1mA to 700mA J l 15 30 mV LOAD LT1129-5 ΔILOAD= 1mA to 700mA, T J 25°C 6 20 mV ΔILOAD= 1mA to 700mA l 20 30 mV LT1129 (Note 5) ΔILOAD= 1mA to 700mA, T J 25°C 6 20 mV ΔILOAD= 1mA to 700mA l 15 30 mV Dropout Voltage LOAD = 10mA, TJ= 25°C 0.13 0.20 V (Note 6) LOAD = 10mA l 0.25 V I = 100mA, T = 25°C 0.25
IRFP3703 15V 6000 I J D m TOP 31A 5000 54A L DRIVER g BOTTOM 76A VDS e n 4000 R D.U.T h G +VDD n IAS - A l 20V v000 tp 0.01 A e l P000 e Fig 12a. Unclamped Inductive Test Circuit g 1000 , S A E 0 25 50 75 100 125 150 175 V (BR)DSS Starting T , Junction Temperature ( C) t J p Fig 12c. Maximum Avalanche Energy
VO(rms)=6V N V Tamb =+25˚C T 0.1 O(rms) U V 40 D ) Taamb=+25˚C N ( C (% 0.04 T G 30 N N A O 0.01 L L 20 R I V H U 10 L 0.004 E T 0 O 0.001 10 40 100 400 1k 4k 10k 40k 100k T 100 400 1k 4k 10k 40k 100k FREQUENCY(Hz) FREQUENCY(Hz) 7/11 TL074- TL074A - TL074B PARAMETER MEASUREMENT INFORMATION Figure 1 :
AmbientTemperature Figure 4. LED Current Required toTrigger vs. LED PulseWidth P 1.4 25 h a ) s ) 1.3 E e D L 20 NORMALIZED TO: I A PW in 100 µs O A 1.2 R p M N t O (T15 o ( 1.1 -F s IF T o - 1.0 E l N R 10 a R U o U 0.9 R r C E 5 s E I T G 0.8 R r I T a T 0 c 0.7 1 2 5 10 20 50 100 NORMALIZED TOAT= 25°C D LED
V IN= +6 V 1.2 mA min Output Sink Current ISINK V IN= +6 V 0.5 mA min Output Voltage Range OVR R L= 20 k 0.06/10.0 V min/max R L 10 k 0.06/9.5 V min/max LOGIC CHARACTERISTICS Logic Input High Voltage V INH 2.4 V min Logic Input Low Voltage V INL 0.8 V max Logic Input Current I 1 A max IN SUPPLY CHARACTERISTICS
V IN= +6 V 1.2 mA min Output Sink Current ISINK V IN= +6 V 0.5 mA min Output Voltage Range OVR R L= 20 k 0.06/10.0 V min/max R L 10 k 0.06/9.5 V min/max LOGIC CHARACTERISTICS Logic Input High Voltage V INH 2.4 V min Logic Input Low Voltage V INL 0.8 V max Logic Input Current I 1 A max IN SUPPLY CHARACTERISTICS
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larger than 20 mA. L Note 2: The LED Supply Voltage is defined by the number of LED at Ta=25℃ and L =20mA. In the case of 3pcs LED, VL=3.3*3=9.9V Note 3: The LED driving condition is defined for each LED module(3 LED Serial). LED1 LED2 LED8 LED9 The copyright belongs to InnoLux. Any unauthorized use
output is capable of handling the current and calculated by the following formula: requirements (I L 20mA at 10V) and the amplifier stays in its active mode and a smooth transition will occur. 1 2 ⎡ 2 2⎤ ⎢( no − (30 nV •101 ) ⎥ RF n = ⎣ ⎦ ( )Ω ( )1 – OUTPUT 2.5V/µs + The LT1677 achieves its low noise,
Input Low Voltage V lL -0.3 0.6 V Input High Current IIh -2.0 2.0 uA VDD = 5.0V Input Low Current IlL -20 -50 -100 uA V oh Output High Voltage 2.4 - VDD V OH = - 0.1mA Pins: DB7-0 Output Low Voltage V OL - - 0.4 V OL= 0.1mA Pins: DB7-0 LCD Voltage V lcd 3 4.5 13 V Operating Current Idd 1.0 mA b) AC CHARACTERISTICS
oder linke mehr gibts ja nicht Stimmt nicht. http://cdl.niedersachsen.de/blob/images/C55171954_L20.pdf
>Stimmt nicht. >http://cdl.niedersachsen.de/blob/images/C55171954_L20.pdf Oh je... Ich sehe diese Liste zum ersten Mal und kann mich vor Lachen kaum halten... DIE FRAUEN DIE GRAUEN DIE VIOLETTEN RRP Rentnerinnen und Rentner Partei RENTNER Rentner-Partei-Deutschland
D ( TOP -1.9A g -3.4A 4.0 e BOTTOM -4.3A ) n 60 ( E n h e 3.0 n u l C v 40 i A r 2.0 s , u D P - l 20 1.0 n S , S EA 0 0.025 50 75 100 125 150 25 50 75 100 125 150 ° T C Case Temperature ( C) ° Starting TJ, Junction Temperature ( C) Fig 9. Maximum Drain Current Vs. Fig 10. Maximum Avalanche Energy Case
there are no poles to contribute negative phase shift, the circuit cannot oscillate. dB 20 LOG(A) e u l 20 LOG(1 + Aβ) m A20 LOGǒ ǓOUT VIN 0 dB LOG(ω) Figure 5–13. When No Pole Exists in Equation (5–12) All real amplifiers have many poles, but they are normally internally compensated so that they appear
,IOUT=30mA,Ta=25 ℃ CIN=1.0uF(ceramic),CL=1.0uF(ceramic) 80 ) 70 B ( 60 R : a 50 R n 40 t e 30 e R l 20 i R 10 0 0.01 0.1 1 10 100 Ripple Frequency:f (kHz) 18 Data Sheet un200533 XC6210 Series ■TYPICAL PERFORMANCE CHARACTERISTICS (Continued) (11) Input Transient Response 2 XC6210 (VOUT:0.8V) XC6210 (VOUT
i Operation r T 15 V S5V C 80 o R L100W o n c 70 s u l 60 / 10 C o e 50 r t 40 u ton e – R 30 f 5 l 20 to toff C /n I 10 to 0 0 0 2 4 6 8 10 –0.5–0.4–0.3–0.2–0.1–0.0 0.1 0.2 0.3 0.4 0.5 96 12006 s – Displacement ( mm ) 95 11086 IC– Collector Current ( mA ) Figure 10. Turn on / off Time vs. Collector
Anforderungen: Soll für einen aktiven Bandpass benutzt werden. fr = 40kHz, Q~=10 Damit ist ja v=2*Q²=200 -> L=20*log(200)=46dB Versorgung: Single Supply mit 5V oder 12V (habe beides an der Schaltung, also egal) Wenn ich nun in Datenblätter gucke, habe die OPs bei 40kHz keine ausreichende Verstärkung mehr.
ist der +5V-Zweig OK, aber dann der +15V-Zweig nicht belastbar. Es bleiben ja nur noch V30/V31 und L20. C31 und C32 habe ich schon getauscht. Wer weiß Rat? Wo habe ich etwas übersehen? mfg Jens
der +5V-Zweig OK, aber dann der > +15V-Zweig nicht belastbar. Es bleiben ja nur noch V30/V31 und L20. C31 > und C32 habe ich schon getauscht. > Wer weiß Rat? Wo habe ich etwas übersehen? ja, z.B V30/V31 und L20, den Übertrager an 28/29 und Lötstellen der Hf-Litze im Übertrager/am Übertrager. Haarrisse
AmbientTemperature Fig. 4 LED Current Required toTrigger vs. LED PulseWidth 1.4 25 ) D ) 1.3 Z D L 20 NORMALIZED TO: Z A PWin≥ 100 µs L 1.2 M A O R ( O 1.1 F15 ( - F T - N T 1.0 R 10 N R R U R 0.9 C C E R G 5 E I G 0.8 R I T T 0 0.7 1 2 5 10 20 50 100 NORMALIZED TO T A = 25∞C LED TRIGGER WIDTH - PW
TOP 71A 15V g 100A e1200 BOTTOM 160A n E V L DRIVER h DS n 900 l v RG D.U.T + A - VDD e 600 AS A l 20V P tp 0.01 l g Fig 12a. Unclamped Inductive Test Circuit i 300 , S A E 0 25 50 75 100 125 150 V (BR)DSS Starting J , Junction Temperature( C) tp Fig 12c. Maximum Avalanche Energy Vs. Drain Current IAS
LCD ¡— VDD -19.0 V DD+0.3 V Input Voltage VIN ¡— -0.3 V DD.3 V Operating Temperature TOP Excluded B/L -20 70 ¢J Storage Temperature TST Excluded B/L -30 80 ¢J Storage Humidity H D Ta¡Õ40 ¢J - 90 %RH PG12864LRS-DNN-H Rev.0(DK) Page4 1.4 DC Electrical Characteristics V = 5.0 V ± 10%¡A V = 0V¡A Ta = 25¢J
20 90% I G O z 50 RS = 100 A 16 N V Tamb = +25⋅C L U V 40 O 12 P ( V I E 30 T 8 N A P V CC = 15V E L 20 T 4 A O O 10% R L=2k I V 0 T = +25⋅C Q 10 t amb E -4 r 0 0 0.1 0.2 0.3 0.4 0.5 0.6 0.7 10 40 100 400 1k 4k 10k 40k 100k S FREQUENCY (Hz) S TIME ( s) E E 1 2 1 1 0 0 TOTAL HARMONIC DISTORTION VERSUS
mA O = 6.4 mA E L 0.2 O O = 6.4 mA L 0.2 E 40 F = 5.0 mA W W L O O W – 0.1 – 0.1 L L L – O 0 O 0 L 20 V -60-40 -20 0 20 40 60 80 100 V -60-40 -20 0 20 40 60 80 100 I -60 -40 -20 0 20 40 60 80 100 TA– TEMPERATURE – °C TA – TEMPERATURE – °C T A TEMPERATURE – °C Figure 4. Typical Low Level Output Voltage
132 kHz, ITx-in 250 µA ,PPnd R ref= 24 kΩ. 25 45 40 A A m 20 m 35 – T T N30 E E R 15 R U U 25 C C Y L 20 P 10 P P U 15 S S – –2 C C10 IC 5 I Rx Rx 5 Tx Tx 0 0 -50 -25 0 25 50 75 100 -50 -25 0 25 50 75 100 TA– AMBIENT TEMPERATURE – °C TA– AMBIENT TEMPERATURE – °C Figure 1.CC1supply current vs. temperature
0.3 45.0 Vi - -0.3 VDD+0.3 V Input Voltage Vl - -0.3 VCC+0.3 V Operating Temperature TOP Excluded B/L -20 70 °C Storage Temperature TST Excluded B/L -30 80 °C PH320240T-004-IC1Q Ver.B Page6 1.4 DC Electrical Characteristics Module Gnd = 0V , Ta = 25°C Item Symbol Condition Min. Typ. Max. Unit Digital Supply
TYPICALS ) 85°C (40 ( 25°C E 85°C R –40°C C 25°C O35 A35 –40°C T T I I E30 E R R30 P N -25 W L O25 U - P L 20 U 1.8 2 2.2 2.4 2.6 2.8 3 3.2 3.4 3.6 P20 V DD(V) 1.8 2.3 2.8 3.3 3.6 VDD (V) Figure 4. Pull-up and Pull-down Typical Resistor Values TYPICAL V OLVS IOLAT V DD= 3.0 V TYPICAL V OL VS VDD 1.2 0.2 25°
Ich suche zur Reperatur eines Schaltnetzteils einen Elko mit folgenden Daten: 22µF/400V 105°C l=20mm d=12,5mm RM 5 Ich brauch nur ein einzelnes Exemplar. Bei RS hab ich welche gefunden, aber im 5er Pack. Rechnet man da noch den Versand mit ein, wird das ganze unrentabel. Die Anfrage richtet
