IR2403 DARL.ARRAY 7x45V 0.4A |
IR2422 7XDARLINGTON TRAN. ARRAY
IRF120 N-FET 100V 9.2A 60W 58/5 |
IRF140 N-FET 100V 28A 150W 0E77
IRF230 N-FET 200V 9A 75W 0E4 |
IRF240 N-FET 200V 18A 125W
IRF250 N-FET 200V 30A 150W |
IRF330 N-FET 400V 5.5A 75W 1E
IRF340 N-FET 400V 10A 125W 62/1 |
IRF350 N-FET 400V 13A 150W 0.4E
IRF440 N-FET 500V 8A 125W 0E85 |
IRF450 N-FET 500V 13A 150W
IRF520 N-FET 100V 10A 70W 0.27R |
IRF530 N-FET 100V 16A 90W 0.16R
IRF540 N-FET 100V 28A 150W 0.077 |
IRF630 N-FET 200V 9A 75W 0.4E
IRF640 N-FET 200V 18A 125W 0.18R |
IRF644 N-FET 250V 14A 125W E28
IRF730 N-FET 400V 5.5A 100W 1.0R |
IRF740 N-FET 400V 10A 125W 0.55R
IRF740F N-FET 400V 5.5A 40W E55 | I
RF820 N-FET 500V 3A 75W 3.0R
IRF830 N-FET 500V 4.5A 100W 1.5R |
IRF830F N-FET 500V 3A 35W 1.5R
IRF840 N-FET 500V 4.5A 40W 0.85R |
IRF840F N-FET 500V 4.5A 40W 0.85R
IRF9140 P-FET 100V 19A 125W |
IRF9240 P-FET 200V 11A 125W E5
IRF9530 P-FET 100V 12A 88W 0.3R |
IRF9540 P-FET 100V 19.0A 150W 0R2
IRF9610 P-FET 200V 1.75A 20W 3R0 |
IRF9620 P-FET 200V 3.5A 40W 1R5
IRF9630 P-FET 200V 6.5A 75W 0R8 |
IRF9640 P-FET 200V 11A 125W 0R5
IRFBC30 N-FET 600V 3.9A 100W 2R2 |
IRFBC40 N-FET 600V 6.2A 125W 1R2
IRFBE30 N-FET 800V 4.1A 125W 3E |
IRFD120 N-FET 100V 1.3A 1.3W E27
IRFD9120 P-FET 100V 1A 1.3W E6 |
IRFD9220 P-FET 200V 0.6A 1E5 1W 9
IRFF120 N-FET 100V 6A 20W 0.3E |
IRFP054 N-FET 60V 70A 230W 0E014
IRFP064 N-FET 60V 70A 300W E009 |
IRFP140 N-FET 100V 31A 180W OE77
IRFP150 N-FET 100V 40A 180W 0E55 |
IRFP240 N-FET 200V 20A 150W 0E18
IRFP250 N-FET 200V 33A 180W |
IRFP340 N-FET 400V 11A 150W E55
IRFP350 N-FET 400V 18A 250W 0E3 |
IRFP360 N-FET 400V 28A 410W 0.2E
IRFP450 N-FET 500V 14A 180W 0E4 |
IRFP460 N-FET 500V 25A 410W OE27
IRFP9140 P-FET 100V 19A 150W OE2 |
IRFP9240 P-FET 200V 12A 150W
IRFPC40 N-FET 600V 6.8A 150W 1.2E |
IRFPC50 N-FET 600V 13A 250W 0.60E
IRFPE40 N-FET 800V 5.4A 150W 2E |
IRFPE50 N-FET 900V 7.8A 190W 1E2
IRFPF40 N-FET 900V 4.7A 150W 2E5 |
IRFPF50 N-FET 900V 6.7A 190W 1E6
IRFR9024 P-FET 60V 9.6A 50W 0.28W |
IRFZ20 N-FET 50V 15A 40W 120/70
IRFZ44 N-FET 60V 46A 250W 0E028 |
IRFZ48 N-FET 60V 50A 250W 0.018E
J300 N-FET 25V 6mA 0.35W
J309 N-FET 25V 30mA Up4V VHF
J310 N-FET 25V 60mA Up6.5V VH |
KSA733 SI-P 60V 0.15A 0.25W 50MHz |
KSC2316 SI-N 120V 0.8A 0.9W 120MHz
KSC2328A SI-N 30V 2A 1W 120MHz
KSC2330 SI-N 300V 0.1A 50MHz
KSC2331 SI-N 80V 0.7A 1W 30MHz |
KTA1273 SI-P 30V 2A 1W 120MHz
KTC3198 SI-N 60V 0.15A 0.4W 130MHz |
KTC9012 SI-P 30V 0.5A 0.625W
KTC9013 SI-N 30V 0.5A 0.625W |
KTC9014 SI-N 50V 0.15A 0.625W
KTC9015 SI-P 50V 0.15A 0.625W |
KTC9018 SI-N 30V 20mA 0.2W 500MHz
KTD1351 SI-N 60V 3A 30W 3MHz |
KSA708 SI-N 80V 0.7A 0.8W 50MHz
LM394CH SUPERMATCH TRANS.PR.
Çağımızın en önemli olaylarından biri bu teknolojiyi geliştirenler halkın kullanımına sunmalarından kaynaklanan ve kullanımı oldukça çeşitli alanlara giren bir uygulama bulması az bir elektronik bilgisi olan ve eli alet tutmaya becerikli olan bu işi biraz gayretle yapabilir
Kaydol:
Kayıt Yorumları (Atom)
LED DİRENÇ HESAPLAMA
All LEDs require current limiting, without a current limiting mechanism the LED will usually burn out in under a second. Adding a simple resistor is the easiest way to limit the current. Use the calculator below to find out the value of resistor you require.
For example if you are wanting to power one of our_blank">red LEDs in an automotive application you would see that the typical forward voltage is 2.0 Volts and the maximum continuous forward current is 30mA. Therefore you would enter 14.5, 2.0 and 30 into the Single LED calculation box. After calculating you get 470ohm 1 watt as the result. Here is a that allows you to enter a resistor value and generate the corresponding color code.
Note: For automotive applications use the actual system voltage, not 12 Volts. Most 12 Volt system actually operate at around 14.5 Volts.
LM555 - ASTABLE OSCILLATOR CALCULATOR
NOTE: The leakage currents of electrolytic capacitors will affect the actual output results of the timers. To compensate for leakage it is often better to use a higher value capacitor and lower value resistances in the timer circuits.
LM555 Astable Oscillator Circuit Diagram
The next calculator can find the capacitance needed for a particular output frequency if the values of R1 and R2 are known.
| Value Of R1 Ohms | Value Of R2 Ohms |
| Frequency Desired Hertz |
|
| |
|
VOLT AMPER OHM ve WATT HESAPLAMA
Current: 
kA (kiloamps)
A (amps)
mA (milliamps)
µA (microamps)
Voltage:
kV (kilovolts)
V (volts)
mV (millivolts)
µV (microvolts)
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