 100pF 100V. 6.8 5W. 100mA R3 100K. C5 4700uF 35V. C7 220nF 100V B. 0V 16V. 100mA. F2 +20V. 12V B. R1. GND. GND. 220V AC POWER ON/OFF. C2 100pF 100V. 12V. D3 1N4007. D4 1N4007. C4 100pF 100V. 0V. R4 100K. C6 4700uF 35V. C8 220nF 100V. R2. F3. 6.8 5W. 100mA. -20V. GND C. C. PROPOSED POWER SUPPLY FOR THE LIGHTNING RADAR. DRAWNED BY ON4LDZ / DANIELV37. D. D. REV 1 / 2006. 1. 2. 3. 4. 5. 6.

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